Best Entry-Level Mechanical Engineer Careers

Are you considering a career in mechanical engineering? It’s a field that offers not only job security but also diverse opportunities across various industries. Whether you're designing new technologies or working to improve existing systems, mechanical engineering is a path full of innovation and challenges. But what does it take to get started, and which careers are ideal for new engineers? Let’s explore some of the best entry-level roles in this exciting field.

What are the entry-level requirements for mechanical engineers?

The typical entry-level requirement for most mechanical engineers is a bachelor’s degree in mechanical engineering or a related field. This degree covers essential subjects like thermodynamics, fluid mechanics, and materials science, which provide the foundation for solving real-world engineering problems. Accredited programs often include hands-on experience through labs and internships, helping students apply theoretical knowledge in practical settings. In some cases, like in the United States, passing the Fundamentals of Engineering (FE) exam or a similar examination can enhance job prospects, marking the first step toward becoming a licensed Professional Engineer (PE).

Additionally, soft skills are increasingly important. Employers look for candidates who can communicate effectively, both in writing and verbally, and collaborate well in team environments. The ability to explain complex designs to non-engineers and write technical reports is just as critical as proficiency in computer-aided design (CAD) software and analytical tools. For those seeking to stand out, building a portfolio of academic projects or internships can showcase hands-on problem-solving skills, which are invaluable to potential employers.

How do I get my first job as a mechanical engineer?

Landing your first job as a mechanical engineer involves a combination of education, networking, and preparation. Start by building a strong resume that highlights relevant coursework, internships, and any hands-on projects. Tailoring your resume to each job posting by using keywords and industry-specific terms can help you pass automated tracking systems (ATS) that filter applications. Another crucial step is to practice answering common interview questions, such as how you’d explain a complex design to someone without an engineering background or examples of problem-solving under pressure.

Networking can also open doors. Connect with classmates, professors, and professional organizations like the American Society of Mechanical Engineers (ASME). Attend job fairs, join engineering forums, and participate in networking events to expand your connections. Building relationships with industry professionals can provide valuable insights and referrals. Lastly, consider applying for internships or co-op programs, as these often lead to full-time opportunities and give you practical experience that makes you a more competitive candidate.

Is mechanical engineering a 9 to 5 job?

While mechanical engineering jobs often follow a typical 9-to-5 schedule, the nature of the role can vary significantly based on the industry and company. For example, if you work in manufacturing or construction, you may need to be available during off-hours or weekends, especially if projects require urgent problem-solving or system maintenance. Engineers in design or research roles, such as those working for consulting firms or tech startups, often have more flexibility in their schedules but may still face tight deadlines that require longer work hours.

Ultimately, mechanical engineering is a field that demands a balance between office work, which includes designing, reporting, and collaborating with teams, and on-site work, such as overseeing installations or testing prototypes. Some jobs may offer a more traditional 9-to-5 structure, while others, especially those involved in project-based work, can require extended hours. Flexibility and adaptability are key traits in managing the varied demands of mechanical engineering.

Are mechanical engineers still in demand?

Yes, mechanical engineers continue to be in high demand, especially in dynamic industries such as Alternative Proteins. The Alternative Protein sector, which includes cultivated meat, fish and dairy products as well as plant-based and fermentation-derived alternatives, is growing rapidly as companies seek to address global food sustainability challenges. This industry requires not only biologists and chemists but also mechanical engineers to design and optimize the machinery and systems needed for large-scale production.

For instance, cultivated meat production involves complex bioreactors and cell-culture techniques, areas where mechanical engineers can play a pivotal role. Engineers are needed to design efficient systems for cell growth, ensure scalable production processes, and improve cost-effectiveness through innovation in equipment and automation. Mechanical engineers are essential to making this emerging industry more sustainable and affordable, making it an attractive area for engineers passionate about both technology and impact-driven work.

Want to know where mechanical engineers earn the most?

If you're curious about salary potential as your career progresses, check out our guide to the highest paid mechanical engineering roles. From aerospace to food tech, you’ll find which industries and roles offer the biggest paychecks.

Why mechanical engineering is still in demand in 2025

In 2025, mechanical engineering remains one of the most in-demand engineering disciplines due to its versatility and relevance across industries. As technology evolves, the need for engineers who can design, test, and improve mechanical systems continues to grow. Fields like renewable energy, robotics, electric vehicles, aerospace, and sustainable food production (including Alternative Proteins) are actively hiring mechanical engineers to drive innovation and efficiency.

Additionally, the global push for automation, sustainable manufacturing, and advanced production systems is creating new roles that require a solid foundation in mechanical engineering principles. From designing high-efficiency bioreactors for cultivated meat to optimizing HVAC systems for smart buildings, mechanical engineers are at the forefront of solving complex, real-world challenges — and that demand is only increasing.

Be part of the change

Mechanical engineering offers a wealth of opportunities for entry-level professionals, from traditional manufacturing roles to cutting-edge industries like Alternative Proteins. As a beginner, it's important to focus on building a strong educational foundation, sharpening your communication skills, and leveraging networks to find the right role.

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Want to know what concrete jobs for mechanical engineers in Alt. Proteins look like? Take a look at just some of the numerous jobs for mechanical engineering professionals on our job board: