Education Levels
As of 2023, 81.7% of all mechanical engineering workers in the United States had obtained a bachelor’s degree or higher (Hidalgo et al.). A 2014 study determined that engineering jobs have the highest percentage of jobs that require at least a bachelor’s degree (Abel et al. 6). Without a bachelor’s degree, workers will often find themselves limited to positions as technicians or drafters who aid engineers in designing, developing, and testing. The tasks performed in these positions tend to be smaller in scope than those held by engineers and the pay difference is substantial, with median annual wages of $66,390 for drafters, mechanical engineering technologists and technicians compared to $102,320 for mechanical engineers ("Drafters”, “Mechanical Engineering Technologists and Technicians.”, “Mechanical Engineers”).
A study examining engineering job advertisements determined that positions requiring a master’s degree have a median starting salary that is $7,000 higher than those requiring bachelor’s degrees (Fleming et al. 261). For positions requiring a PhD, the median salary was $21,500 higher than that of positions requiring a bachelor’s degree; these differences are noted in Figure. This study also noticed that with higher degrees of education requirements, employers were most often looking for system analysis skills as well as proficiency in software like Python and MATLAB, suggesting that these positions are often specializations or managerial in nature.
Figure 1 Median annual starting salaries by education level
Figure 2 Mechanical Engineering Scope “Mechanical Engineering Subjects - Ignite Your Passion for Innovation” Shiv Nadar University, 2026, snu.edu.in/blogs/mechanical-engineering-subjects-fuel-your-passion-for-mechanics/
Electives and Internships
Similar to the workforce, a mechanical engineering bachelor’s degree varies heavily depending on what courses are taken and discipline it is related to. When choosing a discipline, it is helpful to prioritize electives that align with personal interests and coincide with market needs to be successful in finding a fitting career path. Students looking to pursue a career in aerospace may take electives like Aerospace Systems Design or Flight Dynamics and Control, while students looking to pursue a managerial career may opt for Strategic Thinking and Decision-Making or Management of Human Resources (“ME Electives and Technical Electives”). Outside of the classroom, internships and co-ops are rated as the highest influence upon graduating mechanical engineers (McClain et al. 1625). These internships are often the first real-world experiences students get, and as Magarian & Seering found, students that have a positive engineering internship experience are over twice as likely to expect to work in engineering after graduating (“From Engineering School to Careers: An Examination of Occupational Intentions of Mechanical Engineering Students” 186).
Creativity
While creativity is an incredibly important asset to mechanical engineering work, studies show that engineering curriculums are often lacking in fostering creativity (Fleming et al. 253, McClain et al. 1620). McClain et al. goes so far as to state that “first-year engineering students with high creative self-efficacy have been shown to be more likely to leave engineering”. A further study shows that students that are satisfied with creative opportunities in engineering jobs are 21.8% more likely to expect to work in engineering (“From Engineering School to Careers: An Examination of Occupational Intentions of Mechanical Engineering Students” 187). These findings support the notion that students who are properly creatively challenged are more likely to succeed in an engineering environment.
Fig. 3 Creativity by Sile Cleary “Creativity vs. Productivity: How to Find the Balance.” Teamwork.com, (2026) www.teamwork.com/blog/balance-creativity-and-productivity/
Fig. 4 ABET Accreditation, Grove City College, (2026), www.gcc.edu/Home/Academics/Accreditations-Affiliations/ABET-Accreditation.
ABET Accreditation
ABET accreditation is a standard by which universities are held to ensure their programs stand up to professional standards. ABET accreditation is important for mechanical engineering degrees, as some employers require applicants to have a degree from an accredited program, and many employers use this accreditation as a first line of screening during the hiring process (“Why ABET Accreditation Matters”). It also opens the opportunity to work internationally, as ABET is recognized worldwide.
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