What can a mechanical engineer do for a tech company?

career advice careers College mechanical engineering tech industry
By Sammy

The tech industry is seen as an attractive field. The good pay, flexible working hours, and stable job market all make landing a career in the tech job market tempting. But what if you have no background in computer science? What if your strongest skills lie in thermodynamics, heat transfer, mechanics of materials, and fluid mechanics?

In this blog, we will go over what a mechanical engineer can do in the tech industry. 

Many of the tech giants such as Google, Apple, Microsoft, and Meta have large teams that perform hardware design, in which mechanical engineers play a key role. For instance, mechanical engineers are responsible for ensuring the thermal reliability of integrated circuits. This includes simulation, analysis, and design of cooling schemes to dissipate heat, which requires expertise in thermodynamics and heat transfer. Such roles may also involve experimental work, such as the design of thermal tests to assess the efficacy of cooling solutions. The product design of electrical components is no different than traditional product design in that mechanical engineers are also responsible for creating design prototypes using CAD. Testing these prototypes involves applying knowledge in the mechanics of solids and fluids, where finite element and multi-physics simulations are commonly used to assess product reliability and optimize performance. Whether you are working on the reliability of an iPhone or a single computer chip, the equations governing mechanical behavior are the same, making the knowledge you learned in your mechanics of solids courses versatile. Outside product design, mechanical engineers are also employed in manufacturing and quality control of products.   

For the past three years, I have been involved in the quality control of semiconductor devices. I perform stress and fracture analysis to ensure the devices have controlled warpages and are safe to use in products. Remarkably, doing well at the job requires no knowledge of a semiconductor device. The principles you learn in your mechanical engineering courses are general and can be applied to many systems. Don’t be afraid to look for jobs outside traditional mechanical engineering roles. 

Sammy is a 5th year PhD student at Harvard, where he is working on semiconductor reliability. He is passionate about education. He has helped teach multiple courses at Harvard and has mentored many high school students on research projects.

Comments

topicTopics
academics study skills MCAT medical school admissions SAT college admissions expository writing English MD/PhD admissions strategy writing LSAT GMAT physics GRE chemistry biology math graduate admissions academic advice ACT interview prep law school admissions test anxiety language learning career advice premed MBA admissions personal statements homework help AP exams creative writing MD test prep study schedules computer science Common Application summer activities mathematics history philosophy organic chemistry secondary applications economics supplements research 1L PSAT admissions coaching grammar law psychology statistics & probability legal studies ESL dental admissions CARS SSAT covid-19 logic games reading comprehension engineering USMLE calculus mentorship PhD admissions Spanish parents Latin biochemistry case coaching verbal reasoning DAT English literature STEM excel medical school political science skills AMCAS French Linguistics MBA coursework Tutoring Approaches academic integrity admissions advice astrophysics chinese gap year genetics letters of recommendation mechanical engineering Anki DO Social Advocacy algebra art history artificial intelligence business careers cell biology classics dental school diversity statement geometry kinematics linear algebra mental health presentations quantitative reasoning study abroad tech industry technical interviews time management work and activities 2L DMD IB exams ISEE MD/PhD programs Sentence Correction adjusting to college algorithms amino acids analysis essay athletics business skills cold emails data science finance first generation student functions graphing information sessions international students internships logic networking poetry proofs resume revising science social sciences software engineering trigonometry units writer's block 3L AAMC Academic Interest EMT FlexMed Fourier Series Greek Health Professional Shortage Area Italian Lagrange multipliers London MD vs PhD MMI Montessori National Health Service Corps Pythagorean Theorem Python Shakespeare Step 2 TMDSAS Taylor Series Truss Analysis Zoom acids and bases active learning architecture argumentative writing art art and design schools art portfolios bacteriology bibliographies biomedicine brain teaser campus visits cantonese capacitors capital markets central limit theorem centrifugal force chemical engineering chess chromatography class participation climate change clinical experience community service constitutional law consulting cover letters curriculum dementia demonstrated interest dimensional analysis distance learning econometrics electric engineering electricity and magnetism escape velocity evolution executive function fellowships freewriting genomics harmonics health policy history of medicine history of science hybrid vehicles hydrophobic effect ideal gas law immunology induction infinite institutional actions integrated reasoning intermolecular forces intern investing investment banking lab reports linear maps mandarin chinese matrices mba medical physics meiosis microeconomics mitosis mnemonics music music theory nervous system neurology neuroscience

Related Content