Mechanical engineering is a popular and lucrative field of study. There are many universities offering some of the best mechanical engineering programs. In this post, we’ve discussed the Top 10 Mechanical Engineering Schools with strong reputations in the industry. Before making a choice, you need to consider your interests, budget and other factors.
Best Mechanical Engineering Schools
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- 1 Best Mechanical Engineering Schools
- 184.108.40.206 Massachusetts Institute of Technology (MIT)
- 220.127.116.11 Stanford University
- 18.104.22.168 University of Cambridge
- 22.214.171.124 Imperial College London
- 126.96.36.199 University of California, Berkeley
- 188.8.131.52 Harvard University
- 184.108.40.206 National University of Singapore
- 220.127.116.11 University of Tokyo
- 18.104.22.168 Georgia Institute of Technology
- 22.214.171.124 University of Michigan
Massachusetts Institute of Technology (MIT) Department of Mechanical Engineering The Department of Mechanical Engineering of MIT identifies 7 important & extensive areas of field research. Controls, Instrumentation & Robotics, Bioengineering, Ocean Science & Engineering; Energy Science & Engineering; Micro & Nano Engineering & includes design, manufacturing & product development.
Stanford University Department of Mechanical Engineering The Mechanical Engineering school identifies 5 vital research areas. It includes computational engineering, multi-scale engineering, biomedicine, energy & design.
University of Cambridge School of Mechanical Engineering, Materials & Design The department strongly focuses on research related to transportation & vehicles. It has 2 major research initiatives that include the Transport Research Group & Cambridge Vehicle Dynamics Consortium.
University of California, Berkeley The University of California also has a broad focus on mechanical engineering. It identifies 5 important and key areas for research. These include Control and Dynamics of Complex Systems; Biomechanical Engineering and Health; Green and Sustainable Technologies; Energy Science and Technology; and Micro & Nano Engineering.
Imperial College of London Department of Mechanical Engineering The area of study is divided into 3 categories that includes Mechanics of Materials, Thermofluids & Applied Mechanics. Researchers remain engaged in exploring numerous applications of the field of mechanical engineering
University of Michigan Department of Mechanical Engineering The Department of Mechanical Engineering offers good research opportunities on a wide variety of fields. It includes Biomechanics & Biosystems Engineering, Automotive & Transportation, Design & Controls among others
Harvard University Materials Science & Mechanical Engineering Department The Materials Science & Mechanical Engineering Department at Harvard focuses on the interdisciplinary nature of the research. The same is true for the University’s School of Engineering & Applied Sciences.
National University of Singapore Department of Mechanical Engineering This is the highest ranked university in Singapore with major research themes. It includes Materials; Manufacturing; Fluid Mechanics and Aerodynamics; Energy and Thermal Systems and 5 other themes.
Georgia Institute of Technology The George W. Woodruff Mechanical Engineering School This engineering school focuses on extensive research that include Automation & Mechatronics; CAE & Design; Bioengineering; Acoustics & Dynamics & Heat Transfer. It also deals with Fluid Mechanics; Combustion & Energy Systems; Manufacturing; Mechanics of Materials & Medical Physics plus 3 more.
The University of Tokyo Department of Mechanical Engineering This is the highest ranking University in Japan that identifies its research in 5 vital fields. These include Solid State & Materials Engineering, Fluid & Thermal Engineering; Design & Production Engineering, Bioengineering and Mechanical Dynamics & Control Engineering.
The Dpartment of Mechanical Engineering at MIT identifies 7 important and extensive areas of mechanical engineering research. These areas have been categorized as, Design, Manufacturing and Product Development; Mechanics – Modeling, Experimentation and Computation; Controls; Instrumentation and Robotics; Ocean Science and Engineering; Energy Science and Engineering; Micro and Nano Engineering; Bioengineering.
The Mechanical Engineering school at Stanford identifies 5 important research areas. These include computational engineering, biomedicine, multi-scale engineering, energy and design. These research areas intersect with 5 other research groups, including Design Group, Biomechanical Engineering Program, Mechanics and Computation Group, Flow Physics and Computational Engineering Group, and Thermosciences Group.
The University of Cambridge offers the school of Mechanical Engineering, Materials & Design. It has a very strong focus on research associated with transportation and vehicles. The two major research initiatives of the school include the Cambridge Vehicle Dynamics Consortium and the Transport Research Group.
The school also offers an Applied Mechanics Group, which focses on vibration and dynamics problems in advanced transport design. The school also focuses on a Tribology program and Materials Engineering team to focus on issues related to mechanics of surface distress.
At the Imperial College London, this area of study has been divided into three categories, including Mechanics of Materials, Thermofluids and Applied Mechanics. Within these advanced categories, researchers at the school remain engaged in exploring the numerous applications of mechanical engineering. They focus on various industries, including transport, healthcare, defence and energy.
The University of California also has a broad focus on mechanical engineering. It identifies 5 important and key areas for research. These include Control and Dynamics of Complex Systems; Biomechanical Engineering and Health; Green and Sustainable Technologies; Energy Science and Technology; and Micro & Nano Engineering.
There are many people interested in understanding the role of mechanical engineering in proper sustainable development. It’s worth mentioning that the school’s laboratory focuses on various research projects related to alternative energy sources, sustainable product design, sustainable communities and sustainable technologies.
The Materials Science & Mechanical Engineering Department at Harvard focuses on the interdisciplinary nature of the research. The same is true for the University’s School of Engineering & Applied Sciences.
Some of the important fields of study include biomedical instrumentation, mechanics of material structures, elasticity, teleoperated robots, buckling, plasticity, wave motion, fracture and more. The school also aims to understand biological systems, including the brain. It might help in more inspiration for mechanical deign.
National University of Singapore is the highest ranked university in the country. Some major research themes in mechanical engineering include materials; manufacturing; fluid mechanics and aerodynamics; energy and thermal systems; applied mechanics; control, robotics an mechatronics and applied biomechanics.
In addition to this, the University has also focused on some important growth areas for mechanical engineering research. These include energy systems, defence technology, green technology, off shore engineering, micro & nano systems and innovative materials.
The University of Tokyo is the highest ranking University in Japan. This University also identifies its research intro 5 important groups. These include Fluid & Thermal Engineering; Solid State & Materials Engineering; Bioengineering; Design & Production Engineering and Mechanical Dynamics & Control Engineering.
Some of the more specific focus areas of study include Micro & Nano scale friction / strength test methods, Micro & Nano sized medical devices, regenrative medicine, diagnostic technologies and techniques to improve energy conversion efficiencies.
The George W. Woodruff Mechanical Engineering school at Georgia focuses on extensive research, which included Automation & Mechatronics; Acoustics & Dynamics; CAE & Design; Bioengineering; Heat Transfer; Fluid Mechanics; Combustion & Energy Systems; Mechanics of Materials; Manufacturing; Medical Physics; Nuclear & Radiological Engineering; Micro & Nano Engineering, and Tribology.
Last but not the least, the Department of Mechanical Engineering at the University of Michigan offers good research opportunities in a wide range of fields, including Biomechanics and Biosystems Engineering; Automotive and Transportation; Design; Controls; Energy; Dynamics and Vibrations; Fluids; Mechanics and Materials; Manufacturing; Micro / Nano Engineering; Mechatronics and Robotics; Thermal Sciences and Multi Scale Computation.