Ready to launch your career in mechanical engineering? Learn about possible career paths and how to land a job in this field.
![[Featured image] A mechanical engineering student works on a project in a lab.](https://d3njjcbhbojbot.cloudfront.net/api/utilities/v1/imageproxy/https://images.ctfassets.net/wp1lcwdav1p1/6dc3KgVGYQFDcwjHVvCjpp/fafc68597324ca8277ba1eb933ac3f1e/iStock-625895720.jpg?w=1500&h=680&q=60&fit=fill&f=faces&fm=jpg&fl=progressive&auto=format%2Ccompress&dpr=1&w=1000)
Mechanical engineers design mechanical devices, mechanical systems, machines, and tools. This discipline spans many industries, including automobiles, heating and cooling systems, health care devices, and robotics.
Mechanical engineers are professionals who design, build, and test mechanical systems and machines.
Becoming a mechanical engineer typically requires a bachelor’s degree, experience with computer-aided design software, and a professional license.
Mechanical engineering jobs are expected to grow by 9% per year from 2024-2034, according to the US Bureau of Labor Statistics (BLS). [1]
To begin your mechanical engineering education, consider the Introduction to Engineering Mechanics program.
Mechanical engineers work on everything from research, design, and development to building and testing. As a mechanical engineer, your day-to-day tasks might include:
Analyzing problems to identify mechanical solutions
Designing and redesigning devices, systems, and subsystems with the help of computer-aided design and analysis
Developing and testing device prototypes and using the results to improve the mechanical design
Leading the device manufacturing process
Improving maintainability and reliability to reduce downtime of systems and equipment
Researching and meeting with stakeholders to understand needs, requirements, and expectations
Mechanical engineers are highly skilled professionals. These steps can help you land a job as a mechanical engineer.
Mechanical engineers typically need to have at least a bachelor’s degree in mechanical engineering. Coursework includes life sciences, mathematics, physical sciences, engineering, and design. Another major to consider is mechanical engineering technology, which focuses on applying engineering principles in practical fields.
Later, if you decide you want to go into a more specialized area of the field, like robots or automotive technology, you'll need to get a master's degree. If you have an interest in teaching or research, you should pursue a doctorate degree.
You'll be using computers regularly as a mechanical engineer, so it makes sense to gain proficiency in relevant areas of IT and computer science. Having strong tech skills will be particularly useful down the road if you're working on integrating sensors into machinery or using technology to analyze designs or run simulations. Build a strong foundation in technology with Applied Data Science with Python or Computer-Aided Design and Manufacturing Specializations.
If you want to be more independent or achieve higher leadership levels, consider getting licensed in your state. To do so, you’ll need to have a set number of years of relevant work experience and pass a licensure exam. Start gaining valuable experience with internships, boot camps, and entry-level jobs.
Although you typically don't need a license or certification for entry-level jobs, you will likely need one or more for high-level mechanical engineering jobs. Examples include a Professional Engineer (PE) license, manufacturing engineering certification, and certified systems engineering professional credential.
Communication is key, and employers look for candidates who are capable of explaining their designs and concepts to colleagues and clients who may not be familiar with mechanical engineering terms or systems. You also might be tasked with writing reports, so you'll need to be proficient in written communication too. Other skills you’ll likely need include excellent organization, time management, problem-solving, and attention to detail.
Write a resume that highlights the skills that are most relevant to each engineering job you apply for. Highlight relevant work experiences and education as well. Be sure to craft a resume that's rich in keywords and industry-specific phrases, which will help your resume make it past automated systems.
Going to your first interview doesn't have to be nerve-wracking. Go over some common interview questions ahead of time to build confidence so you can go into an interview feeling prepared. Although every interviewer has their own style, these are a few questions you’re likely to encounter:
General questions to get a sense of your background and expertise, including questions about the first thing you designed or how you'd explain complicated designs to people without an engineering background
Behavioral questions designed to get a sense of how you work, which might include questions about mistakes you’ve made in the past or examples of situations in which you had to provide data to support an important decision
Technical questions geared toward your discipline or the specialty required by the job, with possible questions about cold drawing processes or the purpose of heat treatment
Your alma mater, mechanical engineering societies, and networking events can all be potential sources to lead you to your next great job. Stay connected and actively seek out new connections to extend your network. Additionally, it’s important to continue learning even after you get a job so that you can remain on top of the newest technologies and techniques.
How much do mechanical engineers make?
In 2024, the median annual salary for a mechanical engineer in the United States is $102,320, according to the US Bureau of Labor Statistics (BLS) [1]. Those working in the field of scientific research and development tend to earn at the higher end of the scale.
The BLS also projects faster-than-average job growth for mechanical engineers 2024-2034, with 293,100 job openings projected annually.
Explore different kinds of engineering and the career paths that lead to them with these free resources:
Read about engineering degrees: Is an Engineering Degree Worth It?
Learn about career paths: Engineering Career Path Planning: Jobs, Salaries, Skills
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Mechanical engineers are the innovators who design, analyze, manufacture, and maintain mechanical systems and thermal devices across industries. They apply core principles like mechanics, thermodynamics, and robotics to everything from small components to massive machines, bringing physical products to life.
Yes, mechanical engineering is a high-earning field, offering salaries significantly above the national average. While pay varies by industry and specialization, the median annual wage for mechanical engineers is robust, with the top earners reaching six figures.
While the best job depends on individual passion and career goals. Roles in computer hardware, petroleum, and aerospace engineering often rank highest in median pay. The most rewarding path may involve blending core engineering fundamentals with high-growth specializations like robotics, AI, or renewable energy.
Mechanical engineering is a broad field, but four key types of specialization include design and analysis (using CAD and simulation tools), thermal and fluid sciences (working with heat transfer and fluid dynamics), manufacturing and materials (focusing on production processes and material properties), and cechatronics and control (combining mechanical, electrical, and computer engineering for robotics and automation).
US Bureau of Labor Statistics. “Mechanical Engineers, https://www.bls.gov/ooh/architecture-and-engineering/mechanical-engineers.htm." Accessed January 30, 2026.
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