The USA is one of the world’s top Study Abroad destinations for Engineering. You can take your BE or BTech degree from India, to a whole new level – with a Master’s degree in Engineering in the USA!
In postgraduate engineering courses in USA, you’ll benefit from instruction by the world’s leading academics as well as industry leaders, and access to state-of-the-art lab facilities wherein to perform original research or design innovative engineering solutions. With your degree, you’ll also be able to seek work opportunities in the USA, or elsewhere abroad.
Read on to learn more!
Aerospace Engineering
Take your career a step further with Aerospace Engineering postgraduate engineering courses in USA. You’ll have plenty of MS and MEng options, offered by some of the world’s top-ranked universities for aerospace engineering. Some may offer options to specialise in areas like Aeronautics, Astronautics, Aerospace Systems Engineering etc.
These programs require around 2 years to complete the credit requirement. Tuition fee ranges from 30-50,000 USD per annum.
Best Universities for Aerospace Engineering in USA
- University of Michigan – Ann Arbor
- Purdue University – West Lafayette
- University of Illinois – Urbana-Champaign
- University of Texas – Austin
- University of Colorado – Boulder
Entry Requirements:
| Academic qualifications | 4-year bachelor’s degree in Aerospace or Aeronautical Engineering or a related field (such as Mechanical or Electrical Engineering).Min. score requirement: GPA of 3.0 on 4.0 scale or equivalent. |
| English Language Requirements | IELTS Academic with min. 6.5. |
| GRE | May be required. |
| Other requirements | Personal Statement usually required. May need to include indication of research interests and/or name of potential faculty advisor.Letters of Recommendation may be required. |
| Funding | May be available. Could include Research Assistantships (RA), Teaching Assistantships (TA), or Fellowships. |
Course Structure
Coursework
You’ll take a combination of fundamental and elective courses. Your assigned faculty advisor will help you plan your course of study.
Some of the topics you could study include:
- Astrodynamics
- Linear Systems Theory
- Aerospace Information Systems
- Statistical Inference, Estimation, and Learning
- Dynamics and Control of Spacecraft
- Flight and Trajectory Optimization
- Avionics, Navigation and Guidance of Aerospace Vehicles
You will also likely have compulsory courses with a Mathematics component.
Research
If your program has a research component, in addition to coursework, you will have to complete a thesis. Based on your research interests, you’ll be assigned a faculty advisor, who will guide you to find a topic. Some specialisations include:
- Aeroacoustics
- Aeroelasticity
- Aerospace Systems Design and Simulation
- Applied Aerodynamics
- Unmanned Aerial Vehicles
Program Outcomes & Career Track
By the end of your program, you’ll develop:
- In-depth knowledge in one or more sub-disciplines associated with aerospace engineering, with awareness of contemporary research in the field.
- The ability to identify, formulate and solve advanced problems in aerospace engineering.
- The ability to effectively communicate technical ideas through various media at a high level.
- The ability to conduct research, analyse results, report findings, and draw conclusions, to make original contributions to knowledge in aerospace engineering.
With your degree, you’ll go on to a career in Aerospace Engineering, with great prospects as an engineer, scientist, inventor, astronaut, or administrator. You may also be able to pursue your PhD.
Automotive Engineering
With a Master’s degree in Automotive Engineering, you’ll develop strengths in modern automotive systems and engineering fundamentals, to help guide your work in product research, design, development, and manufacturing. Some of the broad areas covered by various universities include passenger and recreational vehicles, vehicle emissions, safety, fuels and lubricants, and construction, industrial and agricultural equipment.
These postgraduate engineering courses in USA are usually completed within 2 years, with tuition fees ranging from 25-50,000 USD per annum.
Best Universities for Automotive Engineering in USA
- University of Michigan – Ann Arbor
- Minnesota State University – Mankato
- Wayne State University
- Illinois Institute of Technology
- Lawrence Technological University
Entry Requirements
| Academic qualifications | 4-year bachelor’s degree in Automotive/Automobile Engineering or other relevant field (such as Mechanical or Electrical Engineering).Min. score requirement: GPA of 3.0 on 4.0 scale or equivalent.Undergraduate coursework requirement may apply. |
| English Language Requirements | IELTS Academic with min. 6.5. |
| GRE | May be required. |
| Other requirements | Personal Statement usually required. May need to include indication of research interests and/or name of potential faculty advisor.Letters of Recommendation may be required. |
| Funding | May be available. Could include Research Assistantships (RA), Teaching Assistantships (TA), or Fellowships. |
Course Structure
Coursework
You’ll take a combination of fundamental and elective courses. Your assigned faculty advisor will help you plan your course of study.
Since US universities are on the cutting-edge of research and development in Engineering, you’ll learn about advanced topics like Advanced Technology Powertrain Design and Control, Hybrid Electric Vehicles and Battery Systems, Self-driving Cars, Automotive Electronics, and Embedded Microprocessor Control Systems.
Other fundamental courses include:
- Automotive Design and Construction
- Hybrid and Electric Vehicles
- Automotive Emission Design and Measurements
- Advanced Internal Combustion Engines
- Dynamics and Controls of automatic Transmissions
- Power Electronics
- etc.
Research
If your program has a research component, in addition to coursework, you will have to complete a thesis in one of the areas mentioned above. Based on your research interests, you’ll be assigned a faculty advisor, who will guide you to find a topic.
Program Outcomes & Career Track
Master’s programs in Automotive Engineering prepare you for productive careers in the field, in both public and private sectors, as well as in academia. In addition to technical skills and knowledge, you’ll develop skills in communication, responsible teamwork and to inspire professional attitudes and ethics.
Chemical Engineering
Chemical Engineering is one of the most in-demand postgraduate engineering courses in USA, With an advanced degree in the field, you’ll learn to apply traditional chemical engineering principles and modern science to solve modern problems.
Chemical Engineering Master’s degrees are highly research intensive. You may be admitted directly into a Master’s program, or you may first be admitted to a PhD program, with the option to graduate with a Master’s degree, or continue onward to PhD. You will typically be able to complete required credits and graduate within 2 years. Cost of study for international students ranges from 25-50,000 USD per year.
Best Universities for Chemical Engineering in USA
- University of Texas – Austin
- University of Delaware
- University of Wisconsin – Madison
- Arizona State University – Fulton
- Auburn University
Entry Requirements:
| Academic qualifications | 4-year bachelor’s degree in Chemical Engineering or a related field (such as Science, Mathematics etc.)Min. score requirement: GPA of 3.0 on 4.0 scale or equivalent. Research experience may give an edge. |
| English Language Requirements | IELTS Academic with min. 6.5. |
| GRE | May be required. |
| Other requirements | Personal Statement usually required. May need to include indication of research interests and/or name of potential faculty advisor.Letters of Recommendation may be required. |
| Funding | May be available. Could include Research Assistantships (RA), Teaching Assistantships (TA), or Fellowships. |
Course Structure
Coursework & Research
Your program will consist of coursework and a research-based thesis. You’ll study core topics in Chemical Engineering, such as Thermodynamics, Applied Chemical Kinetics, Advanced Transport Phenomena etc.
Depending on the areas of expertise of the university faculty, you’ll get to choose from a range of areas in which to perform research. Examples include:
- Energy
- Soft and Hard Materials Science
- Systems Engineering and Optimization
- Catalysis
- Process Control and Design
- Nanotechnology
- Biotechnology
- Atomic, Molecular, and Multiscale Modelling
- Polymers (Synthesis And Processing)
- Micro- and Nano-Electronics
- Environmental Engineering and Sustainability
- Reactor Design
- etc.
Program Outcomes & Career Track
By the end of your program, you’ll have developed:
- A strong understanding of mathematical, scientific, and engineering principles.
- The ability to formulate, analyse, and solve advanced engineering problems.
- Creative, independent problem-solving skills.
- Knowledge in the latest scientific and technological advancements, advanced techniques, and modern engineering tools.
You’ll go on to careers in academia, the non-profit sector, consulting, the energy industry, the pharmaceuticals industry, or government agencies. You’ll also be well-placed to continue toward your PhD.
