Virginia Commonwealth University

What you'll study

The curriculum combines a rigorous foundation in mathematics and basic sciences with progressive engineering coursework and practical laboratory experience. Early years focus on calculus, differential equations, physics, chemistry and introductory engineering principles. Core mechanical engineering subjects typically include:

• Statics and dynamics — analysis of forces, motion and rigid-body mechanics
• Mechanics of materials — stress, strain and material behaviour
• Thermodynamics and heat transfer — energy systems, cycles and conduction/convection principles
• Fluid mechanics — incompressible and compressible flow fundamentals
• Mechanical design and CAD — machine elements, engineering drawing and computer-aided design
• Control systems and instrumentation — feedback control, sensors and actuators
• Manufacturing and materials processing — production methods, machining, additive manufacturing and materials selection
• Laboratory and experimental methods — hands-on lab courses that reinforce theoretical material and develop measurement skills
• Capstone design project — team-based, industry- or faculty-sponsored project that integrates design, analysis and testing

Students also complete humanities and social science general-education requirements and may choose technical electives or minors in areas such as biomedical engineering, robotics, aerospace, energy systems, or entrepreneurship. Opportunities exist for undergraduate research, internships or cooperative education placements with regional industry and medical partners.

Entry requirements

Applicants should hold a secondary-school diploma or equivalent with a strong preparation in mathematics and science. Recommended academic preparation includes:

• High school or college-level calculus (or evidence of readiness for calculus)
• High school physics and chemistry
• Strong performance in mathematics courses (algebra, precalculus, calculus)

Admission to the programme is based on academic record and preparation in STEM subjects. International applicants must demonstrate English proficiency and provide evaluated transcripts in accordance with university requirements. Transfer students are evaluated on completed college-level coursework; common transfer credit includes calculus, physics and introductory engineering courses. Prospective students are encouraged to consult the VCU admissions pages for current application procedures and documentation requirements.

Career prospects

Graduates with a mechanical engineering degree from VCU move into a broad range of roles across many sectors. Typical career paths include:

• Design and development engineer in automotive, aerospace, consumer products and industrial machinery
• Manufacturing and process engineer focusing on production, quality and optimisation
• Energy and sustainability roles in power generation, HVAC and renewable energy systems
• Robotics, mechatronics and control systems engineering
• Biomedical device and medical technology development — leveraging VCU’s medical and research ecosystem
• Consulting, project engineering and technical sales
• Graduate study and research leading to advanced engineering, academic or specialised professional roles

Students who take advantage of internships, co‑op placements and undergraduate research tend to enter the workforce with stronger practical skills and professional networks.

Why study at Virginia Commonwealth University

VCU combines an urban campus setting with strong ties to regional industry, hospitals and research institutions, offering mechanical engineering students ready access to internships and applied projects. The programme emphasises hands-on learning in modern laboratories, project-based courses and cross-disciplinary collaboration — particularly with health, design and business units on campus. Faculty research areas and industry partnerships create pathways for undergraduate involvement in topics such as biomedical devices, advanced manufacturing, materials and energy systems. Career services and engineering student organisations support professional development, while Richmond’s manufacturing, healthcare and tech sectors provide local employment and experiential-learning opportunities.