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First, some facts. Of the Engineering Physics graduates we've analyzed , here's how many have used (or NOT used) their degree in their career:
These are estimates based on AI analysis of 106 LinkedIn profiles (see below).
The verdict? Above average. Overall, with an average relevance score of 77%, Engineering Physics graduates have a higher likelihood (+10%) of finding work in this field compared to the average graduate across all fields:
And for comparison, here's the chart for all profiles we've looked at across all degrees.
Also, after graduating, 49% of these graduates have pursued further education other than another Bachelor's degree (such as a Masters degree or other), compared to the average across all profiles of 35%. This suggests you may need more than just a Bachelors degree to be competitive as a Engineering Physics graduate.
See the details:
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Relevance score: 100% We think this person has gone into a career highly relevant to their degree.
DEGREE INFOGraduated in 2020 from Tufts University with a Bachelor of Science - BS in Engineering Physics. Also pursued further education since (see below). JOB HISTORY SINCE GRADUATIONSystem Engineer Raytheon Technologies Aug 2020 - Jul 2022 Graduate Research Assistant Northeastern University Jun 2023 - Present FURTHER DEGREES DONE SINCE GRADUATINGMaster of Science - MSNortheastern University 2022 - 2024 ABOUTAs a lifelong learner, I have always been driven by my curiosity to explore new ideas. This has led me to constantly seek out new challenges and opportunities. |
The top 10 most common jobs done by the graduates we've analyzed (ranked most common to least) are:
When analyzing the job outcomes of individuals who graduated with a degree in Engineering Physics, a clear pattern emerges regarding the types of careers they pursue and their relevance to the field. Many graduates find themselves in technical roles that require varying levels of application of their engineering physics knowledge, but a significant portion also ends up in positions that have little to do with their degree specifics. This shows a mix of both closely aligned positions and those more tangentially related or entirely separate from engineering physics.
From the profiles reviewed, several common job types stand out. Engineering and technical roles, such as Development Engineer, Systems Engineer, and Research Assistant, are frequently reported, often relating directly to the principles learned in engineering physics programs. These roles, especially those involving research or product development, seem to maintain a strong connection to the core curriculum, making them very relevant to the degree. On the flip side, many graduates have taken positions like IT Analyst, Software Engineer, or quality control roles that may utilize a broad skill set acquired during their education, which might include analytical problem-solving but doesn’t necessarily hinge on engineering physics principles. Moreover, instances of transitioning into unrelated fields, such as account management or consulting roles, illustrate how versatile an engineering physics degree can be.
Overall, while a good number of engineering physics graduates embark on careers that align well with their studies, there remains a notable trend where many find themselves in roles that do not fully engage with the technical, analytical, or physics-related skills they developed during their education. This divergence suggests that while the degree provides a solid foundation for various careers, the relevance of those careers to engineering physics itself can vary significantly. Many jobs leverage analytical and problem-solving skills but may not utilize core physics knowledge regularly, leading to a mixed landscape of applicability for engineering physics graduates.
Here is a visual representation of the most common words in job titles for Engineering Physics graduates:
When looking at the career trajectories of people who have graduated with a degree in Engineering Physics, it’s clear there’s a mix of paths, but many seem to start with solid jobs in engineering or related fields. Right after graduation, a lot of these folks tend to land jobs that directly align with their studies. For example, many begin as engineers or in technical roles, like research assistants, process engineers, and systems engineers. This generally shows that many graduates are utilizing their knowledge in practical applications, be it in manufacturing, IT, or research.
Fast forward five or ten years, and the trajectory can vary a bit more. Some have continued up the corporate ladder and taken on leadership roles or specialized technical positions, which is promising. Others may have transitioned into roles that don’t necessarily reflect their engineering background or seem a bit less relevant, like project managers or educators. While this isn't inherently bad, it does suggest that not everyone is sticking to the technical path they might have envisioned. There are also instances of graduates moving from engineering into management or consulting positions, which may not directly tie to Engineering Physics but can still offer fulfilling careers. So, while many are finding good opportunities and advancing in their fields, some are taking a more circuitous route that doesn’t fully leverage their engineering education.
In all honesty, the career paths for Engineering Physics graduates seem relatively successful when it comes to landing initial jobs that resonate with their degree. However, as they progress further into their careers, the connection to engineering can weaken for some, leading them into roles that may not directly reflect their academic training. Overall, it appears that while a significant number are securing strong, relevant roles, there's also a notable proportion drifting into other areas, which may raise questions about the alignment between their education and career trajectory.
Getting a Bachelor's degree in Engineering Physics can definitely be on the challenging side, so you should be prepared for some tough coursework. You'll be diving deep into both physics and engineering principles, which means you'll encounter a lot of complex math, problem-solving, and critical thinking. It's not just about memorizing facts; you really have to understand the concepts and how to apply them. While some might find the blend of physics and engineering exciting, others might find it a bit intimidating. If you’re passionate about the subjects and willing to put in the effort, it can be really rewarding, but overall, it's generally considered harder than the average degree.
Most commonly, in the LinkedIn profiles we've looked at, it takes people 4 years to finish a Bachelor degree in Engineering Physics.
Looking at these engineering physics graduates, it seems like many of them are doing pretty well in their careers. Several have landed jobs with well-known companies like Lockheed Martin, Boeing, and Capital One, which typically offer competitive salaries and benefits. For instance, graduates from renowned schools like the Indian Institute of Technology and University of Colorado are likely to command higher starting salaries, especially if they have internships or research experience under their belts. Overall, while not all individuals may be pulling in six-figure salaries right away, most seem to be on a solid path to earn a decent income over time.
On the flip side, there are a handful of graduates who seem to have taken longer routes or have roles that might not be as lucrative, like teaching or various technician positions. For example, someone working part-time as a waiter alongside their studies might not be earning as much as their peers in engineering roles. However, with the demand for engineering skills continuing to rise, many of these graduates will likely see their earnings increase as they gain more experience and advance in their careers. All in all, the trend looks promising for most of them!
Here is a visual representation of the most common words seen in the "about" section of LinkedIn profiles who have a Bachelor degree in Engineering Physics. This may or may not be useful:
