12 answers
Domingo
Student
Portland, Oregon
2
Questions
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What degree would be best for the Automotive Engineering industry?
car and automotive related fields, engineering hobby.
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12 answers
Rafa Ramalho
Mechanical Design Engineer
8
Answers
Arlington Heights, Illinois
Updated
Rafa’s Answer
I would also suggest Mechanical engineering. It is widely used in the Automotive industry, not only from OEM but to their suppliers and customers.
It is also a very wide field, just in case you dont like the automotive industry, you are able to work elsewhere. (I am a car enthusiast, but didnt enjoy my time at the automotive sector).
It is also a very wide field, just in case you dont like the automotive industry, you are able to work elsewhere. (I am a car enthusiast, but didnt enjoy my time at the automotive sector).
Andrea Holmes
Workforce Planning Strategist
2
Answers
Chicago, Illinois
Updated
Andrea’s Answer
There are many types of engineers in the auto industry. Mechanical, electrical, industrial design, and plastics just to name a few! Consider if there is a certain part of automotive design that is most interesting to you and recognize that you can flex your engineering skills in many ways.
Yhavaree Simmonds
Sr. Contract Manager
1
Answer
Baltimore, Maryland
Updated
Yhavaree’s Answer
Hi Domingo,
Here are some options:
Bachelor of Science degree in Mechanical Engineering
Bachelor of Science degree in Automotive Engineering Technology (AET)
Bachelor of Science degree in Automotive Management (AMGT)
An automotive engineer is a professional within the field of mechanical engineering with a focus on vehicle design and production. These engineers blend mechanical, electrical and production engineering to design, test and research automobiles. Automotive engineers understand the dynamics of vehicles and use previous models to make improvements to new vehicles.
A mechanical engineer is a highly trained professional with knowledge of core mechanical subjects and engineering theories for machines. They contribute to the design, construction, analysis and operation of different types of machinery and tools. Mechanical engineers often focus on production and development; they contribute to the entire process of a product, from research to production and distribution.
Source: https://www.indeed.com/career-advice/finding-a-job/mechanical-engineer-vs-automotive-engineer
Here are some options:
Bachelor of Science degree in Mechanical Engineering
Bachelor of Science degree in Automotive Engineering Technology (AET)
Bachelor of Science degree in Automotive Management (AMGT)
An automotive engineer is a professional within the field of mechanical engineering with a focus on vehicle design and production. These engineers blend mechanical, electrical and production engineering to design, test and research automobiles. Automotive engineers understand the dynamics of vehicles and use previous models to make improvements to new vehicles.
A mechanical engineer is a highly trained professional with knowledge of core mechanical subjects and engineering theories for machines. They contribute to the design, construction, analysis and operation of different types of machinery and tools. Mechanical engineers often focus on production and development; they contribute to the entire process of a product, from research to production and distribution.
Source: https://www.indeed.com/career-advice/finding-a-job/mechanical-engineer-vs-automotive-engineer
Thank you so much, Yhavaree!
Domingo
Ryan Kretz
46
Answers
Irvine, California
Updated
Ryan’s Answer
For a career in the automotive engineering industry, a degree in mechanical engineering or automotive engineering would be the most relevant and beneficial. These degrees provide a strong foundation in the fundamental principles of engineering and equip you with the necessary skills to work in the automotive sector. Here are some degree options to consider:
Bachelor's degree in Mechanical Engineering: A bachelor's degree in mechanical engineering is a versatile choice that covers a wide range of engineering principles applicable to the automotive industry. This degree typically includes coursework in areas such as thermodynamics, fluid mechanics, materials science, dynamics, and control systems. It provides a solid understanding of mechanical systems, which is crucial for designing and developing automotive components and systems.
Bachelor's degree in Automotive Engineering: Some universities offer specialized bachelor's degrees in automotive engineering. These programs focus specifically on automotive-related coursework, including vehicle dynamics, powertrain systems, chassis design, automotive electronics, and vehicle safety. This degree can provide a more targeted and in-depth understanding of automotive engineering concepts.
Master's degree in Automotive Engineering: Pursuing a master's degree in automotive engineering can further enhance your knowledge and skills in this field. Master's programs may delve deeper into advanced topics such as vehicle design, propulsion systems, vehicle dynamics, and alternative energy sources for automotive applications. This degree can open up opportunities for specialized roles or research positions in the automotive industry.
While specific automotive engineering programs exist, it's important to note that many automotive engineering positions can also be pursued with a general mechanical engineering degree. Employers often value the broader skill set and problem-solving abilities that come with a mechanical engineering background.
Additionally, gaining practical experience through internships, co-op programs, or industry projects during your studies can greatly enhance your employability in the automotive engineering field. Hands-on experience and familiarity with industry practices and tools are highly valued by employers.
Ultimately, choose a degree program that aligns with your interests, goals, and the specific subfield of automotive engineering you wish to pursue, whether it's vehicle design, powertrain development, or automotive electronics.
Bachelor's degree in Mechanical Engineering: A bachelor's degree in mechanical engineering is a versatile choice that covers a wide range of engineering principles applicable to the automotive industry. This degree typically includes coursework in areas such as thermodynamics, fluid mechanics, materials science, dynamics, and control systems. It provides a solid understanding of mechanical systems, which is crucial for designing and developing automotive components and systems.
Bachelor's degree in Automotive Engineering: Some universities offer specialized bachelor's degrees in automotive engineering. These programs focus specifically on automotive-related coursework, including vehicle dynamics, powertrain systems, chassis design, automotive electronics, and vehicle safety. This degree can provide a more targeted and in-depth understanding of automotive engineering concepts.
Master's degree in Automotive Engineering: Pursuing a master's degree in automotive engineering can further enhance your knowledge and skills in this field. Master's programs may delve deeper into advanced topics such as vehicle design, propulsion systems, vehicle dynamics, and alternative energy sources for automotive applications. This degree can open up opportunities for specialized roles or research positions in the automotive industry.
While specific automotive engineering programs exist, it's important to note that many automotive engineering positions can also be pursued with a general mechanical engineering degree. Employers often value the broader skill set and problem-solving abilities that come with a mechanical engineering background.
Additionally, gaining practical experience through internships, co-op programs, or industry projects during your studies can greatly enhance your employability in the automotive engineering field. Hands-on experience and familiarity with industry practices and tools are highly valued by employers.
Ultimately, choose a degree program that aligns with your interests, goals, and the specific subfield of automotive engineering you wish to pursue, whether it's vehicle design, powertrain development, or automotive electronics.
Mmasi Obi
Smart Factory/Supply Chain Consultant
4
Answers
Dallas, Texas
Updated
Mmasi’s Answer
I'd suggest a bachelor's degree in mechanical engineering with a focus in automative Engineering. As a Mechanical Engineer, I have found that it is probably the most versatile of the engineering degrees and it is no doubt that most of the car components today are handworks of Mechanical Engineers.
Ron Llanes
Product Design & Development Engineer
17
Answers
Chicago, Illinois
Updated
Ron’s Answer
Hi, Domingo-
As a working mechanical engineer, I am obviously biased to this degree. But the other degrees that the other professionals mentioned will also serve you well.
One questions you need to ask yourself is what about automotive engineering are you really interested in. Take a look at any car and every component in that car, from the windshield washer fluid container to the remote control, was designed by an engineer. Keep in mind that car makers do not design or make all the components in a car. There are around 30,000 parts in a car, and it takes many dozens for companies to provide these parts. And a degree in mechanical engineering is a great way of working with many of these suppliers of the automotive industry.
If you really want to work for the large automakers, I recommend looking at schools that have a major focus on automotive engineering, such the Kettering Institute, Ferris State, and Purdue University to name a few.
Best of luck on your college career!
As a working mechanical engineer, I am obviously biased to this degree. But the other degrees that the other professionals mentioned will also serve you well.
One questions you need to ask yourself is what about automotive engineering are you really interested in. Take a look at any car and every component in that car, from the windshield washer fluid container to the remote control, was designed by an engineer. Keep in mind that car makers do not design or make all the components in a car. There are around 30,000 parts in a car, and it takes many dozens for companies to provide these parts. And a degree in mechanical engineering is a great way of working with many of these suppliers of the automotive industry.
If you really want to work for the large automakers, I recommend looking at schools that have a major focus on automotive engineering, such the Kettering Institute, Ferris State, and Purdue University to name a few.
Best of luck on your college career!
Jared Smith
4
Answers
Updated
Jared’s Answer
Domingo! If you're more of a big picture thinker, pursuing an Industrial Engineering or Systems Engineering degree are great options.
Industrial Engineers are less concerned with the vehicles themselves and more concerned with the systems and processes to produce vehicles.
As technology advances, especially EV, manufacturers are going to be more interested in re-use across product lines and reducing the time and expense to develop vehicles. And with all the new manufacturing automation and robotics, IEs will be integral in the future of the automotive industry.
Systems Engineers can work anywhere, vehicle design, manufacturing, product support, program management, you name it. As a systems engineer, you're taught to view everything as a system, giving you a potent set of skills to analyze any problem. This is also one of the most transferrable engineering skillsets, so you'll have more opportunities for advancement throughout your career.
P.S. Get really good at leveraging Gen AI now. You'll outpace your peers and exponentially increase your output [this response was not generated by AI ;-)].
Good luck!
Industrial Engineers are less concerned with the vehicles themselves and more concerned with the systems and processes to produce vehicles.
As technology advances, especially EV, manufacturers are going to be more interested in re-use across product lines and reducing the time and expense to develop vehicles. And with all the new manufacturing automation and robotics, IEs will be integral in the future of the automotive industry.
Systems Engineers can work anywhere, vehicle design, manufacturing, product support, program management, you name it. As a systems engineer, you're taught to view everything as a system, giving you a potent set of skills to analyze any problem. This is also one of the most transferrable engineering skillsets, so you'll have more opportunities for advancement throughout your career.
P.S. Get really good at leveraging Gen AI now. You'll outpace your peers and exponentially increase your output [this response was not generated by AI ;-)].
Good luck!
Chosen Osarodion Iyen
Maintenance
74
Answers
Benin City, Edo, Nigeria
Updated
Chosen Osarodion’s Answer
For a career in the automotive engineering industry, the following degrees are highly recommended:
1. **Bachelor's in Mechanical Engineering**: This is one of the most common and versatile degrees for entering the automotive field. It provides a strong foundation in mechanics, thermodynamics, and materials science.
2. **Bachelor's in Automotive Engineering**: This specialized degree focuses specifically on automotive systems and technologies, offering coursework in vehicle dynamics, powertrain systems, and automotive electronics.
3. **Bachelor's in Electrical or Electronics Engineering**: With the rise of electric vehicles (EVs) and advanced automotive electronics, a degree in electrical or electronics engineering can be highly beneficial.
4. **Bachelor's in Mechatronics Engineering**: This interdisciplinary field combines mechanical, electrical, and computer engineering, making it ideal for working on modern automotive systems that integrate these technologies.
5. **Master's in Automotive Engineering**: For those looking to specialize further, a master's degree in automotive engineering can provide advanced knowledge and skills in areas such as vehicle design, manufacturing, and testing.
6. **Master's in Mechanical Engineering**: An advanced degree in mechanical engineering can also be tailored towards automotive applications through elective courses and research projects.
Pursuing internships, co-op programs, and hands-on projects during your studies can greatly enhance your practical experience and employability in the automotive industry.
1. **Bachelor's in Mechanical Engineering**: This is one of the most common and versatile degrees for entering the automotive field. It provides a strong foundation in mechanics, thermodynamics, and materials science.
2. **Bachelor's in Automotive Engineering**: This specialized degree focuses specifically on automotive systems and technologies, offering coursework in vehicle dynamics, powertrain systems, and automotive electronics.
3. **Bachelor's in Electrical or Electronics Engineering**: With the rise of electric vehicles (EVs) and advanced automotive electronics, a degree in electrical or electronics engineering can be highly beneficial.
4. **Bachelor's in Mechatronics Engineering**: This interdisciplinary field combines mechanical, electrical, and computer engineering, making it ideal for working on modern automotive systems that integrate these technologies.
5. **Master's in Automotive Engineering**: For those looking to specialize further, a master's degree in automotive engineering can provide advanced knowledge and skills in areas such as vehicle design, manufacturing, and testing.
6. **Master's in Mechanical Engineering**: An advanced degree in mechanical engineering can also be tailored towards automotive applications through elective courses and research projects.
Pursuing internships, co-op programs, and hands-on projects during your studies can greatly enhance your practical experience and employability in the automotive industry.
Rafee Alam
Consulting
6
Answers
Gilbert, Arizona
Updated
Rafee’s Answer
Hi Domingo! A fantastic question and amazing that you are interested in Automotive engineering! I think the responses above give a good overview of the various engineering pathways that could lead you into that industry. I would suggest keeping a few things in mind. When you go to college to get a mechanical or electrical engineering degree, the curriculum will initially be very broad and foundational. You may not have any coursework that is related directly to automotive engineering. It'll be the critical thinking and problem-solving skills you gain from your engineering degree that will set you up for your future career. You may have to piece together how thermodynamics or circuit design relates to the automotive world, as they may not do that in school. Another thing to keep in mind, while you're in college, no matter what engineering degree you choose, you should see what additional clubs or programs there are that are related to automative engineering. There may be some engineering clubs that focus on building hyper-loop cars for a competition or even rockets/robots. These practical hands-on projects will put you in the best position to leave college and enter any automotive engineering related role (and it will be a ton of fun!).
Ultimately go through college with an open mind and strong curiosity to explore. Have the foundation to stay on course with your degree path, so you can complete the degree within the time frame, but any time you have a curiosity about something new you are exposed to, pursue it. The reality is the automotive industry is vast. There are software engineers working on the infotainment systems to give the best software experience for drivers, and another group of software engineers creating A.I. models for the vehicles to drive themselves. There are hardware engineers creating the logic boards to do all the processing in the vehicle. There are electrical engineers creating new chip sets specifically for these vehicles. You can get jobs are companies that supply these products to the Toyota's, Tesla's, & Ford's of the world. There are so many ways into the industry, but when you are in college you will have an opportunity to really have fun exploring your hobbies and interests in the field. Best of luck in your future journey!
Ultimately go through college with an open mind and strong curiosity to explore. Have the foundation to stay on course with your degree path, so you can complete the degree within the time frame, but any time you have a curiosity about something new you are exposed to, pursue it. The reality is the automotive industry is vast. There are software engineers working on the infotainment systems to give the best software experience for drivers, and another group of software engineers creating A.I. models for the vehicles to drive themselves. There are hardware engineers creating the logic boards to do all the processing in the vehicle. There are electrical engineers creating new chip sets specifically for these vehicles. You can get jobs are companies that supply these products to the Toyota's, Tesla's, & Ford's of the world. There are so many ways into the industry, but when you are in college you will have an opportunity to really have fun exploring your hobbies and interests in the field. Best of luck in your future journey!
James Constantine Frangos
Consultant Dietitian & Software Developer since 1972 => Nutrition Education => Health & Longevity => Self-Actualization.
6338
Answers
Gold Coast, Queensland, Australia
Updated
James Constantine’s Answer
Dear Domingo,
To truly stand out in the field of Automotive Engineering, it's highly beneficial to pursue a Bachelor’s degree in Mechanical Engineering, specifically focusing on Automotive Engineering or Powertrain Engineering. This discipline merges the realms of mechanical design, materials science, thermodynamics, and manufacturing processes, all with the aim of creating cutting-edge automotive systems. Most leading automotive firms favor applicants who possess a solid grounding in engineering principles and practical experience.
Mechanical Engineering courses equip students with a deep understanding of the essential concepts needed for the design, production, and testing of automotive parts. Students are exposed to a variety of topics such as engine systems, vehicle dynamics, materials science, manufacturing processes, and computer-aided design (CAD). Moreover, they acquire hands-on experience through lab experiments and final year projects.
Specializing in Automotive Engineering provides students with in-depth knowledge in areas like powertrains (which covers internal combustion engines and electric motors), vehicle dynamics (including suspension systems and steering), and materials science (focusing on lightweight materials to boost fuel efficiency). These specializations set students on the path to careers in automotive research and development, design engineering, testing engineering, or manufacturing engineering.
Top-ranking universities offering Mechanical Engineering programs with a focus on Automotive Engineering include the Massachusetts Institute of Technology (MIT), Stanford University, University of Michigan – Ann Arbor, Georgia Institute of Technology (Georgia Tech), and California Institute of Technology (Caltech). These institutions are renowned for their rigorous academic programs and extensive industry networks, producing graduates who shine in the automotive sector.
Sources Used:
Society of Automotive Engineers International (SAE) - “Careers in Automotive Engineering” [sae.org]
National Science Foundation (NSF) - “Engineering Careers: Mechanical Engineers” [nsf.gov]
American Society for Engineering Education (ASEE) - “Mechanical Engineering Programs” [asee.org]
May God Bless You,
JC.
To truly stand out in the field of Automotive Engineering, it's highly beneficial to pursue a Bachelor’s degree in Mechanical Engineering, specifically focusing on Automotive Engineering or Powertrain Engineering. This discipline merges the realms of mechanical design, materials science, thermodynamics, and manufacturing processes, all with the aim of creating cutting-edge automotive systems. Most leading automotive firms favor applicants who possess a solid grounding in engineering principles and practical experience.
Mechanical Engineering courses equip students with a deep understanding of the essential concepts needed for the design, production, and testing of automotive parts. Students are exposed to a variety of topics such as engine systems, vehicle dynamics, materials science, manufacturing processes, and computer-aided design (CAD). Moreover, they acquire hands-on experience through lab experiments and final year projects.
Specializing in Automotive Engineering provides students with in-depth knowledge in areas like powertrains (which covers internal combustion engines and electric motors), vehicle dynamics (including suspension systems and steering), and materials science (focusing on lightweight materials to boost fuel efficiency). These specializations set students on the path to careers in automotive research and development, design engineering, testing engineering, or manufacturing engineering.
Top-ranking universities offering Mechanical Engineering programs with a focus on Automotive Engineering include the Massachusetts Institute of Technology (MIT), Stanford University, University of Michigan – Ann Arbor, Georgia Institute of Technology (Georgia Tech), and California Institute of Technology (Caltech). These institutions are renowned for their rigorous academic programs and extensive industry networks, producing graduates who shine in the automotive sector.
Sources Used:
Society of Automotive Engineers International (SAE) - “Careers in Automotive Engineering” [sae.org]
National Science Foundation (NSF) - “Engineering Careers: Mechanical Engineers” [nsf.gov]
American Society for Engineering Education (ASEE) - “Mechanical Engineering Programs” [asee.org]
May God Bless You,
JC.
Zack Pu
Product Manager
4
Answers
Durham, North Carolina
Updated
Zack’s Answer
You can choose mechanical engineering as your degree. Do you know if you have more interests in designing cars, or making them? You could become a product designer sitting mostly in an office to design car components or become industrial/manufacturing engineers working mostly on the shopfloor making sure cars are built with high quality without recalls.
Dawn Cottone
Consultant
11
Answers
Gilbert, Arizona
Updated
Dawn’s Answer
Hi, Domingo! Best degrees for the Automotive Engineering industry are mechanical engineering, electrical engineering, and computer science. All of these degrees will open doors for you in the Automotive Engineering field.