The world s best engineer

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The world s best engineer

Манхва Лучший инженер в мире | The World’s Best Engineer | Segye choegoui enjinieo

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The 20+ Greatest Engineers of All Time

The need for our species to invent new technologies is as old as humanity itself. Through dedication, attention to detail, and much trial and error, the contributions of the following engineers have made enormous impacts on society and the world we live in today.

We thank all the engineers all around the world for their contributions.

Join us as we explore some of the 20+ greatest engineers ever.

1. Archimedes was a legend

First and foremost, we present the great Archimedes. Universally recognized as the greatest of all classical engineers, he has influenced the fields of mathematics, physics, engineering, and astronomy for millennia.

Little is known about the details of his life, but his discoveries and inventions are still well-known to this day. From his screw pump to compound pulley systems and defensive mechanisms for his home island of Syracuse, Archimedes is truly one of the greatest engineers.

2. Isambard Kingdom Brunel was another great engineer

Another of the greatest engineers of all time is the one-and-only Isambard Kingdom Brunel. Described as one of the most ingenious and prolific figures in engineering history and one of the engineering giants of the 19th century.

It is difficult to exaggerate Brunel’s impact on the infrastructure of the U.K. His memory is also honored by giving his name to a university, Brunel University.

One of his greatest achievements was the Great Western Railway, which still operates today.

3. Leonardo Da Vinci was years ahead of his time

Not content with being a great artist, Da Vinci turned his hand to architecture, science, music, maths, engineering, and much more. His discoveries and inventions at the time were unfathomable to his contemporaries.

Many of his inventions were never actually realized but have been preserved for all time in his surviving journals. However, one of these, the hang glider, was actually practically developed in his time.

His other inventions included flying machines, armored vehicles, concentrated solar power, the adding machine, and a double hull. Most were alien concepts at the time but are common practice today.

Although he is not as accomplished as many other engineers on the list, his ingenuity and creativity rank him as one of the most popular technical and artistic minds.

4. George Stephenson was behind some great inventions

It can be argued that the modern world would be a very different place without the labors of George Stephensen. Called the «Father of the Railway», he built the first public inter-city railway line between Liverpool and Manchester in 1830. The Stephenson railway gauge is still widely used around the world.

5. Robert Stephenson was George’s son

Since we’ve included his father, it would be rude not to mention Robert Stephenson. Robert built on the achievements of his father with a prolific expansion of the railway network in the UK. His more notable projects include «The Rocket», London and Birmingham Railway, High-Level Bridge, Royal Border Bridge, Britannia Bridge, and Victoria Bridge (Montreal) to name but a few.

«The Rocket», though not the first steam locomotive, was the first to bring together several innovations to produce the most advanced locomotive of its day.

6. Elon Musk is also one of the greatest engineers of our time

South African-born, Canadian engineer, businessman, and inventor, Elon Musk is the founder of SpaceX, Tesla Motors, and SolarCity. Love him or hate him, his achievements are impressive and certainly qualify him to be included in our list of greatest engineers.

The potential of his ambitious projects, if achieved, will be of great importance for the future. While some would consider him more of a businessman than an engineer, per se, his drive to innovate and develop new technologies has earned him his place in history.

7. Burt Rutan has a very unique style

Burt Rutan is one of the most original modern engineers. His aircraft designs are often peculiar but have been proven light, strong, and efficient.

Rutan’s most notable achievements include «Voyager» (the first plane to fly non-stop around the world) and SpaceShipOne (the first privately funded spacecraft). Burt is also honored at the National Air and Space Museum.

8. Fazlur Rahman Khan defined modern skyscrapers

Born in Dhaka, Bangladesh when it was under British rule, Khan can claim the title of «father of the modern skyscraper». His innovation of tubular design allowed easier construction of high rises.

Kahn was a classically trained structural engineer and architect who would later create designs for buildings that allowed for easier construction of taller and taller buildings.

He was also one of the first structural engineers and architects to use CAD. His gifts to the American people include the Willis Tower and John Hancock Centre.

9. Nikola Tesla has been very influential in engineering

He spent some of his life working for Thomas Edison, who is widely lambasted for stealing many of his subordinate’s inventions and claiming credit for himself. Whether true or not, Tesla soon fell out with Edison and left his company to pursue his own interests.

His contributions to the design of modern AC electrical supplies have had an enormous impact on all humanity. Tesla also made significant contributions to modern radio, X-rays, and the induction motor. Personally, Tesla was very quirky, to say the least.

This often meant that many of his coworkers and peers considered him to be a little crazy and obsessive. Despite all this, Tesla’s achievements have done more for modern society than many other engineers ever.

23+ of the Richest Engineers Around The World

The world’s richest engineers come from a variety of backgrounds and industries. If you search for the highest-paid jobs or what industry will earn you the most money, you would definitely find engineering near the top of the list.

So who are these elusive, and very wealthy, engineers? Let’s have a look.

Please note, the following figures are based on those provided by Forbes. Also, note that five out of the top ten of the world’s richest people are engineers. Please also note that the following list is not necessarily in any particular order.

With that in mind, anyone looking for a job with a decent starting salary and a good increase in income over time should really consider studying engineering in college. Who knows, you might become the next «richest» engineer in the world?

1. Jeff Bezos tops the charts, once again

Company or companies: Amazon/Blue Origin

University Degree: Electrical Engineering and Computer Science

Source: Amazon

Bezos was raised by his mother and stepfather, who was a Cuban immigrant who adopted him. He actually quit a very lucrative New York Hedge Fund career in 1994 to start a company based on the idea of selling books on the internet. Amazon now sells pretty much everything that you would want.

In early 2021, Bezos announced that he intended to step down as the CEO of Amazon.

2. Bill Gates is one of the world’s wealthiest engineers

Company: Formerly Microsoft

University Degree: Never completed his undergraduate studies

Source: OnInnovation/Flickr

«Money has no utility to me beyond a certain point. Its utility is entirely in building an organization and getting the resources out to the poorest in the world.»

Although he didn’t finish his undergraduate degree, he studied mathematics and computer science at Harvard, and his work since dropping out is certainly some of the most important in the business of computer technology of all time.

His services to computer engineering should really qualify him as an honorary engineer if nothing else.

Bill Gates resigned as the head of Microsoft in 2014, but remains an advisor and board member for the company which he founded in 1975.

3. Bernard Arnault oversees over 70 well-known brands

Company: LVMH

University Degree: Engineering

Source: Jérémy Barande/Wikimedia Commons

Although Mr. Arnault’s wealth isn’t entirely engineering-related, he does hold an Engineering degree from Ecole Polytechnique in France and once worked for his father’s civil engineering firm.

4. Mark Zuckerberg is the name behind many social networks

Company: Facebook

University Studies: Computer Science Engineering

Source: Brian Solis/Flickr

Zuckerberg is another university dropout who has done very well indeed, thank you. He left Harvard University in 2004 at the age of 19 to launch the global giant that is Facebook.

Mark and his wife have pledged to give away around 99% of their Facebook stake over their lifetimes.

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World University Rankings by subject

Best universities for social science degrees

Find the best colleges for social sciences using Times Higher Education’s World University Rankings data

Best universities for law degrees

Find the best universities for law degrees using Times Higher Education’s World University Rankings data

Best universities for education degrees

Find the best colleges for education degrees using Times Higher Education’s World University Rankings data

What can you do with a business and management degree?

Why study business and management? Find out all you need to know about getting on a degree course, and what you might learn if you opt to study business and management

What can you do with an economics degree?

What you will study on an economics degree course, and what jobs will be available after you graduate

What can you do with a politics degree?

Why study politics? What should you study at high school to get on the right degree course, and what jobs will you get on graduation?

If you like what you’re reading online, why not take advantage of our subscription and get unlimited access to all of Times Higher Education‘s content?

You’ll get full access to our website, print and digital editions.

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Kim Suho, who’s a civil engineer, became a Noble inside a novel.

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15 Best Engineering Schools in the World

Engineers are little gods as they are responsible for most of the man-made creations that make life beautiful. To ascend to this godlike level as an engineer, however, you would need to attend one of the top engineering schools in the world with good ranking.

Hang on a while with us to discover these schools and commence your school application.

As it is, whatever scientists conceive, an engineer will usually be the one to bring it to life. Several innovations that changed mankind came about through engineering. According to Livescience, the wheel, nail, compass, printing press, combustion engine, and telephone are the top five innovations that changed the world. Engineers were behind these innovations.

There may not have been schools back in 3500 BC when the wheel was invented but inquisitiveness and some deposit of knowledge had made it possible. Technology has advanced now and you need much more than curiosity and basic principles to make outstanding innovations. Right now, you need one of the very best engineering schools.

So for this reason, we present to you the best engineering schools in the world to guide you towards an outstanding engineering career.

What is Engineering?

Engineering is an umbrella that covers scientists, inventors, designers, builders, and great thinkers. According to Wikipedia, it is the use of scientific principles to design and build machines, structures, and other items like bridges, vehicles, roads, etc. Thus, it encompasses several specialized fields in engineering, all of which places emphasis on mathematics and applied science.

With all fields of engineering emphasizing mathematics and science, engineering is simply the application of maths and science to solve problems. So, an engineer is someone with sufficient knowledge and skill to figure out how things work as well as provide practical uses for scientific discoveries. Engineers are the instruments through which scientific innovations reach the world.

So, to become an engineer, you have to study one discipline or more in engineering to gain knowledge and skills to bring innovations to use. Some of the knowledge and skills you’ll get from studying engineering include scientific methods, mathematics, biology, chemistry, physics, and creativity.

What are the Branches of Engineering?

Engineering is one of the broadest disciplines in the world and as science and technology are advancing, this discipline acquires more subdisciplines. The branches of engineering are these subdisciplines which you will study in college.

Presently, According to Wikipedia, there are four main branches of engineering, two other disciplines of engineering, and the interdisciplinary engineering that makes the subdisciplines in engineering near uncountable.

The four main branches of engineering are:

The two other disciplines of engineering are:

Interdisciplinary Engineering

Just as the name suggests, interdisciplinary engineering draws from one or more engineering principles, branches, or practices to form its own subdiscipline.

Popular interdisciplinary engineering include

What are the Educational Requirements for Engineers?

The educational requirements may vary by your chosen discipline but basically all engineering degrees will require a minimum of a bachelor’s degree to become an engineer. However, your career goals or some specific area of engineering will require you to get a master’s degree or a Ph.D. in engineering.

Bachelor’s Degree (B.Eng)

This is the basic degree you need to acquire to start up a career in engineering. You will need to complete high school and passed classes in chemistry, physics, biology, algebra, geometry, trigonometry, and calculus to gain admission into the college to study an engineering program.

Accredited colleges are always better than unaccredited colleges, so ensure that your program has ABET ( Accreditation Board for Engineering and Technology, Inc.) accreditation before selecting it. This accreditation body accredits mostly US colleges, however.

Meanwhile, a typical engineering bachelor’s program will cover courses in Engineering Materials, Analytical Geometry and Calculus, Logical Design and Digital Circuits, Engineering Mathematics, General Chemistry, English Composition, American History, etc.

Master’s Degree

This expands your knowledge and skills which you acquired as an undergraduate. It usually takes two years to complete, unlike the undergraduate program which takes 4-5 years to complete depending on your country.

Doctoral Degree in Engineering

The doctoral degree takes 5-7 years to complete and is for graduates who wish to take up a career in research and engineering in the engineering field.

What Jobs Can I Get With an Engineering Degree?

Let’s drive back to what you can do with an Engineering degree. Below are some of the best paying jobs for engineers.

Engineering Jobs and Salary (USA)

These are professionals design drilling methods and equipment as well as monitor drilling programs for crude oil. They are in high demand and earn $137,170 yearly in the US.

They are professionals who design aircraft, spaceships, satellites, and missiles. In the USA, they earn $115,220 yearly.

These are professionals from computer science who use their knowledge of engineering to build software, develop games, and run network control systems. Data science is a branch that is doing well here, and these professionals earn $105,590 yearly in the US

These professionals design and develop electrical systems using the application of the physics and maths of electricity. In the USA, they earn $96,640 yearly.

These professionals design, build and supervise infrastructure projects such as roads, buildings, airports, etc. Since they are very important in a nation, they earn $86,640 yearly in the USA.

Where can I study engineering?

You can study engineering at a four-year accredited university. This is because the minimum job entry-level requirement for engineers is a bachelor’s degree.

So, search for one of the best accredited four-year colleges offering engineering degrees and apply for admission.

What is the most sought after engineering degree?

Engineering degrees offer rewarding pay, but some more than others. The top 5 most sought after engineering degree are:
1. Automation & Robotics Engineer
2. Petroleum Engineer
3. Civil Engineering
4. Electrical Engineering
5. Alternative Energy Engineer

What are the Best Engineering Schools in the World?

If you’re yet to make your decision on what area of engineering to specialize in, we believe you found help from the information above.

Now that you’ve chosen the area of engineering to study at college, what are the best universities for you?

Here are the best schools in the world to study engineering:

Ranking Factors

Engineering is one of the STEM courses, so it is a pretty popular program in the world. Almost all the comprehensive university in the world offer one area of engineering or the other, so to select the best from this pile, we used the following criteria

To be a top engineering school in the world, the schools have a reputation for being among the best in its country of origin and the world. Subject-wise, our ranking compares Times Higher Education(THE) and QS Top University’s ranking of Best Engineering Schools in the world.

So, our best schools are not just reputable as an institution, but reputable in the subject area.

This criterion looks at the vastness of the scope of the schools’ engineering school. So, we favor schools with a greater number of engineering departments, schools, academic areas, or research focus.

The schools here have more than one research facility dedicated to conducting research in the field of engineering. Also, they must be making huge contributions to the advancement of engineering in the world through their research output.

All the schools on our list have relevant institutional accreditation. However, we give preference to those with subject accreditation like ABET.

Meanwhile, this is the least of our ranking factor as ABET, which is the most recognized accreditation body for engineering accredits mostly US College engineering programs.

In any other single country of the world, they don’t recognize up to 20 of their engineering programs.

#1. Massachusetts Institute of Technology – USA

Academic Areas: 10 Departments

THE: 6
QS: 1

Massachusetts Institute of Technology (MIT) is another university in the USA renounced for its academic research in science and technology. This American university began in 1861 as a private university in Cambridge and has 11,574 total number of students as of Fall enrollment of 2018. What resounds in the minds of academics all over the world when you talk about MIT is its innovation and academic strengths.

Confirming MIT’s innovation, which is one important aspect of engineering, QS ranks MIT’s school of engineering as the number 1 in the world. THE, on the other hand, ranks MIT’s School of Engineering 6th in the world.

MIT’s School of Engineering works with the watchword, “We turn off our ‘NO’ switch.” Hence, every scientific idea which you can conceive can be made a reality at MIT, just like “Moon Shots” which the school helped accomplish.

So, in addition to 10 dedicated engineering departments, MIT’s School of Engineering also has 45 centers, institutes, and laboratories. Meanwhile, MIT’s engineering departments are Aeronautics and Astronautics; Biological Engineering; Chemical Engineering; Civil and Environmental Engineering; Electrical Engineering and Computer Science; Institute for Data, Systems, and Society; Institute for Medical Engineering and Science; Materials Science and Engineering; Mechanical Engineering; and Nuclear Science and Engineering.

Because studying at MIT is expensive, you’ll definitely need these MIT Scholarships Opportunities

#2. Stanford University – USA

Academic Areas: 9 departments

THE: 1
QS: 2

Stanford University needs no introduction. This USA university usually turns up in conversation concerning top schools in the USA and in the world. It is a private university in the USA with a total number of 17,249 students. It began as a private university in 1891 in Stanford, California and has a reputation for its academic achievements, wealth, close proximity to Silicon Valley, and selectivity.

While holding a high rating in the world for its research contributions to various fields of study, Stanford’s School of engineering also has high recognition in the world. THE ranks this school as the first in the world and QS supports this by ranking it second in the world for engineering.

Also, when it comes to institutes, labs, and centers supporting science and engineering, many schools can’t come close to Stanford. Stanford’s School of Engineering has 5 institutes and 55 labs and centers.

In addition to this, Stanford’s School of Engineering has 9 departments offering engineering degree programs. They are Aeronautics & Astronautics; Bioengineering; Chemical Engineering; Civil & Environmental Engineering; Computer Science; Electrical Engineering; Management Science & Engineering; Material Science & Engineering; and Mechanical Engineering.

If Electrical Engineering is the branch of engineering you’re interested in, then see 13 best electrical engineering schools in the World

#3. University of Cambridge – The UK

Academic Areas: 6 Divisions

THE: 3
QS: 4

The University of Cambridge is one UK university you can trust to get the best Engineering degree in the world. Cambridge is an old university in the UK which began in 1209. Cambridge’s academic standards, history, influence, and wealth earn the University of Cambridge a large reputation in the world.

THE supports the University of Cambridge’s claim as one of the Engineering Research giants in the world by ranking it 3rd in the world. QS also recognizes Cambridge as the 4th university in the world to get the best Engineering degree.

Backing up this ranking is Cambridge’s unique academic division of engineering. these divisions include Energy, Fluid Mechanics & Turbomachinery; Electrical Engineering; Mechanics, Materials and Design; Civil Engineering; Manufacturing and Management; and Information Engineering.

#4. ETH Zurich – Switzerland

Academic Areas: 10

THE: 8
QS: 3

Before we discuss Eidgenössische Technische Hochschule (ETH) Zurich in Zurich, Switzerland, you should know something about Switzerland. Switzerland records some of the world’s most famous and fascinating inventions.

Velcro, the Swizz Army Knife, Potato Peeler, and Edible Gold Chocolate, they all are Switzerland’s inventions. So you see why we have ETH Zurich on our list? ETH Zurich is a science, technology, engineering, and mathematics (STEM) university in Zurich which began in 1855 and has 20,607 students as of 2017.

Being a STEM university, it is no surprise that ETH Zurich’s Engineering holds high ranking globally. QS Top University ranks it 3rd in the world, while HE ranks it 8th.

Furthermore, the university has six (6) interdisciplinary STEm research centers, including the Binnig and Rohrer Nanotechnology Center (BRNC) that as a partnership with IBM Research.

So, you can get some of the best engineering bachelor’s master’s, and doctoral degree programs at ETH Zurich in any of their 10 Academic Areas. These include architecture and Civil Engineering; Biomedical Engineering; Biotechnology; Electrical Engineering and Information Technology; Energy Science and Technology; Materials Science; Mechanical Engineering; Nuclear Engineering; Process Engineering; Quantum Engineering; Robotics, Systems, and Control.

#5. Imperial College London – The UK

Academic Areas: 10 departments

THE: 11
QS: 8

Although people call it Imperial College London, Imperial College’s legal name is Imperial College of Science, Technology, and Medicine. This alone speaks of the university’s reputation in STEM.

Meanwhile, Imperial College London is a public university in London, the UK with a student population of over 17,000 students receiving academic instruction from 3,765 academic staff. This UK university consistently ranks as one of the top 100 universities in the world across multiple ranking bodies.

Its Faculty of Engineering boasts of dedication to delivering high-quality teaching and research across all engineering disciplines. These are not mere words as Imperial College London ranks 11th in THE and 8th in QS for the best schools in the world to get an Engineering degree.

Supporting this claim is its 30 research institutes and centers responsible for research contributions to science and technology.

Meanwhile, Imperial College has 10 departments for engineering. They are Department of Aeronautics; Bioengineering; Chemical Engineering; Civil and Environmental Engineering; Computing; Dyson School of Design Engineering; Earth Science and Engineering; Electrical and Electronic Engineering; Materials; and Mechanical Engineering.

#6. University of Oxford – The UK

Academic Areas: 8 Research Areas

THE: 5
QS: 7

The University of Oxford, located in Oxford, England, is the oldest university in the English-speaking world. It is the second-oldest university in the world and has gained a strong reputation with its long history and research achievements. Alongside Cambridge, Oxford University offers an exclusive kind of education that differs from the normal university system in the UK.

THE ranks the University of Oxford as the 5th in Engineering in the world while QS ranks it the 7th best university in the world to study Engineering. Whichever case, both ranking bodies have sufficient proof to place Oxford’s engineering school that high.

Also, with 5 research institutes dedicated to advancing research in engineering, including the Oxford Robotics Institute, Oxford is one of the powerhouses for Engineering research in the UK.

Meanwhile, Oxford has garnered a huge reputation for offering quality education in all the major branches of engineering as well as in emerging areas. So, you’ll find biomedical engineering and energy and the environment – which many schools aren’t offering – in Oxford.

Comprehensively, The University of Oxford’s Department of Engineering has 8 research centers namely: Biomedical; Chemical and Process; Civil and Offshore; Electrical and Opto-electronic; Energy; Information, Control, and Vision; Solid Mechanics and Materials; and Thermo-Fluids and Turbomachinery.

Don’t give up on your dreams to study engineering at Oxford because you’re from a developing country. Also, see these Oxford University Fully-Funded Scholarships for Developing Countries in the UK.

#7. The University of California, Berkeley – USA

Academic Areas: 8 departments

THE: 14
QS: 5

The University of California, Berkeley or UC Berkeley is one of the public universities in the University of California system. It is the flagship university of the system and the oldest, founded in Berkeley CA in 1868. UC Berkeley is a large comprehensive university of 43,204 students as of the Fall of 2019. Nonetheless, the number does not go against the quality of education at Berkeley.

UC Berkeley’s College of Engineering comes 5th in QS and 14th in THE’s ranking of best engineering schools in the world. You can’t take this ranking away from UC Berkeley as its college of Engineering has 17 research centers, programs, and laboratories and it is the brain of the Berkeley Software Distribution (BSD).

At UC Berkeley, you can get some of the best engineering degrees in any of its 8 departments. These are Bioengineering; Civil & Environmental Engineering; Electrical Engineering & Computer Sciences; Engineering Science; Industrial Engineering & Operations Research; Materials Science & Engineering; Mechanical Engineering; and Nuclear Engineering.

If Civil Engineering is your field, then you need to see these 13 Best Civil Engineering Schools in the World

#8. National University of Singapore – Singapore

Academic Areas: 9 research areas

THE: 12
QS: 9

The National University of Singapore (NUS) is the first Singapore-owned university in Singapore. It began in 1905 and is a comprehensive university with 35,908 students and 2,555 academic staff. While ranking among the top 100 universities globally across various notable university ranking platforms, NUS is undoubtedly one of the best universities in Singapore.

NUS Engineering goes with the slogan, “We Engineer Passion,” and this is exactly true as this School of Engineering ranks 9th in QS and 12th in THE for best universities for engineering in the world. NUS offers engineering programs that are the deal in the future and possesses 7 cutting-edge research facilities to advance research in engineering and science in general.

NUS’s key research areas to get a quality degree include Energy; Engineering in Medicine; Hybrid Integrated Flexible Electronic System; Marine and Offshore engineering; Next Generation Port; Quantum Engineering; Robotics & Machine intelligence; Satellite Technology; and Urban Solutions & Sustainability.

#9. Nanyang Technological University, Singapore – Singapore

Academic Areas: 6 schools

THE: 15
QS: 6

Nanyang Technical University (NTU) is another Singapore university on our list. It is the second oldest Singapore-owned public university in Singapore. Although it is a technical university, NTU has a College of Humanities, Arts and Social Sciences, hence its large population of 31,687 students. NTU is more notable for its science and technology degrees, however.

QS ranks Nanyang Technical University 6th best university in the world for engineering while THE ranks it 15th. This goes to show that beyond its 6 Colleges offering quality engineering degrees, NTU is a major player in global engineering research.

Yes, with 36 Research Centers and Core Facilities available at NTU’s College of Engineering’s disposal, the College is not just an Asian giant in engineering research but also a global giant.

So, if you’ll be studying engineering at NTU, it will be in either of the following engineering schools: Chemical and Biomedical Engineering; Civil and Environmental Engineering; Computer Science and Engineering; Electrical and Electronic Engineering; Materials Science and Engineering; and Mechanical and Aerospace Engineering.

#10. California Institute of Technology – USA

Academic Areas: 7 departments

THE: 1
QS: N/A

California Institute of Technology (Caltech) is a private research university in Pasadena, California, the United States. It first began as a vocational school in 1891 but switched to a degree-offering university in 1910. Caltech has a small student population of 2,333 students, according to Wikipedia, and is one of the small groups of universities in the United States primarily devoted to pure and applied sciences.

So you see, it is no mistake that Caltech makes our list of best engineering schools in the USA. Although it doesn’t rank on QS best 10 universities in the world for engineering, it ranks as the number one school in THE ranking. Besides, Caltech has 21 research centers and labs dedicated to the advancement in science and applied science.

Further supporting its claim as one of the best schools for engineering in the world, Caltech’s Division of Engineering and Applied Science has seven departments offering various engineering degree programs.

They are Aerospace (GALCIT); Andrew and Peggy Cherng Department of Medical Engineering; Applied Physics & Material Sciences; Computing & Mathematical Sciences; Electrical Engineering; Environmental Science & Engineering; and Mechanical & Civil Engineering.

#11. Harvard University – USA

Academic Areas: 9 Divisions

THE: 3
QS: N/A

Harvard University is another prestigious university in the USA and the whole world. It is one of the 8 elitist schools in the USA referred to as the Ivy League colleges. These schools have a longstanding reputation for their wealth, academic reputation, history, and selectivity. It is very difficult to get admission to Harvard University.

Harvard’s institutional reputation reflects in most of its subject offerings. THE ranks Harvard University as the 3rd in Engineering, however, Harvard does not rank on the top 10 schools for engineering in the world for QS’s ranking. Nonetheless, Harvard has ABET accreditation for all its engineering program and from the 90s to the 2000s, Harvard has been in the spotlight in innovative research.

According to Wikipedia, Bioengineers including David Edwards collaborated with public health researchers at the Harvard T.H. Chan School of Public Health to develop a novel spray-drying method for delivering a tuberculosis vaccine that could help prevent the related spread of HIV/AIDS in the developing world.

Meanwhile, through the Harvard John A. Paulson School of Engineering and Applied Sciences, Harvard has 9 core engineering research areas. They are Bioengineering; Cell and Tissue Engineering; Biomaterials, and Therapeutics; Computer Engineering and Architecture; Electrical Engineering; Environmental Science and Engineering; Materials and Mechanical Engineering; Quantum Engineering; Science and Engineering Education; and Solar Geoengineering.

Students passionate about Acoustic engineering found these 13 Best Acoustic Engineering School in the World helpful.

#12. University of California, Los Angeles – USA

Academic Areas: 6

THE: 9
QS: N/A

The University of California, Los Angeles (UCLA) is yet another US school in our list of best engineering schools in the world. It is the Southern Branch of the University of California system which began in 1919. As a public university, UCLA has 45,742 students as of the Fall of 2019 and 4,016 academic staff. Nonetheless, this California college consistently maintains a high ranking and is a perfect college to get an undergraduate or graduate degree.

UCLA’s Henry Samueli School of Engineering and Applied Science holds high esteem in THE’s ranking of best engineering schools in the world. This engineering school in California began in 1945, has 6,161 total students and 180 academic staff. Not only is the Henry Samueli’s accredited engineering degree of top quality but its research centers. UCLA Engineering has 5 internal research centers and collaborates with 9 external research centers. This boosts the school’s output to science and technological advancements in the world.

At any level, you can get some of the best engineering degrees in the world from any of Henry Samueli School of Engineering and Applied Science’s 6 departments. These departments are Bioengineering; Chemical And Biomolecular Engineering; Civil And Environmental; Electrical And Computer Engineering; Materials Science and Engineering; and Mechanical and Aerospace Engineering.

#13. Princeton University – USA

Academic Areas: 6 Departments

THE: 7
QS: N/A

Princeton University is one of the Ivy League research universities in the USA. As you can see, being an Ivy league school goes beyond the hype to concrete academic achievement, which is why they are turning up on this chart. Princeton University began in 1746 at Princeton, the USA and like other Ivy League schools is a private university. As of the fall of 2018, Princeton has a total student population of 8,374 and an academic staff strength of 1,289 staff members. If this doesn’t speak quality, what does?

Princeton University Schol of Engineering and Applied Science mirrors this standard with a total of 1950 students and 124 academic staff. Together with the quality of the school’s research and four dedicated centers for engineering and science, Princeton’s School of Engineering earns the 7th spot in THE’s ranking for best engineering schools in the world.

Through Princeton’s six engineering departments, you will definitely get quality and reputable undergraduate and graduate degrees. These departments are Chemical and Biological Engineering; Civil and Environmental Engineering; Computer Science Electrical Engineering; Mechanical and Aerospace Engineering; and Operations Research and Financial Engineering.

#14. Georgia Institute of Technology – USA

Academic Areas: 9 Schools

THE: 9
QS: N/A

Georgia Institute of Technology or Georgia Tech is a public university in Atalanta, Georgia. Historically, Georgia Tech, after its establishment in 1885, offered only a degree in mechanical engineering. But in 1901, the school’s curriculum expanded to accommodate degrees in electrical, civil, and chemical engineering. So, you see, Georgia Tech is not a newbie in the world of engineering. Presently, Georgia Tech has expanded to have six (6) colleges, including its prestigious College of Engineering.

In THE’s ranking of the Best Engineering Schools in the world, Georgia Tech ties with UCLA Engineering for the 9th position. Georgia Tech does not rank in QS World Ranking for best engineering schools in the world, however. But this does not stop Georgia Tech from making our list. Its present research contributions and its past legacy support its claim for a top spot as a top engineering school globally. The College’s graduate, John Young, to date, is the most experienced astronaut in history.

Meanwhile, let’s not forget that Georgia Tech has nine engineering schools from which you can get some of the best engineering degrees in the world. These schools are Aerospace Engineering; Biomedical Engineering; Chemical and Biomolecular Engineering; Civil and Environmental Engineering; Electrical and Computer Engineering; Industrial and Systems Engineering; Materials Science and Engineering; Mechanical Engineering; and Nuclear & Radiological Engineering.

#15. Tsinghua University – China

Academic Areas: 8 schools

THE: 18
QS: 10

Every innovation must be manufactured to serve a greater population, right? That’s where you find China. China is the world’s largest manufacturing economy and now talking about the best engineering schools in the world, we have a Chinese school. Tsinghua University (THU) is a Chinese University founded in 1911 and located in Beijing China. With its 36,300 student population, THU is a member of the C9 League of Chinese Universities, which means it holds a strong reputation in the country.

THU holds a high reputation globally as well as in Asia and in China. It’s engineering programs are one of the best in the world. QS ranks its engineering programs 10th in the world while THE ranks it 18th. This is supported by THU’s global research output and research centers, including its Institute of Nuclear and New Energy technology, dedicated to future research in science and technology.

Tsinghua University’s schools and departments to get a worthy engineering degree are Aerospace Engineering; Civil Engineering; Environment; Information Science and Technology; Materials Science and Engineering; Mechanical Engineering; Chemical Engineering; Electrical Engineering; and Engineering Physics.

FAQs

Which is the best college in the world for engineering?

The best college for engineering in the world is Massachusetts Institute of Technology, USA, with its 10 engineering departments and 45 institutes, centers, and laboratories for research advancement in engineering, science, and technology.

What are the top 10 colleges for engineering?

The top 10 colleges for engineering in the world are:
1. Massachusetts Institute of Technology
2. Stanford University
3. University of Cambridge
4. ETH Zurich
5. Imperial College London
6. University of Oxford
7. University of California, Berkeley
8. National University of Singapore
9. Nanyang Technological University
10. California Institute of Technology

Where can I study engineering?

You can study engineering at a four-year accredited university. This is because the minimum job entry-level requirement for engineers is a bachelor’s degree. So, search for one of the best accredited four-year colleges offering engineering degrees and apply for admission.

Which type of engineering job has highest salary?

Which ivy league school is best for engineering?

Harvard University is the Best Ivy league University for Engineering compared to Princeton University and other ivy league universities. Harvard has 10 departments offering engineering degrees, including solar geoengineering and Quantum Engineering.

Which country is best for studying engineering?

The best country to study engineering is the USA. In a list of top 15 engineering schools, 8 USA schools emerged. Generally, the top 5 countries to study engineering are:
1. United States of America
2. The United Kingdom
3. Singapore
4. Switzerland
5. China

What is the most sought after engineering degree?

Engineering degrees offer rewarding pay, but some more than others. The top 5 most sought after engineering degrees are:
1. Automation & Robotics Engineer
2. Petroleum Engineer
3. Civil Engineering
4. Electrical Engineering
5. Alternative Energy Engineer

You can find the video below:

Conclusion

When you think of studying engineering in college, think of the cost; the specialization; the research facilities; and most importantly, the accreditation. Your engineering degree is worth nothing if you get it from an unaccredited university or college. It is for this reason that you have proceeded to research for the best universities in the world to study engineering.

The cost of studying at any of the best universities for engineering on our list may be high, but we have international scholarships that will help you complete your education without acquiring student debt.

References

We Also Recommend

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The world’s top 100 universities

Updated August 27, 2022 Updated August 27, 2022

Want to study at one of the world’s top 100 universities? The QS World University Rankings offers an annually updated list of the top 1,400+ universities worldwide. We will be revealing which of these made the top 100.

In the 2023 edition of the QS World University Rankings, just under half of the top 100 universities in the world are located in the US (which has 27 representatives) or the UK (17).

Here’s a complete rundown of the world’s top 100 universities.

Top 100 Universities in the World

According to the QS World University Rankings 2023

The 50 Most Visited Websites in the World

January 27, 2021

Graphics/Design:

Joyce Ma

View the full-resolution version of this infographic

The 50 Most Visited Websites In the World

View the high-resolution of the infographic by clicking here.

If you spend any time online, it’s likely you’re familiar with some of the world’s most visited websites. On today’s internet, a handful of giants have unmatched dominance.

Top Three Websites (Monthly visits):

Together, the top three websites rake in 152 billion visits monthly, outpacing the next 47 websites combined. What’s more, as the pandemic transformed everything from the way we work, learn, communicate, and shop—a majority of these activities migrated online.

In this new visualization, we look at the most visited websites around the world, drawing data from SimilarWeb (as of November 2020).

The Top Global Websites

Servicing over two trillion search queries annually through its network, Alphabet-owned Google ranks highest with its flagship domain, Google.com. Google derives approximately 80% of its earnings from ad revenues.

Category1Google.com92.5BU.S.Search Engines2Youtube.com34.6BU.S.TV Movies and Streaming3Facebook.com25.5BU.S.5Wikipedia.org6.1BU.S.Dictionaries and Encyclopedias6Instagram.com6.1BU.S.7Baidu.com5.6BChinaSearch Engines8Yahoo.com3.8BU.S.News and Media9xvideos.com3.4BCzech RepublicAdult10pornhub.com3.3BCanadaAdult11Yandex.ru3.2BRussiaSearch Engines12Whatsapp.com3.1BU.S.13Amazon.com2.9BU.S.Marketplace14xnxx.com2.9BCzech RepublicAdult15Zoom.us2.7BU.S.16Live.com2.5BU.S.Email17Netflix.com2.4BU.S.TV Movies and Streaming18Yahoo.co.jp2.4BJapanNews and Media19Vk.com1.8BRussia21Office.com1.6BU.S.Programming and Developer Software22Naver.com1.5BSouth KoreaNews and Media23Pinterest.com1.3BU.S.26Cnn.com1.2BU.S.News and Media27xhamster.com1.2BCyprusAdult28Microsoft.com1.1BU.S.Programming and Developer Software29Mail.ru1.1BRussiaEmail30Globo.com1.0BBrazilNews and Media31Bing.com1.0BU.S.Search Engines32Twitch.tv1.0BU.S.33Google.com.br1.0BBrazilSearch Engines34QQ.com981.3MChinaNews and Media35968.9MUnknownProgramming and Developer Software36ebay.com957.1MU.S.Marketplace37Msn.com885.4MU.S.News and Media38News.yahoo.co.jp839.8MJapanNews and Media39Duckduckgo.com819.4MU.S.Search Engines40Ok.ru764.9MRussia41Walmart.com718.6MU.S.Marketplace42Bilibili.com686.0MChinaAnimation and Comics43Tiktok.com663.2MChina44Paypal.com657.2MU.S.Financial Planning and Management45Google.de624.5MGermanySearch Engines46Amazon.co.jp619.2MJapanMarketplace47Aliexpress.com611.0MChinaMarketplace48Amazon.de608.8MGermanyMarketplace49Rakuten.co.jp593.4MJapanMarketplace50Amazon.co.uk579.7MUnited KingdomMarketplace

Coming in second, social networking platform Facebook has a user base of 2.7 billion. On average, users spend 34 minutes on the site daily, while 36% of users say it’s also where they get their news—higher than any other social network.

As the leading search engine in China, Baidu (#7) received 5.6 billion visitors in November. Baidu is also branching out its business— venturing into electric vehicles (EVs) in a partnership with China-based automaker Geely.

As video conferencing vaulted in demand during the pandemic, Zoom (#15), launched into the most visited websites with 2.7 billion visitors monthly. Similarly, TikTok (#43) became a freshly minted addition.

The Most Visited Websites, By Country of Origin

With 27 sites on the list, the U.S. remains a dominant player. While its reach is highly concentrated on a global level, just a handful of companies own a majority of these sites.

See the static version of each regional graphic here.

Microsoft (#28), for instance, owns seven of the top sites in the world including LinkedIn (#25) and Live.com (#16). Amazon (#13), on the other hand owns five including Twitch.tv (#32), along with popular Amazon-focused domains in Japan, U.K., and Germany.

China holds five top websites: Baidu (#7), QQ (#34), Bilibili (#42), TikTok (#43), and AliExpress (#47). The Tencent-owned QQ.com, ranks as the top news site in China, with over 981 million monthly visits. Like WeChat, QQ also provides a popular messaging platform.

Just four of the most visited websites globally are based in both Russia and Japan, while the rest of the world account for 10 top sites altogether.

Reaching New Heights

While global internet patterns are clearly dominated by a few titans, what can we make of their recent traffic growth?

Between June 2019 and November 2020, Google’s monthly visitors increased 52.9%. Among the most visited websites globally, this rate of growth falls only behind Instagram (#6) at 89.1% and Twitter (#4) at 67.1%.

Wikipedia (#5), a non-profit website that originated in 2001 by Larry Sanger and Jimmy Wales realized over 30% growth.

While large tech companies have only accelerated their market share—Google makes up roughly 90% of the search ad market—several regulatory bodies are placing greater scrutiny on them. An October 2020 antitrust report suggested that Big Tech is in fact anti-competitive, drawing comparisons with oil tycoons of the 19th and 20th centuries.

With these key forces in mind, it raises a critical question: is there a limit to their growth?

Global Stars: The Most Innovative Countries, Ranked by Income Group

The World’s Top Car Manufacturers by Market Capitalization

Technology

Visualized: The State of Central Bank Digital Currencies

Central bank digital currencies are coming, but progress varies greatly from country to country. View the infographic to learn more.

Visualized: The State of Central Bank Digital Currencies

Central banks around the world are getting involved in digital currencies, but some are further ahead than others.

In this map, we used data from the Atlantic Council’s Currency Tracker to visualize the state of each central banks’ digital currency effort.

Digital Currency – The Basics

Digital currencies have been around since the 1980s, but didn’t become widely popular until the launch of Bitcoin in 2009. Today, there are thousands of digital currencies in existence, also referred to as “cryptocurrencies”.

A defining feature of cryptocurrencies is that they are based on a blockchain ledger. Blockchains can be either decentralized or centralized, but the most known cryptocurrencies today (Bitcoin, Ethereum, etc.) tend to be decentralized in nature. This makes transfers and payments very difficult to trace because there is no single entity with full control.

Government-issued digital currencies, on the other hand, will be controlled by a central bank and are likely to be easily trackable. They would have the same value as the local cash currency, but instead issued digitally with no physical form.

Central Bank Digital Currencies Worldwide

105 countries are currently exploring centralized digital currencies. Together, they represent 95% of global GDP. The table below lists the data used in the infographic.

Country	Status	Use Case
Nigeria	Launched	Retail
The Bahamas	Launched	Retail
Jamaica	Launched	Retail
Anguila	Launched	Retail
Saint Kitts and Nevis	Launched	Retail
Antigua and Barbuda	Launched	Retail
Montserrat	Launched	Retail
Dominica	Launched	Retail
Saint Lucia	Launched	Retail
Saint Vincent and the Grenadines	Launched	Retail
Grenada	Launched	Retail
Sweden	Pilot	Retail
Lithuania	Pilot	Retail
Ukraine	Pilot	Undecided
Kazakhstan	Pilot	Retail
Russia	Pilot	Retail
China	Pilot	Both
Thailand	Pilot	Both
Hong Kong	Pilot	Both
South Korea	Pilot	Retail
Saudi Arabia	Pilot	Wholesale
United Arab Emirates	Pilot	Wholesale
Singapore	Pilot	Wholesale
Malaysia	Pilot	Wholesale
South Africa	Pilot	Both
Canada	Development	Both
Belize	Development	Undecided
Haiti	Development	Both
Venezuela	Development	Both
Brazil	Development	Retail
Turkey	Development	Retail
Iran	Development	Retail
Bahrain	Development	Wholesale
India	Development	Both
Mauritius	Development	Both
Bhutan	Development	Both
Cambodia	Development	Retail
Indonesia	Development	Both
Palau	Development	Both
Australia	Development	Both
Japan	Development	Both
Spain	Development	Retail
France	Development	Both
Netherlands	Development	Retail
Switzerland	Development	Wholesale
Italy	Development	Undecided
Germany	Development	Undecided
Estonia	Development	Retail
Lebanon	Development	Retail
Israel	Development	Retail
Euro Area	Development	Both
United States	Research	Retail
Mexico	Research	Retail
Guatemala	Research	Undecided
Honduras	Research	Undecided
Trinidad andd Tobago	Research	Undecided
Colombia	Research	Undecided
Peru	Research	Undecided
Paraguay	Research	Undecided
Chile	Research	Retail
Iceland	Research	Retail
UK	Research	Both
Morocco	Research	Retail
Ghana	Research	Retail
Namibia	Research	Undecided
Eswatini	Research	Both
Madagastar	Research	Retail
Zimbabwe	Research	Undecided
Zambia	Research	Undecided
Tanzania	Research	Undecided
Rwanda	Research	Undecided
Uganda	Research	Undecided
Kenya	Research	Retail
Tunisia	Research	Wholesale
Oman	Research	Undecided
Kuwait	Research	Retail
Jordan	Research	Undecided
Georgia	Research	Retail
Belarus	Research	Undecided
Norway	Research	Retail
Czech Republich	Research	Undecided
Pakistan	Research	Retail
Nepal	Research	Undecided
Bangladesh	Research	Undecided
Myanmar	Research	Undecided
Laos	Research	Both
Vietnam	Research	Undecided
Macau	Research	Undecided
Taiwan	Research	Both
Philippines	Research	Retail
New Zealand	Research	Retail
Vanuatu	Research	Undecided
Fiji	Research	Undecided
Tonga	Research	Undecided
Palestine	Research	Retail
Jordan	Research	Undecided
Austria	Research	Wholesale
Hungary	Research	Retail
Bermuda	Inactive	Undecided
Sint Maarten	Inactive	Retail
Curaçao	Inactive	Retail
Argentina	Inactive	Undecided
Uruguay	Inactive	Retail
Denmark	Inactive	Retail
Azerbaijan	Inactive	Undecided
Egypt	Inactive	Undecided
North Korea	Inactive	Undecided
Finland	Inactive	Retail
Ecuador	Cancelled	Retail
Senegal	Cancelled	Retail

When aggregated, we can see that the majority of countries are in the research stage.

We’ve also divided the map by region to make viewing easier.

Путеводитель по геймдеву. Не Unity едины. Большой обзор игровых движков для начинающих и профи

Привет мой юный (а возможно и не очень) друг. Итак, ты встал на этот тернистый путь разработки игр и отовсюду то и дело, что говорят о Unity. Однако, это не единственный инструмент для создания игр, существующий в наше время.

В этой статье я расскажу только об актуальных вариантах как для новичков, так и для профессионалов со всеми плюсами и минусами оных, включая игровые движки и конструкторы, которые не требуют программирования. Надеюсь, эта статья будет полезна для вас.

Данный движок выигрывает за счет своей широкой базе знаний, огромного количества примеров и шаблонов, большого коммьюнити и низкого порога входа.

Язык программирования: C#, NoCode (Bolt);

Стоимость: Бесплатно и Платные тарифы для больших команд

Язык программирования: C++, NoCode (Blueprints)

Стоимость: Бесплатно (с условиями)

Плюсы Unreal Engine:

Минусы Unreal Engine:

Язык программирования: C#

Стоимость: Бесплатно (Open Source)

Мощный конструктор игр с открытым исходным кодом для создания кросс-платформенных 2D игр любой сложности без знания программирования.

Язык программирования: не требуется. На базе событий.

Стоимость: Бесплатно (Open-Source)

Один из набирающих популярность игровых движков для разработки 2D (и в некоторых случаев 3D) проектов. Движок бесплатен и поддерживает множество платформ.

Язык программирования: Lua (верхний уровень), C++ (нижний уровень) и другие (расширения движка).

Простой, удобный и гибкий конструктор игр, с поддержкой кросс-платформы, позволяющий создавать крутые 2D игры любого жанра без знаний программирования.

Язык программирования: Не требуется. На основе событий. Но поддерживает JS.

Стоимость: Бесплатно (с сильными ограничениями), полный набор от 524,99 ₽ в месяц

Плюсы Construct 3:

Минусы Construct 3:

Язык программирования: не требуется, но поддерживает скрипты.

Плюсы Game Maker Studio:

Минусы Game Maker Studio:

Один из древнейших представителей от российских разработчиков. Включает в себя мощные и простые для изучения инструменты, однако не обладает полноценной кросс-платформенностью.

Язык программирования: C#

Стоимость: Бесплатно (с ограничениями), платная подписка. Модель схожа с Unity

Еще один представитель динозавров среди игровых движков. Движок развивается очень давно, обладает мощным инструментарием и поддержкой кросс-платформы.

Язык программирования: C#, C++, Flow Graph

Стоимость: Бесплатно (с ограничениями)

Естественно это далеко не все представители игровых движков и конструкторов, но мы рассмотрели одни из них. Ниже я предоставил список не менее интересных претендентов с кратким описанием преимуществ.

Список интересных движков:

Итак, мы рассмотрели основные актуальные варианты игровых движков и конструкторов игр. Надеюсь, для вас эта информация оказалось полезной.

И как всегда, буду рад обсудить с вами возможности игровых движков. Возможно, у вас есть свои крутые примеры, которые вы используете в работе и можете посоветовать.

Godot, с его 40к звездами на гитхабе, огромным растущим сообществом и общей простотой освоения лежит под катом в «другие интересные движки». Почему?

Объясните мне кто-нибудь, что значит «движок создаётся для бизнеса»?

Упомянул его, но не щупал лично, поэтому сложно про него что-то сказать.

-Для разработки хорошей игры нужно глубоко погрузиться в аспекты движка;

согласен, с этим минусом Unity
Он только кажется простым.

мне больше нравится UE, он для меня очень честный движок, оч приятный.
Но если полезешь в C++ то шишек можно набить много.
Но С++ практически не нужен, я с ним иногда играюсь ради баловства, вдруг пригодится. Считаю, что это баловство и есть.

Unreal очень дружелюбен для дизайнеров и создателей контента. Очень круто то, что условно гейм-дизайнер сможет создать что-то крутое, при условии его трудолюбия и упорства, не уходя глубоко в C++

чем сложнее игра, тем глубже погружение, логично

Unigine, Flax Engine

Забыл про легендарный Unigine, но вроде как он перепрофилировался под индастриал решения

Unity, UE, GameMaker. Годот четвертый, Unigine пятый, но будет 4-м

Популярный движок среди тех, кто хочет сделать свою бюджетную РПГ-игру. На ней вышло интересных инди-игр, например OMORI, To The Moon, Corpse Party и прочие. Движок обновляют и периодически перевыпускают цельным ремастером за отдельную цену.
Плюсы:
— Относительная простота использования, что в нём смогут разобраться и школьники.
— С помощью дефолтных ресурсов уже можно сделать игру.
— С помощью плагинов можно преобразить игру на любой вкус и цвет.
— Возможность создать игру без знаний языка программирования.
— JavaScript (не знаю, плюс это или минус)
— В новых ревизиях теперь возможно сделать игру под Android, и даже для браузера, благодаря поддержке HTML5.

Минусы:
— Подмоченная репутация из-за повального количества игр плохого качества.
— Движок способен лишь на сюжетно-ориентированные игры.
— Ограниченные возможности по графике.

Движок платный распространяется по типу buy-2-use. Последние две ревизии: RPG Maker MV, и RPG Maker MZ

Обе стоят примерно по 1400 рублей. Плюс куча платных DLC в виде ресурс-паков, спрайтов, текстур, звуков и музыки. Но если вы сами хоть немного умеете рисовать и сочинять музыку (или знаете источники royalty-free ресурсов) то их покупка не обязательна.

The Best Search Engines of 2022

Google might be the biggest but there are other, arguably better, search engines

Most people prefer to rely on just one or two search engines that deliver three key features:

The options this article highlights should help you find the best search engine for your needs.

These are mainly web page search engines, but others exist, too, for specific searches. Other search engines exist just for people, images, and, of course, jobs.

Google Search

Favors fresh content.

Ranks blogs and services.

Accessible on any device.

Collects information on users.

Hidden content might damage ranking.

Search delivers too many results.

Google is the reigning leader of spartan searching and is the most used search engine in the world. Google is fast, relevant, and the most extensive single catalog of web pages available.

Try Google images, maps, and news features; they are outstanding services for locating photos, geographic directions, and headlines.

Duck Duck Go Search

Does not track or store user information.

Optional one-month search window.

Search results are not dated.

Limited image search results.

No personalized results.

At first, DuckDuckGo.com looks like Google. However, many subtleties make this search engine different.

DuckDuckGo offers some slick features, like zero-click information wherein all your answers appear on the first results page. DuckDuckgo offers disambiguation prompts that help to clarify what question you are asking. Most significantly, DuckDuckGo does not track information about you or share your search habits with others.

Give DuckDuckGo.com a try. You might really like this clean and simple search engine.

Bing Search

Favors older, established web pages.

Ranks home pages, not blogs.

Crawls hidden and non-hidden content equally.

Ranks forums low in search results.

Instant search is slower than Google.

Some ad-heavy search result screens.

Bing is Microsoft’s attempt at unseating Google, and it’s arguably the second-most-popular search engine today.

In the leftmost column, Bing tries to support your research by offering suggestions; it also provides search options across the top of the screen. Things like wiki suggestions, visual search, and related searches might be beneficial to you. Bing is not dethroning Google soon, but it is worth trying.

Dogpile Search

Links to «favorite fetches» on whimsical home screen.

Pulls from multiple databases for broad results.

Fast search results.

Result screen entries aren’t dated.

No home screen personalization.

Lots of sponsored results.

Years ago, Dogpile preceded Google as a fast and efficient choice for web searching. Things changed in the late 1990s, Dogpile faded into obscurity, and Google became the leading platform.

Today, however, Dogpile is coming back, with a growing index and a clean and quick presentation that is a testimony to its halcyon days. If you want to try a search tool with an engaging appearance and desirable crosslink results, definitely try Dogpile.

Google Scholar Search

Save articles to read later.

Citations in several styles.

Results include how many times an article has been cited and by whom.

Wide-ranging but not comprehensive.

No criteria for what makes a result «scholarly.»

No way to limit results by discipline.

Google Scholar is a particular version of the main platform. This search engine will help you win debates.

Google Scholar focuses on scientific and hard-research academic material that has been subjected to scrutiny by scientists and scholars. Example content includes graduate theses, legal and court opinions, scholarly publications, medical research reports, physics research papers, and economics and world politics explanations.

If you’re looking for critical information that can stand up in a heated debate with educated people, then Google Scholar is where you want to go to arm yourself with high-powered sources.

Meet the Top 10 Search Engines in the World in 2022

“Really? There are search engines other than Google? Why? ”

It’s no secret that Google rules the online search world, but there are other options available.

What’s more, some of these alternative search engines are hugely popular in their own right – they just don’t appear very popular when compared to the colossal titan that is Google.

Some of these alternative search engines seem like ancient relics left over from the birth of the internet many moons ago.

Others dominate a specific region, such as China, South Korea, or the Czech Republic.

Here are the top search engines in the world.

Start selling online now with Shopify

The Best Search Engine in The World: Google

Worldwide Search Engine Market Share: 92.18%

It’s difficult to comprehend Google’s epic size.

The search engine is so popular that it’s many times larger than all of the world’s other search engines combined.

Excite rejected the offer and have spent the last 20 years kicking themselves.

Also, fun fact: The name “Google” is derived from the word “googol.”

A googol is a mathematical term meaning “10 raised to the power of 100” or 1 with 100 zeros after it.

These days, Google is far more than a search engine.

All hail the mighty Google.

Search Engine #2. Bing

Worldwide Search Engine Market Share: 8.04%

Bing is the second largest search engine in the world with an 8.04 percent market share

While Bing is small in comparison to Google, it maintains a respectable market share in many countries.

The search engine is owned and operated by Microsoft and has its origins in the previous search engines MSN Search and Windows Live Search.

Unlike Google, Bing’s homepage always features a stunning image and news stories.

In July 2009, Microsoft and Yahoo! announced a deal in which Bing would power Yahoo!’s search engine – which is currently the fourth largest search engine in the world.

Businesses shouldn’t disregard this search engine.

Plus, with most businesses and experts focusing their attention on Google, there’s less competition on Bing.

So, Bing advertising and SEO are certainly worth considering.

Search Engine #3. Baidu

Worldwide Search Engine Market Share: 7.34%

This search engine is China’s largest. In fact, Baidu absolutely dominates the Chinese market with 74.73 percent of the market as of February 2019. In comparison, Google has managed to capture only 2 percent of China’s search engine market.

Baidu was founded in 2000 and has its headquarters in China’s capital, Beijing.

It’s one of the largest artificial intelligence and internet service companies in the world. That said, Baidu holds very little influence outside of China.

It’s worth noting that China has the “largest and most sophisticated online censorship operation in the world.”

This is often referred to as “The Great Firewall of China.”

Search Engine #4.Yahoo!

Worldwide Search Engine Market Share: 3.39%

Yahoo! Lands fourth place in the list of the world’s largest search engines with a 3.39 percent share of the global market.

Yahoo!’s story is as interesting as it is embarrassing.

The company was founded way back in 1994 by Jerry Yang and David Filo.

But then things went downhill.

Yahoo! turned them down.

Today, Yahoo!’s search engine is actually powered by Microsoft’s Bing search engine. So the results from both search engines are very similar.

Search Engine #5. Yandex

Worldwide Search Engine Market Share: 1.53%

Yandex scores the fifth position on the list of the top 10 search engines with a global market share of 1.53 percent.

The search engine is also popular in Ukraine, Belarus, Kazakhstan, Uzbekistan, and Turkey.

The name “Yandex” was adopted in 1993 and stands for “Yet Another iNDEXer.”

One of its key advantages for Russian-language users is its ability to understand Russian inflection in search queries.

Back in 2011, Yandex went public on the New York Stock Exchange with an initial public offering (IPO) of 1.3 billion – making it the second largest in the sector after Google at the time.

Search Engine #6. Ask

Worldwide Search Engine Market Share: 0.72%

Ask is the sixth largest search engine in the world with a 0.72 percent market share – 100 times smaller than Google and 10 times smaller than Bing.

Founded in 1996 by Garrett Gruener and David Warthen in California, the site was originally named “Ask Jeeves.”

The idea was not to create another directory or search engine, but a question-and-answer service much like a virtual concierge. This is why the founders chose the name after P.G. Wodehouse’s character, Jeeves the butler.

The company dropped “Jeeves” from the name in 2006 when the company rebranded to “Ask.”

In 2010, Ask.com gave up on the search engine market after facing insurmountable competition from more successful search engines like Google.

Now, Google actually powers Ask.com search results.

Search Engine #7. DuckDuckGo

Worldwide Search Engine Market Share: 0.39%

DuckDuckGo is the seventh largest search engine with a 0.39 percent share of the global market.

This search engine is all about privacy.

The search engine’s tagline is “Privacy, simplified.”

It describes itself as, “The Internet privacy company that empowers you to seamlessly take control of your personal information online, without any tradeoffs.”

Sounds pretty good, right?

DuckDuckGo doesn’t store your personal information or follow you around with ads.

There’s even a handy Google Chrome extension to make switching easier.

Essentially, it’s the perfect solution for anyone concerned about keeping their personal information and browsing activity private.

DuckDuckGo now receives 27.4 million daily search queries and it’s consistently growing.

Search Engine #8. Naver

Worldwide Search Engine Market Share: 0.13%

Naver began in 1999 as the first web portal in Korea to develop and use its own search engine. Today, the Naver corporation provides a multitude of services, such as an email client, encyclopedia, children’s search engine, and news web portal.

As popular as the search engine is in South Korea, it seems unlikely that the search engine will grow internationally in the near future.

Search Engine #9. AOL

Worldwide Search Engine Market Share: 0.06%

AOL currently holds just 0.06 percent of the world’s search engine market share. This is surprising when you consider that AOL was once an internet trailblazer.

AOL – short for “America Online” – first came into existence way back in 1985.

The web portal and online service provider based in New York City was one of the early pioneers of the internet in the mid-1990s.

If you weren’t around to experience dial-up internet, it was a time when you literally had to dial-in using a phone line to connect.

It was always an exciting moment.

Those of us old enough to remember dial-up will recall the glorious and unmistakable sound of the phone line connecting…

AOL was on top of the world.

However, over time, AOL lost its dominance of the internet as new competitors like Google swamped the market.

So AOL turned its attention to acquiring major online media companies.

Today, AOL Search lives on, but it’s only a tiny fragment of AOL and Verizon’s business.

Search Engine #10. Seznam

Worldwide Search Engine Market Share: 0.05%

This search engine and web portal is hugely popular in the Czech Republic. In fact, it was the leading search engine there until Google came along.

Today, Google holds 84 percent of the Czech Republic’s market share, leaving only 16 percent to Seznam and others.

Seznam was founded in 1996 by Ivo Lukačovič in Prague.

It began as a simple search engine and online directory. By 2001, Seznam had developed financial, social, and political news, as well as TV programs, dictionaries, maps, weather forecasts, and more.

Bonus Search Engine: Ecosia

It might not be one of the most popular search engines in the world, but we feel Ecosia deserves a special mention.

This search engine is based in Berlin, Germany, and uses the money from advertising to plant trees around the world to benefit people, the environment, and local economies.

This means that just by using the search engine, you can contribute to the environment.

Ecosia’s homepage keeps score of the number of trees planted by Ecosia users – 51 million and counting at the time of writing

Plus, the search engine provides an individual counter that tells you how many trees your searches have planted.

Ecosia is a great search engine too.

Like DuckDuckGo, Ecosia also focuses on privacy.

Your searches are encrypted and you can simply turn off all of Ecosia’s tracking if you want.

In October 2018, founder Christian Kroll gave some of his shares to the Purpose Foundation.

As a result, Kroll and Ecosia co-owner Tim Schumacher forfeited their rights to take profits out of the company or sell Ecosia for a profit in the future – talk about putting your money where your mouth is.

Ecosia also has a Chrome extension to make switching easy.

Summary

It seems likely that this list of the top 10 search engines in the world will change in the coming years.

Although one thing seems fairly certain: Google will have a long and fruitful reign.

To conclude, here’s a table of the top 10 search engines in the world as of January 2019 according to worldwide market share :

The 10 Best Car Engines In The World

Twitter LinkedIn icon The word «in».

LinkedIn Fliboard icon A stylized letter F.

Flipboard Facebook Icon The letter F.

Email Link icon An image of a chain link. It symobilizes a website link url.

Ward’s Automotive releases an annual list of the world’s 10 best engines — and last year’s was the most diverse selection of powerplants in the 21-year history of the award. Six use turbocharging tech to boost horsepower, while one uses supercharging to create ridiculous amounts of power.

There’s one naturally aspirated internal combustion engine, one fuel cell, and one electric motor on this list. Of the 10 best engines, four are holdovers from last year’s list and six make their debut.

Of 37 entries — 10 returning winners from 2013 and 27 new contenders — were evaluated by Ward’s team of editors. All of the cars were put through their paces under normal daily commutes by the editors over the past two months in Detroit. Ward’s editors scored each engine based on power, torque, technology, fuel economy, and relative competitiveness, while taking noise, vibrations, and refinement into account.

5 of The World’s Greatest Feats of Engineering

Around the globe, there are many feats of engineering that make people stand back in awe. From the Palm Islands in Dubai, built of islands that had to be constructed from rock and sandstone to stepping out onto an oval glass ring above the Grand Canyon. These are just a couple of amazing constructions found around the world and here are some of the greatest feats of engineering that we think are worth a mention.

The Palm Islands, Dubai.

The Palm Islands in Dubai finished construction September 24, 2008, and are made up of around 100 million cubic meters of sand and rock. Before building a total of 210 million cubic meters of limestone, rock and sand were dredged and reclaimed so that the islands could be constructed. The outer ring of Palm Islands took 10 million cubic meters on its own. Rocks that were used in the construction of the islands had to be brought from United Arab Emirates quarries, with a total of 16 quarries being used. In total, the amount of material that was used in the construction of the Palm Islands would be enough to make a small wall that would go around the globe three times over.

The Burj Khalifa, Dubai.

The Burj Khalifa was completed January 4, 2010, and it is not only the world’s tallest building, standing at 828 meters, it is also the tallest free-standing structure. There were many obstacles to overcome when designing and building the structure, one of which was high winds. Due to issues with strong winds the structure underwent more than 40 wind tunnel tests. These were undertaken not only on the building itself but also on the cranes that were being used in the construction.

[Image Source: Burj Khalifa]

The Skywalk, Grand Canyon.

The Skywalk is a horseshoe walk that was completed March 28, 2007, and was the idea of David Jin, a businessman from Las Vegas, who discussed the project with the Hualapai tribe. He dreamed up a walkway of glass that stretched out over the Grand Canyon in a half circuit. The Skywalk can hold a total weight of 71 million pounds, which would equate to around 71 fully loaded 747 aircrafts. The walkway is 1,219 meters above the Colorado River and extends 21m from the cliff edge. 83,000 pounds of glass was used in the construction along with one million pounds of steel. The whole thing was constructed on site and drilling for the project took over a year from start to finish.

[Image Source: Grand Canyon]

The Millau Viaduct, France

The Millau Viaduct was completed on 16 December 2004 and is the highest road bridge deck in the whole of Europe. The viaduct is located 270 meters above the Tarn River at the highest point of the viaduct and it is the tallest bridge in the world; as the viaduct is 342 meters it comes in higher than the Eiffel Tower. The viaduct offers passage between Paris and Spain and helps to ease the congestion. It has a lifespan of around 120 years and cost a total of 320 million Euros to build.

[Image Source: French Tourism Board]

The Kansai Airport, Osaka, Japan

[Image Source: Kansai international airport]

Top 100 Best Engineering Schools in The World [2017 – 2018]

For many careers, a higher education qualification is necessary, and it certainly can help you move forward within your current role. An engineering college or university degree or diploma demonstrates your ability to solve real-world problems and help create positive business results.

Your reason for continuing your college education can be more personal than professional. Strong personal goals are the foundation of anyone’s success, which can be amplified by studying at the university level. The schools ranked below are at the top within Engineering & Technology fields.

The USA takes the first place in the list of Top 100 Best Engineering Schools in the World, in 2017. Majority of the top 100 spots are captured by American universities. However other countries such as United Kingdom, Singapore, Switzerland, China, Japan, and many others are also featured.

The Engineering and Technology subjects included in these rankings are Computer Science & Information Systems, Electrical & Electronic Engineering, Mechanical Engineering, Civil & Structural Engineering, Chemical Engineering, and Mineral & Mining Engineering.

The ranking indicators utilized by the QS World University Rankings® (source of this article) for top engineering and technology schools in the world include:

1. Academic Reputation. Since 2004, the QS World University Rankings® has been gathering data from 74,651 academic subjects worldwide; analyzing the massive amount of data collected from surveys and respondents to create an Academic Reputation

2. Employee Reputation. These rankings are unique in integrating employability as a primary factor for evaluating and ranking global Engineering and Technology schools. This year alone 40,643 survey responses were received from such employers worldwide, which were used to create an Employee Reputation score.

3. Citations Per Paper were evaluated, and its data captured to create a score. To do this successfully, a publication limit is defined for every engineering and technology subject to avoid possible flaws arising from small quantities of highly cited publications. Both the lowest publications limit and also the weighting placed on the citations indicator are adapted to be able to create best citation score for each discipline.

4. H-index Citations. The H-Index is used to measure the productivity and impact of the published work of a scientist or engineer, as well as the richness and impact of a group of engineers in any given university or country.

The rankings below are the based on overall QS Ranking Scores. Click here to read more about their methodology.

The 1 st survey results for the best engineering schools:

Top 100 Best Engineering Schools in the World (based on data from QS World University Rankings®)

* Data captured by Times Higher Education. Click here to view their website.

* No. of students: 11,192

* International students: 33%

* Female:Male Ratio: 37 : 63

No. of students: 15,658

International students: 22%

Female:Male Ratio: 42 : 58

No. of students: 18,389

International students: 35%

Female:Male Ratio: 45 : 55

No. of students: 18,605

International students: 35%

Female:Male Ratio: 45 : 55

No. of students: 18,616

International students: 37%

Female:Male Ratio: 31 : 69

No. of students: 15,236

International students: 52%

Female:Male Ratio: 37 : 63

No. of students: 31,111

International students: 32%

Female:Male Ratio: 50 : 50

No. of students: 34,834

International students: 16%

Female:Male Ratio: 52 : 48

No. of students: 19,718

International students: 35%

Female:Male Ratio: 46 : 54

Tip for getting into college: Being to learn about colleges and universities as soon as you can. The sooner you get to narrow down your options, the faster you can focus on a specific location or engineering subject. You must also become fully self-aware; understand what skills you have and which skills you have not. This is one of the basic steps to define your career path. To learn how to create a winning strategy for an engineering career of success, click here.

No. of students: 41,537

International students: 10%

Female:Male Ratio: 32 : 68

No. of students: 26,080

International students: 10%

Female:Male Ratio: n/a

No. of students: 9,750

International students: 54%

Female:Male Ratio: 27 : 73

No. of students: 21,000

International students: n/a

Female:Male Ratio: n/a

No. of students: 9,464

International students: 9%

Female:Male Ratio: 20 : 80

No. of students: 10,214

International students: 31%

Female:Male Ratio: n/a

No. of students: 20,773

International students: 27%

Female:Male Ratio: 31 : 69

No. of students: 2,209

International students: 27%

Female:Male Ratio: 31 : 69

No. of students: 42,136

International students: 16%

Female:Male Ratio: 47 : 53

No. of students: 9,570

International students: 13%

Female:Male Ratio: 14 : 86

How to get started: January is the perfect time of the year write your goals down and create a list of colleges & universities, so you can determine how to get ahead in your higher education and career. If you haven’t done this yet, here are 3 steps to help you start:

No. of students: 17,057

International students: 27%

Female:Male Ratio: 28 : 72

No. of students: 26,470

International students: 11%

Female:Male Ratio: n/a

No. of students: 22,481

International students: 8%

Female:Male Ratio: 24 : 76

No. of students: 31,758

International students: 8%

Female:Male Ratio: 40 : 60

No. of students: 42,496

International students: n/a

No. of students: 36,535

International students: 6%

Female:Male Ratio: 41 : 59

No. of students: 36,929

International students: 22%

Female:Male Ratio: 33 : 67

No. of students: 20,095

International students: 39%

Female:Male Ratio: 51 : 49

No. of students: 42,273

International students: 37%

Female:Male Ratio: 55 : 45

No. of students: 12,841

International students: 17%

Female:Male Ratio: 31 : 69

Are you evaluating which school to go to? Begin to build your network strategically. Social Networking is about following a step by step plan to Find, Attract and Engage with decision makers in colleges and/or universities. This allows you to learn more about that school, and build relationships that can be useful one day in the near future.

No. of students: 38,392

International students: 16%

Female:Male Ratio: 53 : 47

No. of students: 12,311

International students: 38%

Female:Male Ratio: 38 : 62

No. of students: 40,133

International students: 34%

Female:Male Ratio: 46 : 54

No. of students: 43,721

International students: 18%

Female:Male Ratio: 32 : 68

No. of students: 69,427

International students: 17%

Female:Male Ratio: n/a

No. of students: 22,390

International students: 20%

Female:Male Ratio: 34 : 66

No. of students: 21,990

International students: 18%

Female:Male Ratio: 66 : 34

No. of students: 7,955

International students: 24%

Female:Male Ratio: 45 : 55

No. of students: 25,824

International students: 18%

Female:Male Ratio: 27 : 73

No. of students: 10,194

International students: 5%

Female:Male Ratio: 33 : 67

Considering an international college or university? Make sure you know everything required prior to filling in an application. Look into the visa application process first. Talk to professionals in this field if you have any concerns. But never give up on your dreams. Continue to follow your heart and don’t ever quit. Regardless of where in the world you are when you’re reading this article, write down your goals and do something every day that can help make your goals come true.

No. of students: 43,402

International students: 23%

Female:Male Ratio: 46 : 54

No. of students: 44,553

International students: 32%

Female:Male Ratio: 57 : 43

No. of students: 50,051

International students: 6%

Female:Male Ratio: 22 : 78

No. of students: 8,548

International students: 24%

Female:Male Ratio: 29 : 71

No. of students: 46,846

International students: 28%

Female:Male Ratio: 57 : 43

45. University of Texas at Austin

No. of students: 48,561

International students: 10%

Female:Male Ratio: 51 : 49

No. of students: 15,986

International students: 35%

Female:Male Ratio: 52 : 48

No. of students: 21,850

International students: 24%

Female:Male Ratio: 49 : 51

No. of students: 32,859

International students: 10%

Female:Male Ratio: 51 : 49

No. of students: 41,818

International students: 16%

Female:Male Ratio: 48 : 52

No. of students: 18,072

International students: 31%

Female:Male Ratio: n/a

No. of students: 21,773

International students: 25%

Female:Male Ratio: 51 : 49

No. of students: 9,928

International students: 55%

Female:Male Ratio: 28 : 72

No. of students: 30,304

International students: 49%

Female:Male Ratio: 56 : 44

No. of students: 51,889

International students: 29%

Female:Male Ratio: 54 : 46

No. of students: 3,046

International students: 4%

Female:Male Ratio: 22 : 78

No. of students: 35,318

International students: 38%

Female:Male Ratio: 52 : 48

No. of students: 23,256

International students: 10%

Female:Male Ratio: 31 : 69

No. of students: 38,770

International students: 23%

Female:Male Ratio: 42 : 58

No. of students: 44,412

International students: 15%

Female:Male Ratio: 50 : 50

Family Support: Getting the support of all family members, friends and counselors is also helpful. If you ever fall into a situation and can’t make a decision, don’t stay stuck. Focus on gathering more information and additional data that can help you decide well. If you still can’t make a logical decision; go with your heart.

No. of students: 38,968

International students: 26%

Female:Male Ratio: 55 : 45

No. of students: 32,000

International students: 17%

Female:Male Ratio: 46 : 54

No. of students: 17,494

International students: 10%

Female:Male Ratio: 26 : 74

No. of students: 30,940

International students: 26%

Female:Male Ratio: 57 : 43

No. of students: 24,055

International students: 12%

Female:Male Ratio: 42 : 58

No. of students: 26,759

International students: 40%

Female:Male Ratio: 59 : 41

No. of students: 26,587

International students: 32%

Female:Male Ratio: n/a

No. of students: 23,037

International students: 19%

Female:Male Ratio: 46 : 54

No. of students: 12,639

International students: 7%

Female:Male Ratio: 28 : 72

No. of students: 30,348

International students: 29%

Female:Male Ratio: 54 : 46

Begin to eliminate colleges and universities from your final list. After talking with your parents, teachers, family, friends; you need to begin narrowing down your selections, aiming to compile a list of your final choices. There are many ways to narrow your list — from choice of majors to size to location.

No. of students: 18,038

International students: 21%

Female:Male Ratio: 45 : 55

No. of students: 15,512

International students: 13%

Female:Male Ratio: 49 : 51

No. of students: 7,284

International students: 1%

Female:Male Ratio: 20 : 80

No. of students: 2,799

International students: 36%

Female:Male Ratio: 21 : 79

No. of students: 45,411

International students: 14%

Female:Male Ratio: 46 : 54

No. of students: 9,240

International students: 35%

Female:Male Ratio: 54 : 46

No. of students: n/a

International students: n/a

Female:Male Ratio: n/a

No. of students: 9,870

International students: 1%

Female:Male Ratio: 17 : 83

No. of students: 4,226

International students: 33%

Female:Male Ratio: 22 : 78

No. of students: 26,059

International students: 18%

Female:Male Ratio: 31 : 69

No. of students: 40,371

International students: 12%

Female:Male Ratio: 32 : 68

No. of students: 17,466

International students: 18%

Female:Male Ratio: 48 : 52

No. of students: 16,032

International students: 3%

Female:Male Ratio: n/a

No. of students: 21,581

International students: 12%

Female:Male Ratio: 27 : 73

No. of students: 44,945

International students: 16%

Female:Male Ratio: 52 : 48

No. of students: 20,879

International students: 17%

Female:Male Ratio: n/a

No. of students: 45,411

International students: 14%

Female:Male Ratio: 46 : 54

No. of students: 7,637

International students: 17%

Female:Male Ratio: 28 : 72

No. of students: 17,776

International students: 16%

Female:Male Ratio: 30 : 70

Networking Tip: Find friends on Facebook who will go to the same university as you, so you won’t be alone on the first day.

No. of students: 25,929

International students: 18%

Female:Male Ratio: 44 : 56

No. of students: 38,960

International students: 12%

Female:Male Ratio: 51 : 49

No. of students: 31,465

International students: 25%

Female:Male Ratio: 47 : 53

No. of students: 25,975

International students: 8%

Female:Male Ratio: 63 : 37

No. of students: 29,633

International students: 17%

Female:Male Ratio: 46 : 54

No. of students: 18,038

International students: 9%

Female:Male Ratio: 30 : 70

No. of students: 18,696

International students: 12%

Female:Male Ratio: 29 : 71

No. of students: 34,514

International students: 13%

Female:Male Ratio: 42 : 58

No. of students: 9,112

International students: 16%

Female:Male Ratio: 31 : 69

No. of students: 7,981

International students: 13%

Female:Male Ratio: 32 : 68

No. of students: 27,061

International students: 27%

Female:Male Ratio: 54 : 46

The 2 nd Survey Results:

Times Higher Education is another organization that conducted their own research on ranking the best engineering schools in the world, and their results are slightly different. We’ve decided to also include these results and rankings, giving another perspective, allowing us to better evaluate the data and make a decision based on several sources.

The Ranking Indicators utilized by the Times Higher Education® World University Rankings (source of the list below) for top engineering and technology schools in the world are: Citations, Industry Income, International Outlook, Research, and Teaching.

And the Engineering and Technology subjects included in these rankings are Electrical, Mechanical, Civil, Chemical and General Engineering subjects.

Top 100 Best Engineering Schools in the World

(Times Higher Education World University Rankings)

We looked at the top engineering schools with the highest Industry Income Score, in each country that was listed in the research results. If you live in any of the countries listed below, getting your engineering degree from the school listed will certainly contribute to you making a lot of money. Though you should keep in mind that your engineering degree only prepares you to begin playing in the big leagues. The transitionary period between graduation and your first professional job is extremely important. It has the power to bring you a fortune or send you on an unintended path.

Industry Income Score is an aspect that’s rapidly becoming a priority for selecting a university. It indicates the financial impact of an institution’s research on the economy, which is a reflection of the commercial value of the research.

The industry income score is of great importance if you prioritize your salary and visualize a career in your engineering, science or technology field.

The University with the highest Industry Income Score in each country are:

Do you agree with these rankings? What are some of the parameters you use to choose a university?

To learn more about the parameters used in this research, click here.

I remember when I graduated from high school in 2003 and start looking at my options, my exam scores and GPA was so low that I couldn’t even qualify to get into a university. So my only option was to go to a college, take some courses again, and then qualify to go to university.

This video helps you understand the Total Cost of Living while you’re going to a university:

The World’s Best Engineer

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Reading Manhwa The World’s Best Engineer at Manhwa Website.

Kim Soo-Ho, a civil engineer, became a noble from a novel. But what’s this? My estate will be destroyed soon? Then I’ll have to design, build and sell.

The Greatest Estate Designer

MANHWATOP is a website dedicated to fans of anime, manga, manhwa, manhua, video games, and cosplay. Where you may find all of your anime-related memes, recommendations, reviews, manga recommendations, character fanfiction, favorite quotations, and simply those ordinary anime things that you enjoy, particularly memes.

You can Follow MANHWATOP if you want to read the latest chapters of the Manhwa webtoon. With a massive collection of hundreds of romantic manhwa, all of which have been translated into good English, you’ll find enough «reading» material to fill a library. With high-quality artwork, your library will be quickly filled with your Manga, Manhwa, Manhua.

35 Inventions That Changed the World

Human inventions and technologies have shaped civilizations and transformed life on the Earth. As expectations and capabilities evolve, each generation cultivates its own set of innovative thinkers.

Right from the invention of the wheel to the development of the Mars rover, a large number of these inventions have been truly revolutionary, even if hadn’t been so obvious at the time.

Most major inventions don’t have just one inventor. Instead, they have been developed separately by many people, or many people have had a hand in their evolution from basic concepts to useful inventions.

Here is a list of our top picks of revolutionary inventions that changed the world:

1. Wheel

The wheel stands out as an original engineering marvel, and one of the most famous inventions. This basic technology not only made it easier to travel, but also served as the base for a huge number of other innovative technologies. Yet, the wheel is not actually that old. The oldest known wheel is from Mesopotamia, around 3500 B.C. By that time, humans were already casting metal alloys, constructing canals and sailboats, and even designing complex musical instruments such as harps.

In fact, the main invention was not the wheel itself, which was likely invented the first time someone saw a rock rolling along, but the combination of a wheel and a fixed axle, which allows the wheel to be connected to a stable platform. Without the fixed axel, the wheel has only very limited utility.

2. Compass

This modern invention may have originally been created for spiritual purposes. Later it was adapted for navigational purposes. The earliest compasses were most likely invented by the Chinese, around 200 BC. Some were made of lodestone, which is a naturally-occurring form of the mineral magnetite. There is also evidence that other civilizations may have also used lodestone. At some point, possibly around 1050 CE, people began suspending the lodestones so they could move freely, and using them for navigation. A description of a magnetized needle and its use among sailors occurs in a European book written in 1190, so by that time, it is likely that the use of a needle as a compass was commonplace.

3. Automobile

Although the birth of the modern car is often said to have occurred in 1886, when German inventor Karl Benz patented his Benz Patent-Motorwagen, automobiles had been in the works since 1769, when Nicolas-Joseph Cugno developed the steam-powered automobile capable of human transportation.

Over the years, a huge number of people contributed to the development of the automobile and its constituent parts. In the early 20th century, Henry Ford innovated mass-production techniques that allowed automobiles to become affordable to the masses. These techniques then became standard with General Motors, and Chrysler following suit.

The history of the automobile really reflects a worldwide evolution. The work of many people was required in order to develop the internal combustion engine and the other systems the automobile relies on. Dozens of spin-off industries were also involved, including oil and steel.

4. Steam Engine

A Spanish mining administrator named Jerónimo de Ayanz is thought to have been the first person to develop a steam engine. Hie patented a device that used steam power to propel water from mines.

However, it is Englishman Thomas Savery, an engineer, and inventor, who is usually credited with developing the first practical steam engine, in 1698. His device was used to draw water from flooded mines using steam pressure. In developing his engine, Savery used principles set forth by Denis Papin, a French-born British physicist who invented the pressure cooker.

In 1711, another Englishman, Thomas Newcomen, developed an improvement in the engine, and in 1781, James Watt, a Scottish instrument maker employed by Glasgow University, added a separate condenser to Newcomen’s engine, which allowed the steam cylinder to be maintained at a constant temperature — dramatically improving its functionality. He later developed a double rotating steam engine that, by the 1800s, would be powering trains, mills, factories, and numerous other manufacturing operations.

5. Concrete

Concrete is one of the most widely used artificial materials. It’s a composite material made from a mixture of broken stone or gravel, sand, Portland cement, and water, which can be spread or poured into molds and forms a mass resembling stone on hardening.

One of the key ingredients of concrete is cement. The foundation of cement was laid in 1300 BC.

Middle eastern builders coated the outside of their clay fortresses with a thin, and moist layer of burned limestone, which chemically reacted with gasses in the air to form a hard, protective surface. Around 6500 BC, the first concrete-like structures were built by the Nabataea traders or Bedouins in the southern Syria and northern Jordan regions. By 700 BC, the significance of hydraulic lime was known, which led to the development of mortar supply kilns for the construction of rubble-wall houses, concrete floors, and underground waterproof cisterns.

Around 3000 BC, the Egyptians were using early forms of concrete as a mortar in their building. In 1824, Portland cement was invented by Joseph Aspdin of England. George Bartholomew had laid down the first concrete street in the US during 1891, which still exists.

By the end of the 19th century, the use of steel-reinforced concrete was developed. In 1902, using steel-reinforced concrete, August Perret designed and built an apartment building in Paris. This building a wide admiration and popularity for concrete and also influenced the development of reinforced concrete.

In 1921, Eugène Freyssinet pioneered the use of reinforced- concrete construction by building two colossal parabolic-arched airship hangars at Orly Airport in Paris.

6. Petrol

Without gasoline, there would be no transportation industry as we know it today

Gasoline is a fuel derivative of petroleum. It is called “gas” in the United States and “petrol” in other places around the world.

To be more specific, petrol is a transparent, petroleum-derived liquid that is used as a fuel in internal combustion engines. Interestingly gas was initially discarded as an unwanted byproduct.

Before the discovery and commercialization of gasoline, the fuel of choice was a blend of alcohol, usually methanol, and turpentine called camphene, and later this would be largely replaced by kerosene. The first oil well dug in the US, in 1859, in Pennsylvania, refined the oil to produce kerosene. Although the distillation process also produced gasoline, this was discarded as a byproduct. The method of distillation refining only produced about 20 percent gasoline from a given amount of crude petroleum.

However, once it was discovered that the internal combustion engine ran best on light fuels like gasoline, the refining process was, well refined. In 1913, to produce gasoline more easily using chemical catalysts and pressure. The new thermal cracking process doubled the efficiency of refining and made refining gasoline more practical.

30+ Must Read Engineering Books

So, you need some recommendations for great engineering books? Then you’ve come to the right place. Following publications are recognized as some of the most remarkable engineering books of all time and many of them are enduring classics.

The following list is not exhaustive, but includes some of the greatest engineering books to buy.

You can dive into Elon Musk’s relentless drive and ingenious vision with this book and, better understand Silicon Valley’s most audacious entrepreneur. Spending more than 30 hours in conversation with Musk and interviewing nearly 300 people, technology journalist Ashlee Vance created an exceptionally well-prepared work for you.

As software engineers, you are probably familiar with being asked to whip up brilliant algorithms on the spot or want to be able to do so if asked. This book with 189 programming questions and solutions can help you with that.

A great read piece by the great mathematician Hamming who suggests that effective thinking can be learned. By studying how great scientists think, you can gradually think like them as well.

This book offers timeless and elegant solutions to common problems in software design and describes patterns for the various phenomena from managing object creation to coordinating control flow between objects. Design Patterns is a classic of object-oriented development.

Another great piece for software engineers. In a time where growth in data amount and computing application diversity is exploding, effective algorithms are needed now more than ever. Covering the full spectrum of modern algorithms, this comprehensive textbook can be a great companion for you throughout your learning journey.

It is not a surprise that engineers admire technology and, artificial intelligence plays an important role in this admiration. C omplementing near-term implications of recent accomplishments in AI and a thorough analysis of the possible future regarding how close we are to AGI and Superintelligence, this book offers you a combination of fun and informative time.

Covering many of the latest AI-related ideas and technological developments from the c omputational ability to L4 automated vehicles and many more, this book is an excellent choice if you are interested in artificial intelligence and its basic principles.

Written by Henry Petroski, this book emphasizes the importance of the study of design failures. It explores well-known engineering failures such as the Hyatt Skywalk, The Mianus River Bridge collapse, and the problematic DC-10 engine servicing.

Written by Robert Pirsig, this book is probably one of the most influential engineering books of the 20th century. It was first published over forty years ago and it’s still relevant today for any mechanical engineer. Pirsig explores the question: «What is quality?» It is said that the quest ultimately drove the author insane. Anthony J Marchese from Colorado State University describes this book as representing a journey upon which all mechanical engineers should embark.

This is a classic engineering book and has been through several editions. Written by Donald Norman, this book isn’t just about the design process but also about people and the way they use things. The Design of Everyday Things can change the way we think about the products we use, and about the part, we play in creating new products.

Top 10 Countries That Produce The Most Engineers

Engineers play an imperative role by the discoveries of science to improve the quality of life. Let’s have a look on top 10 countries that produce the most engineers. Engineering is one of the most profound and chosen career in India.

The countries like the United States, Japan, and other developed nations produced the best part of the world’s graduates over past few decades. Now, the trends have started to change and the world has witnessed that a significant number of new engineering, construction, and manufacturing graduates appear from the emerging and developing countries.

Top 10 Countries that Produce the Most Engineers Civil

Now lets focus on the number of countries that Produce Engineers

1. Russia

According to the Statistics of UNESCO Institute, the country which contributes the highest number of engineering graduates per year, is Russia. According to the report, Russia accomplishes almost half a million engineering graduates every year. The United States and Iran those are producing a quarter of million engineering graduates for each year.

The USA stands on the second particle to provide many engineering graduates. The country concentrates on the goals of industrialization and As the country needs a tech-savvy force to accomplish the goals of industrialization, and that nation creates the excitement and make a rewarding future for a scientist or engineer.

3. Iran

Iran, being a developing country, acquires the third spot because of its modern technical expertise and sound infrastructure. Among the many misconceptions about Iran, such as the poor stature of women. The surprising truth is that, from 233,695 engineering graduates in Iran, 70% of them are women. It is a higher percent than in any other country.

4. Japan

This is a known fact that Japan is the most technologically advanced countries in the world. Engineering jobs are among the top rated job in Japan and the country targets enough graduates to fill the open vacancies.

5. South Korea

South Korea’s economy—showcased engineering as a very prestigious profession fundamental to the nation’s success.Engineers are in the high demand across every sector of South Korea. Lots of organizations are developing their innovative and creative solution to make their product attractive with the help of engineers.

6. Indonesia

Indonesia is estimated to carry the annual shortage of around 30,000 engineering graduates per year.This developing country is concentrating much to build engineers. The number of Annual Engineering graduates are 140,169 /year.

7. Ukraine

The developing country like Ukraine increases its engineering graduates. The opportunity of IT employment is rising in Ukraine. The IT industry is growing 10%- 15% in a year in Ukraine. As per the report, it produces 130,391 engineer graduates in a year.

8. Mexico

Mexico has shown a surprising engineering strength.The country has almost 5 engineering students per among 1,000 people. It had 579,814 students enrolled in engineering programs in 2011, and the enrollment for engineering is increasing now.

9. France

France is increasing the enrollment of engineering students.French engineering programs are well-known for their rigorous curricula aimed at positioning graduates for successful careers following graduation. They also integrate business training, foreign language study, and communication skills for delivering creative solutions to some of the today’s most complex challenges.

10. Vietnam

Apart from the United States and Japan, the developed country Vietnam has also made it into the top 10, producing 140,000 and 100,000 engineering graduates each year respectively. Vietnam has a large range of engineering job opportunity including mechanical, civil, environmental, electrical and industrial engineering.

Countries with the most engineering graduates

Countries No. of Engineering Graduates (approx)

Russian Federation	454,436
United States	237,826
Iran	233,695
Japan	168,214
South Korea	147,858
Indonesia	140,169
Ukraine	130,391
Mexico	113,944
France	104,746
Vietnam	100,390

That top Ten countries are shining towards the advancement of technology and new discoveries of science and technology. That leads better prospect for engineers across the globe in 2017.

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