The best universities for engineering in Europe
Why is engineering important?
What is the point of engineering? After graduating from high school, most students want to go into engineering. Once they enter the field, many students decide that engineering is their true calling. As such, they would choose from the best universities for engineering. Engineering is based on using science and math to help people live better lives.
Engineering is helpful to society in many ways, and if you want to be an engineer, you need to know what it’s all about. Engineering will help our future because it works with every new technology that is made to help people.
Most people think engineering is just about building things, but that’s not true. It is also about figuring out how safe the office safety systems are. Engineering helps solve problems in many fields, such as medicine, space, entertainment, transportation, the environment, etc.
In some way, engineering is important to every invention and how it works. Depending on their job, engineers can work in offices, labs, or outside. Engineering and technology go hand in hand, which has helped progress in many fields. The Internet has helped this cause a lot. The engineers use everything they know about engineering and other fields to make the magic happen.
Because engineers have made improvements to medical technology, the healthcare field has grown a lot in the past few years. The help of technology has also saved many lives. Engineers’ work made it possible to send a person into space.
There have been many changes in technology that have made it easier for us to talk to people worldwide. Engineers come up with new ideas and ways to improve technology on a daily basis. In every field today, you need the help of engineers.
How to choose from engineering universities?
How to decide between engineering universities? When choosing the engineering university in Europe where you want to study, there are some key things to consider. This is to ensure that you choose the one that suits you best. Some of which include:
- Ask current students what they think the college could do better. Every school has things that work well and things that don’t. Make sure you can handle the worst flaws of any college you consider attending.
- Don’t choose the first well-known college you see. Think about how important a college’s reputation is compared to other things that are also important.
- College rankings can help you compare schools, but you shouldn’t let them decide for you.
- Use numbers like the retention and graduation rates to find out if most students stay in college and graduate.
- If you’re interested in a college, don’t wait to contact them. Staff on campus can not only give you more information but showing interest may also help your chances of getting in.
What are the best universities for engineering in Europe?
Cambridge University, UK
The University of Cambridge is one of the oldest and best universities for engineering in Europe. The university offers great learning opportunities to its attendees with its extensive resources, including libraries, museums, and collections. Cambridge has been home to 92 Nobel Prize winners.
The university has more than 5,000 academic staff members and almost 19,000 students, of whom 6,625 are international, studying at its 31 colleges. Cambridge is known for being a leader in research in many fields, including the arts and humanities, social sciences, clinical medicine, technology, physical and biological sciences, and social sciences. With more than 1,000 undergraduates and 600 research students, the engineering department is the biggest at the university.
At the university, engineers work on advanced lattice-structured materials. In particular, they study a new way to make multi-phase lattice materials. Researchers have also made way for a machine to “see” and know exactly where it is and what it is looking at. This system uses metrics to classify the different parts of a road environment. The study could affect the development of self-driving cars and robots.
Imperial College, UK
Imperial College London is a world-class center for education and research in science, engineering, medicine, and management. Staff in the UK government’s Office for Science and Ministry of Defense have worked as administrators and advisors in the past and present.
The university has 15,317 students, of whom almost 8,000 are international, and 3,722 academic faculty staff. The Engineering Faculty is one of the largest in Europe, with around 6,000 students. Its engineering program for first-year students lets students spend a year abroad, a year in industry, or specialize in nuclear engineering.
Scientists from the best universities for engineering in Europe recently made a big step forward with technology that lets a person control a robotic hand by moving their arm and feeling muscle vibrations. In the future, this technology could be used to make better prosthetics.
Positioning, navigation, and timing (PNT) is a project focusing on designing and constructing nuclear facilities. It wants to create a general system for automating construction processes by combining cheap sensors with a single software platform for tracking parts and people.
A research group is anticipating the electrification of road vehicles in the future and is looking into the failure of electric batteries. It aims to develop tools that can predict battery performance to help minimize failure rates in the design of thermal management systems.
ETH Swiss Federal Institute of Technology, Switzerland
ETH Zurich was founded in 1855 and is consistently ranked among the top five universities in Europe and the top ten universities in the world. Beyond its world-class education, Switzerland is frequently rated as one of the best places to live. The most famous person who went to ETH Zurich is Albert Einstein, who has won 21 Nobel Prizes. Zurich is Switzerland’s economic center, so it is easy for schools, businesses, and industries to work together.
More than 18,616 students at the university are from more than 110 different countries, and 4,000 of them are doctoral students. About two-thirds of the 2,471 professors and other academic staff are from outside the country. Mechanical and Process Engineering (D-MAVT) is the biggest of the institution’s 16 departments.
The university also offers mechanical and process engineering diplomas and several other specialty areas. Most undergraduate courses are taught in German, while master’s and doctoral programs are delivered in English.
Researchers at the school made the first flying machine with only one moving part. It’s called an “Omnicopter,” and it can fly in any direction. Other research at the university has looked at high-pressure processes on both a small and a large scale, as well as robots, cars, nuclear power plants, and wind turbines.
Oxford University, UK
The University of Oxford is focused on research and is considered one of the most innovative and best universities for engineering in Europe. It has many connections around the world. Teaching has existed at Oxford since circa 1096, and the establishment has spawned 26 Nobel Prizes winners and 26 British prime ministers, including the incumbent, David Cameron.
About 20,000 students from 140 different countries go to its 44 colleges and halls, and about 40% of its 6,200 academic staff are from other countries. More than 5,000 researchers and people help them at the university.
The student experience includes internships and study opportunities outside of the UK and support for independent research abroad. The Department of Engineering Science, one of the largest departments in the university, produces around 160 engineering graduates every year.
Researchers from Oxford University are participating in a group project to learn about and find ways to stop “hydrogen embrittlement,” which can weaken metals like steel, zirconium, and titanium. They are making the metals of the future, which are strong even when hydrogen is present.
Researchers at Oxford University have also come up with a new way to study whether the breakdown of materials in nuclear fusion reactors caused by high levels of radiation could lead to a catastrophic loss of heat.
École Polytechnique Fédérale di Lausanne, Switzerland
The École Polytechnique Fédérale de Lausanne (EPFL) is one of the best universities for engineering. In 2014 and 2015, the Times Higher Education World University Rankings named it the most international university in the world. The school, funded and controlled by the Swiss federal government, specializes in physical sciences and engineering.
The 9,750 students and the 1,643 people who work at the university come from 130 different countries. The university has master’s programs in nuclear engineering, computational science and engineering, and financial engineering.
In connection with research and teaching activities, EPFL operates a nuclear reactor CROCUS, a Tokamak Fusion reactor, and a Blue Gene/Q Supercomputer. Students can participate in research projects in the campus’s 250 laboratories and different research groups during their course.
Researchers at EPFL made a “tribot” that can move like an inchworm and crawl and jump. The tribot is in the shape of a “T” and has three legs. It is 2cm tall and weighs 4g. The National Centre of Competence in Research for Materials Design, which has been going on since 2014, has spent £12.7 million to find new materials.
Technical University Munich, Germany
The Technical University Munich (TUM) is a research-oriented university that educated the inventor of the compression ignition engine, Rudolf Diesel. Gustav Niemann, a famous author, also taught at the university. People say that the area around Munich has the most car companies per square mile of anywhere in the world. This makes it easy to see why automotive is one of the strongest fields in its mechanical engineering department.
TUM has almost 36,000 students, 5,000 of whom are in mechanical engineering, and 10% are from outside of Germany. The school has 13 departments with a total of 5,655 academic staff. TUM also has campuses in Freising-Weihenstephan and Garching, where its mechanical engineering and other science departments are located.
The university has agreements with more than 20 other schools to offer double degrees. It also has partnerships with more than 170 universities around the world and 320 Erasmus partnerships.
As part of research at the university, pilots have used only their brain activity to move an airplane. Researchers are also investigating a super-high multiple-speed concept for electrified automotive powertrain design trends for purely electric vehicle power units and looking at ways to address noise emission, efficiency, and load capacity challenges.
Delft University of Technology, Netherlands
Delft University (TU Delft) has been providing technical education for more than 170 years and instructing mechanical engineers for 150 years as of 2014. Making it one of the oldest and best universities for engineering in Europe. The school is known for its entrepreneurial spirit, and it helps 70 new businesses get started and 25 businesses run by alumni.
About 21,500 people are enrolled at the university, and 1,573 work there. It teaches its Bachelor’s degree programs in Dutch. The university fosters partnerships with other leading universities around the globe to encourage and increase its students’ international experience and knowledge exchange. TU Delft is also part of the IDEA League, a group of five of Europe’s best engineering schools, and CESAER, an organization of European schools of technology and engineering.
TU Delft researchers have collaborated with manufacturers and other institutions to convert the zero-emission Hyundai IX35 FCEV into a power plant on wheels by successfully developing and installing a socket on a fuel cell car so it serves as an electrical outlet. Other important research projects at the university include Nuna, a solar-powered race car; Glare, a metal-fiber laminate used in the skin of the Airbus A380; and Flame, a humanoid robot that can walk.
KU Leuven, Belgium
KU Leuven is the first university in Belgium, the largest and best-ranked university. The school was founded in 1425 and is among the best in Europe. It is based on research. When it launched, KU Leuven joined the Erasmus student exchange program and boasted a network of 300 partners. Its membership in the League of European Research Universities (LERU), a group of 21 top research universities, and COIMBRA, a network of top European universities, shows how much it values research.
About 52,000 students and 2,360 academic faculty and staff are at the university. The university has smaller campuses in 11 cities in Belgium, such as Brussels, Ghent, and Antwerp, where most courses are taught in Dutch. The main campus is in Leuven. The university’s degree programs are research-based so that students learn how to think critically about their studies and so that the curriculum stays up to date.
Researchers at KU Leuven have made a drone called VertiKUL2 that has the speed and range of an airplane and the ability to take off and land vertically, like a quadcopter.
The school is researching a drilling technology concept called GEOTeCH. It is based on dry auger (drill) methods that improve safety, require less expensive equipment, and avoid “the environmental risks, complexity, and costs of dealing with water supplies and contaminated waste.”
KTH in Stcokholm is the largest and one of the best universities for engineering in Sweden. They are responsible for one-third of the country’s post-secondary engineering education and technical research. The public-funded institution has traditionally focused on applied and practical science to meet industrial demands. KTH is most famous for giving out Nobel Prizes.
About 12,600 students attend the university, where 1,472 teachers teach them. There are four more campuses of KTH in Sweden. The university does research and has academic strengths in E-science, IT and mobile communication, transport research, and production engineering. KTH is part of international networks like CLUSTER and Top Industrial Managers for Europe (TIME).
RWTH Aachen, Germany
At first, the RWTH Aachen was set up to train engineers for the mining industry. RWTH is the largest university in Germany that focuses on technology. It is often ranked as the best place in Germany to study mechanical engineering and has helped start about 1,400 businesses. Theodore von Kármán, one of the most important people in modern aerodynamics, came from the mechanical engineering faculty.
Around 120 countries are represented among its 41,300 students, 8,000 of whom are international. The engineering faculty at the university has about 7,000 students and almost 3,000 teachers. Most courses are delivered in German, with some master’s programs taught in English.
RWTH runs a program called Erasmus and is part of several university networks, such as the IDEA League, TU9, DFG (German Research Foundation), TIME network, CESAER, and UNITECH, to name a few.
The needs of business, industry, and professions are often at the center of research at RWTH. At RWTH, the first all-metal plane, the diesel soot filter, the first particle accelerator, and the first wind tunnel were all made. Siemens Mobility and the university are working together to create a new train car generation.
Now, as you decide where you will study, you should also prepare for how to enter one. Some students struggle to enter their choice of college. As such, you must get all the help you can get. AdmissionSight is known to be a leader in college admissions, with over ten years of experience getting students into the best universities for engineering in Europe. Set up an initial appointment today with AdmissionSight and get the best help with college admission.