North Carolina State University

What you'll study

The BSc in Mechanical Engineering provides a foundation in mechanics, materials, thermodynamics, fluid dynamics, and system design, combined with laboratory work and project-based design experience. The curriculum balances theoretical coursework with practicum opportunities so students learn analysis, modelling, and physical prototyping.

• Core engineering science: statics and dynamics, mechanics of materials, heat transfer, thermodynamics, and fluid mechanics.
• Mathematics and computation: calculus, differential equations, linear algebra, numerical methods and engineering computation using industry-standard tools.
• Design and laboratory work: machine design, mechanical systems design, solid mechanics labs, instrumentation, and multi‑disciplinary capstone design projects.
• Manufacturing and materials: materials science, manufacturing processes, CAD/CAM, additive manufacturing and experimental characterisation.
• Systems and controls: dynamics and control systems, mechatronics, sensors and embedded systems for physical product development.
• Electives and specialisation: students can take electives in areas such as aerospace engineering, biomechanics, robotics, energy systems, computational mechanics, or automotive engineering to tailor the degree toward career goals.
• Hands-on opportunities: maker spaces, student design teams, research projects with faculty, and laboratory courses emphasise prototyping, testing and teamwork.

Entry requirements

Admission to the undergraduate engineering programme requires a completed secondary school qualification (or equivalent) with a strong emphasis on mathematics and physical sciences. Applicants are evaluated on academic preparation, coursework, and overall profile.

• Academic preparation: coursework in advanced mathematics (calculus where available), physics, and chemistry is expected. Performance in STEM subjects is an important factor.
• Standardised testing: applicants should consult the university for current policies on standardised tests; strong quantitative scores can strengthen an application where required or submitted.
• International applicants: equivalent secondary credentials are considered; proof of English language proficiency is typically required if English is not the applicant's first language.
• Additional materials: personal statements, recommendation letters, and evidence of extracurricular involvement in technical activities (robotics clubs, internships, competitions, research) are helpful to demonstrate fit for the programme.

Career prospects

Graduates with a mechanical engineering degree from North Carolina State enter a wide range of technical and professional roles across industry, government and academia. The degree prepares students for both immediate entry into engineering practice and for further graduate study.

• Industry roles: mechanical design engineer, manufacturing/process engineer, systems engineer, test and validation engineer, and product development engineer.
• Sector opportunities: energy and power generation, automotive and transportation, aerospace and defence, biomedical and medical devices, robotics and automation, and consumer products.
• Advanced paths: many graduates pursue graduate degrees (MS/PhD) in specialised areas, or professional engineering licensure (PE) after gaining experience.
• Transferable careers: roles in project management, technical sales, consulting, and technology entrepreneurship are common trajectories for mechanically trained graduates.

Why study at North Carolina State University

North Carolina State University offers engineering education within a research-intensive environment that emphasises applied learning and industry engagement. The College of Engineering provides access to research labs, fabrication facilities and interdisciplinary centres that connect teaching with real-world problems.

• Hands-on facilities: students can use advanced laboratories, prototyping workshops and shared maker spaces to build and test designs.
• Industry connections: proximity to Research Triangle Park and strong partnerships with regional and national companies create internship and employment pathways.
• Design and research opportunities: student design teams, capstone projects and faculty-led research give undergraduates experiential learning and portfolio-building experiences.
• Supportive ecosystem: academic advising, career services, and engineering student organisations help with professional development and networking.