22 answers
Emily
Student
Naperville, Illinois
6
Questions
Asked
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Is it possible to become an engineer with a physics degree?
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22 answers
Preeti Singh
Quality Analyst
3
Answers
Nashville, Tennessee
Updated
Preeti’s Answer
Yes, it is entirely possible to become an engineer with a degree in physics. Physics graduates are often highly regarded for their strong analytical and problem-solving skills, which are essential in engineering. However, the transition from physics to engineering might require some additional steps or considerations depending on the specific field of engineering you are interested in.
Engineering is a broad field, so first try to identify the interest which area of engineering you have the most. Common fields include:
Mechanical Engineering
Electrical Engineering
Civil Engineering
Aerospace Engineering
Software Engineering
Good to have Professional Certification and Licensing
Depending on the engineering field and your career goals, you may need to become licensed or certified:
Fundamentals of Engineering (FE) Exam: first step in becoming a licensed professional engineer.
Professional Engineer (PE) License: After gaining experience, you can give PE exam in most engineering disciplines.
Engineering is a broad field, so first try to identify the interest which area of engineering you have the most. Common fields include:
Mechanical Engineering
Electrical Engineering
Civil Engineering
Aerospace Engineering
Software Engineering
Good to have Professional Certification and Licensing
Depending on the engineering field and your career goals, you may need to become licensed or certified:
Fundamentals of Engineering (FE) Exam: first step in becoming a licensed professional engineer.
Professional Engineer (PE) License: After gaining experience, you can give PE exam in most engineering disciplines.
Vasanthi Muni
Solution Architect
2
Answers
Phoenix, Arizona
Updated
Vasanthi’s Answer
Absolutely, pursuing a degree in Physics can set you on a clear path to becoming an Engineer. In fact, Physics could be the most beneficial subject to select in your STEM program if your ultimate goal is to don the hat of an engineer. A Physics degree equips you with robust analytical and problem-solving skills, which are indispensable for an engineer.
By mastering applied Physics, you lay a solid foundation in essential concepts such as mechanics, electricity, thermodynamics, and energy. These concepts are crucial in helping you excel in various engineering branches like Mechanical, Civil, Aeronautical, and Aerospace engineering, among others.
Taking Physics as an Advanced Placement (AP) course during your high school years is a great move. This can lead you to a bachelor's degree in physics, after which you can specialize in a specific field of engineering for your master's studies, Computer Science included. So, go ahead and embrace the exciting journey of becoming an engineer with a Physics degree. Your future in engineering is bright!
By mastering applied Physics, you lay a solid foundation in essential concepts such as mechanics, electricity, thermodynamics, and energy. These concepts are crucial in helping you excel in various engineering branches like Mechanical, Civil, Aeronautical, and Aerospace engineering, among others.
Taking Physics as an Advanced Placement (AP) course during your high school years is a great move. This can lead you to a bachelor's degree in physics, after which you can specialize in a specific field of engineering for your master's studies, Computer Science included. So, go ahead and embrace the exciting journey of becoming an engineer with a Physics degree. Your future in engineering is bright!
Hemali Virani
data science
1
Answer
Keller, Texas
Updated
Hemali’s Answer
Hello Emily!
Just as many have expressed, the answer is a resounding YES!
There are a variety of routes you can explore. If your goal is to pursue a masters degree, then Engineering in Physics or Space Physics could be excellent choices. However, bear in mind that these are among the most challenging majors to undertake.
In terms of career prospects, you have a wide array of options. You could consider working for industry-leading organizations like NASA, Blue Origin, Lockheed Martin, Raytheon, Northrop Grumman, and many others. If teaching sparks your interest, that's another rewarding path you can pursue.
Moreover, with a degree in Physics, you can explore roles such as data analyst, research scientist, design engineer, and more! It all boils down to what truly captivates your interest.
In my humble opinion, you might want to consider consulting if you're keen on exploring a variety of roles and opportunities before settling on a specific industry!
What industry interests you?
Do you want to get a Master’s Degree and/or PhD?
Do you want to pursue a career in research? Like research professor at a university?
Just as many have expressed, the answer is a resounding YES!
There are a variety of routes you can explore. If your goal is to pursue a masters degree, then Engineering in Physics or Space Physics could be excellent choices. However, bear in mind that these are among the most challenging majors to undertake.
In terms of career prospects, you have a wide array of options. You could consider working for industry-leading organizations like NASA, Blue Origin, Lockheed Martin, Raytheon, Northrop Grumman, and many others. If teaching sparks your interest, that's another rewarding path you can pursue.
Moreover, with a degree in Physics, you can explore roles such as data analyst, research scientist, design engineer, and more! It all boils down to what truly captivates your interest.
In my humble opinion, you might want to consider consulting if you're keen on exploring a variety of roles and opportunities before settling on a specific industry!
Hemali recommends the following next steps:
Ryan Kretz
46
Answers
Irvine, California
Updated
Ryan’s Answer
Yes, it is possible to become an engineer with a physics degree. While engineering and physics are distinct disciplines, there are overlapping areas where the knowledge and skills gained from a physics degree can be applied in an engineering context.
Here are a few pathways to consider:
Pursue a master's degree in engineering: Many universities offer engineering master's programs specifically designed for individuals with non-engineering undergraduate degrees. These programs provide the necessary coursework and training to bridge the gap between physics and engineering, allowing you to gain the specialized knowledge required for engineering work.
Seek out engineering-related internships or work experience: Look for internships or entry-level positions in engineering firms or companies that align with your interests or the specific engineering field you're interested in. Practical experience in an engineering setting will help you develop the necessary skills and demonstrate your ability to apply your physics background to engineering problems.
Acquire additional knowledge and skills: Identify the specific engineering field you wish to enter and focus on acquiring the necessary knowledge and skills through self-study or additional coursework. This might involve learning engineering software tools, taking relevant engineering courses, or pursuing certifications in specific engineering disciplines.
Network with engineers and seek mentorship: Connect with professionals in the engineering field through networking events, industry conferences, and online platforms. Engaging with engineers and seeking mentorship can provide valuable insights, guidance, and potential job leads.
Highlight relevant skills and experiences: When applying for engineering positions, emphasize the transferrable skills and experiences gained through your physics degree. Highlight your problem-solving abilities, analytical thinking, mathematical proficiency, and research skills. Showcase any projects, research, or coursework that demonstrate your ability to apply physics principles to engineering challenges.
While there may be some additional steps and requirements to transition from physics to engineering, it is indeed possible with the right approach and dedication. Remember to research the specific requirements of the engineering field you wish to pursue and leverage your physics background as a strong foundation for your engineering career.
Here are a few pathways to consider:
Pursue a master's degree in engineering: Many universities offer engineering master's programs specifically designed for individuals with non-engineering undergraduate degrees. These programs provide the necessary coursework and training to bridge the gap between physics and engineering, allowing you to gain the specialized knowledge required for engineering work.
Seek out engineering-related internships or work experience: Look for internships or entry-level positions in engineering firms or companies that align with your interests or the specific engineering field you're interested in. Practical experience in an engineering setting will help you develop the necessary skills and demonstrate your ability to apply your physics background to engineering problems.
Acquire additional knowledge and skills: Identify the specific engineering field you wish to enter and focus on acquiring the necessary knowledge and skills through self-study or additional coursework. This might involve learning engineering software tools, taking relevant engineering courses, or pursuing certifications in specific engineering disciplines.
Network with engineers and seek mentorship: Connect with professionals in the engineering field through networking events, industry conferences, and online platforms. Engaging with engineers and seeking mentorship can provide valuable insights, guidance, and potential job leads.
Highlight relevant skills and experiences: When applying for engineering positions, emphasize the transferrable skills and experiences gained through your physics degree. Highlight your problem-solving abilities, analytical thinking, mathematical proficiency, and research skills. Showcase any projects, research, or coursework that demonstrate your ability to apply physics principles to engineering challenges.
While there may be some additional steps and requirements to transition from physics to engineering, it is indeed possible with the right approach and dedication. Remember to research the specific requirements of the engineering field you wish to pursue and leverage your physics background as a strong foundation for your engineering career.
Soheil Negahbani
Managing Director
1
Answer
New York, New York
Updated
Soheil’s Answer
Absolutely! Believe it or not I wish I had double majored in physics and electrical engineering. In my current role I come across engineering situations that my electrical engineering background is not too helpful. I believe if I'd majored in physics I would have an easier time understanding and addressing the issues more effectively. For example, in some projects I have to use CFD (Computational Fluid Dynamics) concepts to simulate some fluid/gas behaviors. Unfortunately, fluid dynamics is not a topic that electrical engineering students spend too much time on. This specific topic is covered in mechanical or aerospace engineering programs. But, then those engineering fields don't cover electrical engineering topics. Yet, physics programs provide a broad cross engineering discipline coverage. A possible path is to go for a BS in Physics, and then chose a specific engineering field for your MS studies.
Physics degree provides a very strong foundation for an engineering career, including strong foundation in core principles like mechanics, electricity, thermodynanmics, etc. Also, the degree fine-tunes your analytical and problem-solving skills - a very important skill for an engineer.
Lastly, if you degree in physics you could find engineering opportunities. I degreed in EE and ended up in the computer and information systems industry.
What ever you choose, just make sure you love and enjoy it. Good luck.
Physics degree provides a very strong foundation for an engineering career, including strong foundation in core principles like mechanics, electricity, thermodynanmics, etc. Also, the degree fine-tunes your analytical and problem-solving skills - a very important skill for an engineer.
Lastly, if you degree in physics you could find engineering opportunities. I degreed in EE and ended up in the computer and information systems industry.
What ever you choose, just make sure you love and enjoy it. Good luck.
Chad Peterson
Civil Engineer
3
Answers
New York, New York
Updated
Chad’s Answer
Hi Emily,
This is a great question, and to add a bit more context to the previous responses... if you are interested in becoming a licensed Professional Engineer in the future, there are a few additional steps and requirements that you will want to consider and plan for. Here is a quick summary detailing some of the important considerations:
Becoming a licensed Professional Engineer (PE) involves a series of steps and demonstrates your competence and ethical standards in the field of engineering. Here are the main steps to becoming a PE:
Education: Obtain a Bachelor's degree in Engineering from a program accredited by the Accreditation Board for Engineering and Technology (ABET). This is a crucial first step towards becoming a licensed engineer.
Fundamentals of Engineering (FE) Exam: After completing your degree, the next step is to pass the Fundamentals of Engineering (FE) exam administered by the National Council of Examiners for Engineering and Surveying (NCEES). The exam covers the basic principles of engineering and serves as a measure of your understanding of these principles.
Engineering Experience: Once you pass the FE exam, you will need to gain professional engineering experience, typically under the supervision of a PE. The experience required may vary by state, but it is typically four years.
Principles and Practice of Engineering (PE) Exam: After gaining sufficient experience, you can then apply to sit for the Principles and Practice of Engineering (PE) exam, which is also administered by the NCEES. The PE exam is more rigorous and focuses on the principles and practices of a specific engineering discipline.
Licensure: After passing the PE exam, you can apply for licensure in your state. The specific requirements may vary, but they usually involve submitting an application, paying a fee, and providing proof of your education, exam results, and professional experience.
Continuing Education: Once licensed, you will need to stay abreast of changes in the field and maintain your skills through continuing education. This is usually required to renew your license.
Remember that the exact process can vary depending on the state or jurisdiction in which you plan to become licensed!
Do a bit of research on these ABET accredited schools/universities to see if there are any that appeal to you!
Look to gain experience under an active PE by reaching out to perform job shadows or externships
This is a great question, and to add a bit more context to the previous responses... if you are interested in becoming a licensed Professional Engineer in the future, there are a few additional steps and requirements that you will want to consider and plan for. Here is a quick summary detailing some of the important considerations:
Becoming a licensed Professional Engineer (PE) involves a series of steps and demonstrates your competence and ethical standards in the field of engineering. Here are the main steps to becoming a PE:
Education: Obtain a Bachelor's degree in Engineering from a program accredited by the Accreditation Board for Engineering and Technology (ABET). This is a crucial first step towards becoming a licensed engineer.
Fundamentals of Engineering (FE) Exam: After completing your degree, the next step is to pass the Fundamentals of Engineering (FE) exam administered by the National Council of Examiners for Engineering and Surveying (NCEES). The exam covers the basic principles of engineering and serves as a measure of your understanding of these principles.
Engineering Experience: Once you pass the FE exam, you will need to gain professional engineering experience, typically under the supervision of a PE. The experience required may vary by state, but it is typically four years.
Principles and Practice of Engineering (PE) Exam: After gaining sufficient experience, you can then apply to sit for the Principles and Practice of Engineering (PE) exam, which is also administered by the NCEES. The PE exam is more rigorous and focuses on the principles and practices of a specific engineering discipline.
Licensure: After passing the PE exam, you can apply for licensure in your state. The specific requirements may vary, but they usually involve submitting an application, paying a fee, and providing proof of your education, exam results, and professional experience.
Continuing Education: Once licensed, you will need to stay abreast of changes in the field and maintain your skills through continuing education. This is usually required to renew your license.
Remember that the exact process can vary depending on the state or jurisdiction in which you plan to become licensed!
Chad recommends the following next steps:
Alexandra Cohen
Recruiter
4
Answers
Virginia Beach, Virginia
Updated
Alexandra’s Answer
Yes you can absolutely apply for engineering positions since engineerings centers around physics.
Angel Gonzalez
Software Developer
2
Answers
San Antonio, Texas
Updated
Angel’s Answer
Hello Emily, you can absolutely become an engineer with a degree in physics. There is a lot of mathematical foundational overlap between engineering and physics degrees. Physics also prepares you for a more robust understanding of theory that can be applied or at the very least understood in many STEM majors. However, in order to get into engineering, you will need to take courses in them for a more application-based approach instead of a theoretical understanding. It will also serve in getting knowledge in a specific area. I would recommend the following.
Find the branch of engineering you are most interested in. (i.e. Electrical, Computation, Aerospace, Nuclear... ) I would recommend talking with other Physics graduate students or Professors about their experiences.
Talk to a Counselor about any programs they may offer that could lead you to your engineering branch of interest. This will also serve you in knowing if this is the right path for you.
Consider a minor in your engineering discipline of interest, or pursue a Master's Degree after your Physics Bachelor's.
Pursue an internship in Engineering.
Consider taking the FE (Fundamentals of Engineering) Exam, also known as the EIT (Engineering in Training) exam.
Angel recommends the following next steps:
Steve Akilan
Software Architecture
4
Answers
Cincinnati, Ohio
Updated
Steve’s Answer
Yes. an undergraduate degree teaches foundational knowledge and the skills needed to learn. As long as you have a good level of interest in the engineering topic, you can pursue it and learn it. I have seen many great engineers in software development with undergraduate degrees in mathematics, biology, music, physics ....etc.
Rakesh Chaitanya Makkapati
7
Answers
St. Louis, MO
Updated
Rakesh Chaitanya’s Answer
Absolutely, you can become an engineer with a physics degree. Physics is a versatile and robust field of study that provides a strong foundation in many principles that are directly applicable to various engineering disciplines. Here’s how a physics degree can lead you into an engineering career:
1. Understanding Fundamental Principles
A physics degree equips you with a deep understanding of the fundamental principles of forces, energy, and motion, which are integral to all branches of engineering. This can be particularly advantageous in fields like mechanical, aerospace, and electrical engineering.
2. Analytical and Problem-Solving Skills
Physics teaches you to think critically and solve complex problems, a skill highly prized in engineering. The ability to analyze data, create models, and synthesize information is crucial for engineering tasks, from design and development to troubleshooting and improvements.
3. Transitioning to Engineering
While a physics degree provides a solid theoretical foundation, you might need to acquire specific practical skills and knowledge related to a particular engineering field. Here are a few pathways you can consider:
Further Education: Many physics graduates choose to pursue a Master’s degree in an engineering discipline to gain specialized knowledge and increase their employability in that field. Programs like “Master of Science in Electrical Engineering” or “Master of Mechanical Engineering” are popular choices.
Certifications and Short Courses: Depending on the engineering field you are interested in, you might consider certifications or short courses to gain practical skills in specific areas (like CAD software for mechanical engineering, or circuit design for electrical engineering).
Entry-Level Positions: Some engineering roles, particularly those that value strong analytical and mathematical skills, may be open to individuals with a physics background. Gaining experience in these roles can help bridge any gaps in practical engineering skills.
4. Industry Demand
Industries such as aerospace, automotive, electronics, and energy often seek out individuals with a strong physics background for their ability to tackle complex, abstract concepts and apply them to real-world applications.
5. Networking and Professional Organizations
Engaging with professional organizations and networks in your desired engineering field can provide valuable connections, resources, and learning opportunities. Joining groups like the Institute of Electrical and Electronics Engineers (IEEE) or the American Society of Mechanical Engineers (ASME) can be beneficial.
6. Leveraging Research and Projects
If you’re still studying, focusing your physics projects and research on areas with direct applications to engineering can make your transition easier. Collaborative projects with engineering departments or internships at engineering firms can also provide practical experience and industry exposure.
Conclusion
Transitioning from physics to engineering is not only possible but can also be highly advantageous due to the rigorous analytical training provided by a physics degree. With additional specialized education, practical training, and networking, a physics graduate can successfully forge a rewarding career in engineering.
1. Understanding Fundamental Principles
A physics degree equips you with a deep understanding of the fundamental principles of forces, energy, and motion, which are integral to all branches of engineering. This can be particularly advantageous in fields like mechanical, aerospace, and electrical engineering.
2. Analytical and Problem-Solving Skills
Physics teaches you to think critically and solve complex problems, a skill highly prized in engineering. The ability to analyze data, create models, and synthesize information is crucial for engineering tasks, from design and development to troubleshooting and improvements.
3. Transitioning to Engineering
While a physics degree provides a solid theoretical foundation, you might need to acquire specific practical skills and knowledge related to a particular engineering field. Here are a few pathways you can consider:
Further Education: Many physics graduates choose to pursue a Master’s degree in an engineering discipline to gain specialized knowledge and increase their employability in that field. Programs like “Master of Science in Electrical Engineering” or “Master of Mechanical Engineering” are popular choices.
Certifications and Short Courses: Depending on the engineering field you are interested in, you might consider certifications or short courses to gain practical skills in specific areas (like CAD software for mechanical engineering, or circuit design for electrical engineering).
Entry-Level Positions: Some engineering roles, particularly those that value strong analytical and mathematical skills, may be open to individuals with a physics background. Gaining experience in these roles can help bridge any gaps in practical engineering skills.
4. Industry Demand
Industries such as aerospace, automotive, electronics, and energy often seek out individuals with a strong physics background for their ability to tackle complex, abstract concepts and apply them to real-world applications.
5. Networking and Professional Organizations
Engaging with professional organizations and networks in your desired engineering field can provide valuable connections, resources, and learning opportunities. Joining groups like the Institute of Electrical and Electronics Engineers (IEEE) or the American Society of Mechanical Engineers (ASME) can be beneficial.
6. Leveraging Research and Projects
If you’re still studying, focusing your physics projects and research on areas with direct applications to engineering can make your transition easier. Collaborative projects with engineering departments or internships at engineering firms can also provide practical experience and industry exposure.
Conclusion
Transitioning from physics to engineering is not only possible but can also be highly advantageous due to the rigorous analytical training provided by a physics degree. With additional specialized education, practical training, and networking, a physics graduate can successfully forge a rewarding career in engineering.
Aparna Sarnu
20
Answers
Updated
Aparna’s Answer
Hello Emily!
Absolutely, you can certainly pursue a career in engineering with a Physics degree under your belt. The type of engineering you're interested in will determine the specific requirements, as they can differ from one field to another.
Don't hesitate to connect with your professor and share your aspirations with them. They are there to guide you and can provide more detailed information tailored to your goals. Keep going, Emily, your engineering dreams are within reach!
Absolutely, you can certainly pursue a career in engineering with a Physics degree under your belt. The type of engineering you're interested in will determine the specific requirements, as they can differ from one field to another.
Don't hesitate to connect with your professor and share your aspirations with them. They are there to guide you and can provide more detailed information tailored to your goals. Keep going, Emily, your engineering dreams are within reach!
Adna Tipura
Tax Consultant
4
Answers
Parker, Colorado
Updated
Adna’s Answer
Hi Emily!
I would advise you to reach out to the following people to get some answers:
- your counselor/ advisor at school
- a local engineer, you can connect with them on LinkedIn
- a professor within the physics department as well as a professor in the engineering department if you there is one
They should be able to better assist you with your question.
I would advise you to reach out to the following people to get some answers:
- your counselor/ advisor at school
- a local engineer, you can connect with them on LinkedIn
- a professor within the physics department as well as a professor in the engineering department if you there is one
They should be able to better assist you with your question.
Victor Vinnedge, CISSP
Cyber Security, Red Team and Pentesting
5
Answers
Albuquerque, New Mexico
Updated
Victor’s Answer
Hello Emily, engineering is a very broad term , and I am not a physics major myself, but I know that physics is involved in nearly every form aerospace, mechanical, electrical engineering and more. I know physic experts have to have a strong mathematical and computational background which is used in data scientist roles and places like google have physic experts in their data analytic models.
I work in cyber security and do some system engineering tasks to augment my role and productivity. If have any questions related to systems architecture or programming I will be happy to answer those questions.
I work in cyber security and do some system engineering tasks to augment my role and productivity. If have any questions related to systems architecture or programming I will be happy to answer those questions.
Rebecca Tang
Banking
1851
Answers
Hong Kong
Updated
Rebecca’s Answer
Thank you for your question. I am glad to hear that you have interest in engineering. There are many different types of engineer, eg electrical & electrical engineer, mechanical engineer, civil engineer, manufacturing engineer, computer engineer, etc. Each has own specific knowledge domain. It is different from Physics.
Below are my suggestions:
1. Find out more on these engineering types and determine what you have interest
2. Speak to the professors and alumni of engineering department
3. Seek guidance from your mentor, school career counselor, your parents, etc.
4. Shortlist 1-2 careers you would like to pursue
5. Explore the process and criteria to change from Physics to Engineering
Hope this helps! Good Luck!
May Almighty God bless you!
Below are my suggestions:
1. Find out more on these engineering types and determine what you have interest
2. Speak to the professors and alumni of engineering department
3. Seek guidance from your mentor, school career counselor, your parents, etc.
4. Shortlist 1-2 careers you would like to pursue
5. Explore the process and criteria to change from Physics to Engineering
Hope this helps! Good Luck!
May Almighty God bless you!
Marialaura Stefani
Consultant
1
Answer
New Orleans, Louisiana
Updated
Marialaura’s Answer
Hi Emily,
Absolutely, you can certainly become an engineer with a degree in physics! Your physics degree has already equipped you with a robust theoretical foundation and sharp analytical skills that are highly valued across various disciplines. However, to tailor your skills specifically for the engineering field you're interested in, some additional studies or hands-on experience might be required.
You could consider enrolling in an engineering course to gain specific knowledge and secure relevant certifications and licences. Alternatively, pursuing a master's degree in engineering could be another great route to explore. Starting with an internship in engineering is also an excellent way to gather practical experience while learning the ropes.
Remember, every step you take is bringing you closer to your dream. Keep going, Emily!
Absolutely, you can certainly become an engineer with a degree in physics! Your physics degree has already equipped you with a robust theoretical foundation and sharp analytical skills that are highly valued across various disciplines. However, to tailor your skills specifically for the engineering field you're interested in, some additional studies or hands-on experience might be required.
You could consider enrolling in an engineering course to gain specific knowledge and secure relevant certifications and licences. Alternatively, pursuing a master's degree in engineering could be another great route to explore. Starting with an internship in engineering is also an excellent way to gather practical experience while learning the ropes.
Remember, every step you take is bringing you closer to your dream. Keep going, Emily!
Andrew Gagliostro
Software Engineering
2
Answers
Verona, New Jersey
Updated
Andrew’s Answer
Hi Emily! It's definitely possible! A physics degree provides a strong foundation in problem-solving and analytical skills, which are the most valuable assets in engineering. Depending on your university, you may be able to select electives or additional coursework/certifications depending on the specific engineering field you're interested in, and many engineers also pursue a master's degree in engineering after their physics bachelor's if that's something you may be interested in!
Ramapriya Ganesan
Data Analyst
5
Answers
Chicago, Illinois
Updated
Ramapriya’s Answer
Absolutely, it can be done! In my Engineering College, we had a few professors who held PhDs in physics, yet they made a significant impact in the field of Electrical and Computer Engineering. They had a solid grasp on physical materials, knowing their boundaries and potential substitutes that could be used in Electronics engineering and semiconductor studies. Plus, they didn't stop there - they broadened their expertise into areas like quantum mechanics and mathematics too!
John Morehouse
Industry Research
3
Answers
Atlanta, Georgia
Updated
John’s Answer
Hi Emily,
Absolutely, as so many other posts have said. I obtained a bachelor's degree in physics and an additional degree in mechanical engineering through a 3-2 program (5 years total = 2 bachelor's degrees). Since I started out in physics, I also had the option to instead get my bachelor's degree in physics and then apply to graduate school to obtain a graduate degree in mechanical engineering. I chose the 3-2 program instead because I wanted more training in the fundamentals of engineering before making the leap to go to graduate school, however, I wanted to mention this as another potential pathway. In my first job, I also worked alongside a colleague who graduated with a bachelor's degree in physics and was hired into our electronics manufacturing company for an engineering role. This is another pathway that you can consider, and there may be several companies that you could identify that do this. Hope this experience is helpful! Best of luck!
Absolutely, as so many other posts have said. I obtained a bachelor's degree in physics and an additional degree in mechanical engineering through a 3-2 program (5 years total = 2 bachelor's degrees). Since I started out in physics, I also had the option to instead get my bachelor's degree in physics and then apply to graduate school to obtain a graduate degree in mechanical engineering. I chose the 3-2 program instead because I wanted more training in the fundamentals of engineering before making the leap to go to graduate school, however, I wanted to mention this as another potential pathway. In my first job, I also worked alongside a colleague who graduated with a bachelor's degree in physics and was hired into our electronics manufacturing company for an engineering role. This is another pathway that you can consider, and there may be several companies that you could identify that do this. Hope this experience is helpful! Best of luck!
Spandana Bhattacharya
Cyber Security Consultant
2
Answers
Seattle, Washington
Updated
Spandana’s Answer
Hello Emily, I want you to know that you can definitely become an engineer even if your degree is in Physics. There's a lot of overlap between Physics and Engineering, and many engineering programs welcome Physics graduates with open arms. You might need to take a few extra classes or earn some additional certifications to make the switch smoother and boost your confidence.
Wish you all the success!
Wish you all the success!
Amlan Sarkar
Senior Manager
9
Answers
Irving, Texas
Updated
Amlan’s Answer
Yes, it is indeed possible to become an engineer with a physics degree. Many of the foundational skills and knowledge acquired in a physics program are applicable and highly valuable in various fields of engineering. Here’s how you can transition from a physics degree to a career in engineering:
1. Identify Your Engineering Interest
Fields of Engineering: Determine which field of engineering interests you the most. Physics graduates often gravitate towards fields like mechanical, electrical, aerospace, or civil engineering due to the overlap in required scientific and mathematical knowledge.
Research Roles: Look into specific roles within these fields to understand the qualifications and skills needed.
2. Supplement Your Education
Additional Courses: Depending on the engineering field you choose, you might need to take additional courses in areas such as computer-aided design (CAD), engineering ethics, or specific engineering applications of physics.
Postgraduate Degree: Consider pursuing a Master’s degree in engineering. Some programs are designed specifically for students transitioning from science to engineering.
3. Gain Practical Experience
Internships and Co-ops: These are excellent ways to gain relevant experience and make your resume more appealing to engineering employers.
Projects and Competitions: Participate in engineering projects or competitions, which can provide hands-on experience and demonstrate your engineering capabilities.
4. Obtain Certifications
Professional Engineer (PE): In some engineering fields, becoming a licensed Professional Engineer (PE) may be beneficial or required. This typically involves passing the Fundamentals of Engineering (FE) exam, gaining a certain amount of work experience, and then passing the PE exam.
Specialized Certifications: Depending on your field, other certifications might be relevant and can enhance your qualifications.
5. Networking and Professional Associations
Join Professional Groups: Associations such as the American Society of Mechanical Engineers (ASME), Institute of Electrical and Electronics Engineers (IEEE), or other relevant bodies can provide networking opportunities, resources, and professional development.
Mentorship: Connect with professionals in the field who can provide guidance, advice, and insights about transitioning into engineering.
6. Leverage Your Physics Background
Problem-Solving Skills: Emphasize your strong analytical and problem-solving skills, which are crucial in both physics and engineering.
Technical Skills: Highlight any technical skills, such as programming or the use of scientific tools, that are applicable to engineering tasks.
7. Prepare for the Job Market
Update Your Resume: Tailor your resume to highlight the most relevant skills and experiences that align with engineering job descriptions.
Prepare for Interviews: Be ready to discuss how your background in physics makes you a unique candidate for engineering roles.
By following these steps, you can effectively transition from a physics degree to a successful career in engineering, leveraging your strong analytical and problem-solving skills to excel in your new field.
1. Identify Your Engineering Interest
Fields of Engineering: Determine which field of engineering interests you the most. Physics graduates often gravitate towards fields like mechanical, electrical, aerospace, or civil engineering due to the overlap in required scientific and mathematical knowledge.
Research Roles: Look into specific roles within these fields to understand the qualifications and skills needed.
2. Supplement Your Education
Additional Courses: Depending on the engineering field you choose, you might need to take additional courses in areas such as computer-aided design (CAD), engineering ethics, or specific engineering applications of physics.
Postgraduate Degree: Consider pursuing a Master’s degree in engineering. Some programs are designed specifically for students transitioning from science to engineering.
3. Gain Practical Experience
Internships and Co-ops: These are excellent ways to gain relevant experience and make your resume more appealing to engineering employers.
Projects and Competitions: Participate in engineering projects or competitions, which can provide hands-on experience and demonstrate your engineering capabilities.
4. Obtain Certifications
Professional Engineer (PE): In some engineering fields, becoming a licensed Professional Engineer (PE) may be beneficial or required. This typically involves passing the Fundamentals of Engineering (FE) exam, gaining a certain amount of work experience, and then passing the PE exam.
Specialized Certifications: Depending on your field, other certifications might be relevant and can enhance your qualifications.
5. Networking and Professional Associations
Join Professional Groups: Associations such as the American Society of Mechanical Engineers (ASME), Institute of Electrical and Electronics Engineers (IEEE), or other relevant bodies can provide networking opportunities, resources, and professional development.
Mentorship: Connect with professionals in the field who can provide guidance, advice, and insights about transitioning into engineering.
6. Leverage Your Physics Background
Problem-Solving Skills: Emphasize your strong analytical and problem-solving skills, which are crucial in both physics and engineering.
Technical Skills: Highlight any technical skills, such as programming or the use of scientific tools, that are applicable to engineering tasks.
7. Prepare for the Job Market
Update Your Resume: Tailor your resume to highlight the most relevant skills and experiences that align with engineering job descriptions.
Prepare for Interviews: Be ready to discuss how your background in physics makes you a unique candidate for engineering roles.
By following these steps, you can effectively transition from a physics degree to a successful career in engineering, leveraging your strong analytical and problem-solving skills to excel in your new field.
Nizar Elkhatib
SAP System Administration
10
Answers
Bolingbrook, Illinois
Updated
Nizar’s Answer
Definitely you can get a degree in engineering. Since you have a degree in physics then you took courses in physics and math, and advanced math (like differential equations, and maybe partial differential equations) all these courses will take you to higher courses in engineering depending on what field of engineering you want to go to like Static and dynamic for mechanical engineering or electric circuits for electrical etc. Look for a college that will accept most of your courses and compare the rate of the engineering schools from there decide on a school.
Good luck in your career.
Good luck in your career.