Villanova University

What you'll study

The mechanical engineering curriculum provides a core grounding in mathematics, physics and engineering science, combined with laboratory work, computing and design projects. Early courses develop multivariable calculus, differential equations and physics for engineers; core engineering topics include statics, dynamics, materials science, thermodynamics, fluid mechanics and heat transfer.

• Foundational engineering sciences: statics and dynamics, mechanics of materials, thermodynamics, fluid mechanics.
• Analytical and computational methods: engineering mathematics, numerical methods, computer-aided design (CAD) and finite element analysis.
• Design and manufacturing: mechanical design, machine elements, manufacturing processes, mechatronics and control systems.
• Laboratory and hands-on work: materials and fluids labs, instrumentation, prototyping and electronics integration.
• Capstone project: a year-long senior design sequence in which teams complete an open-ended engineering project from concept to prototype and testing.
• Electives and concentrations: options to pursue coursework in areas such as aerospace systems, thermal-fluids, energy systems, robotics, biomedical engineering or materials engineering.

Students are encouraged to complement technical courses with courses in ethics, communication and entrepreneurship. There are opportunities for undergraduate research, industry-sponsored projects and internships to apply classroom learning to real-world problems.

Entry requirements

Applicants should demonstrate strong academic preparation in mathematics and sciences. Typical expectations include a secondary-school diploma with substantial coursework in algebra, geometry, precalculus or calculus and physics or chemistry.

• Academic background: competitive secondary-school grades with emphasis on mathematics and physical sciences.
• Mathematics readiness: evidence of ability to succeed in calculus-based coursework (placement or prior coursework such as AP/IB higher-level mathematics where applicable).
• Supporting materials: a personal statement, academic transcript(s) and at least one academic teacher or counsellor recommendation; relevant extracurriculars such as robotics, engineering clubs or competitive math/science activities strengthen an application.
• International applicants: proof of English-language proficiency through recognised tests or institutional alternatives and documents demonstrating equivalent academic preparation.

Villanova evaluates applications holistically, considering academic record alongside demonstrated interest in engineering, leadership and extracurricular involvement. Transfer applicants should provide college transcripts and descriptions of completed coursework.

Career prospects

Graduates with a mechanical engineering degree enter a broad labour market. Common early-career roles include design engineer, manufacturing engineer, systems engineer, test engineer and product development engineer. Employers span automotive, aerospace, energy and utilities, biomedical devices, consumer products, robotics, and industrial automation.

• Industry options: automotive and transportation, aerospace and defence, power and energy, HVAC and building systems, advanced manufacturing and materials.
• Professional development: many graduates pursue professional licensure (Engineer-in-Training and later Professional Engineer) and take the Fundamentals of Engineering (FE) exam after graduation as a first step.
• Further study: some students continue to graduate study in specialised engineering fields, engineering management or business (MBA) to move into research, leadership or entrepreneurial roles.

Career services, alumni networks and industry partnerships at Villanova support internship placement and recruitment, helping students transition into technical and managerial roles after graduation.

Why study at Villanova University

Villanova's College of Engineering emphasises a student-centred education grounded in the university's Augustinian values, combining technical excellence with ethical and professional development. The mechanical engineering programme balances rigorous classroom instruction with extensive lab facilities, maker spaces and access to research projects alongside faculty.

• Hands-on learning: strong laboratory and fabrication resources, team design projects and opportunities for undergraduate research.
• Industry connections: active internship pipelines and partnerships with regional and national employers, supported by career services and alumni engagement.
• Professional preparation: advising for licensing and graduate school, student chapters of professional societies (such as ASME) and design competition teams.
• Small-community environment: smaller class sizes, close faculty mentoring and an emphasis on leadership, ethics and service that shapes engineers ready for professional practice.

Together, these features prepare graduates to enter diverse technical careers or continue their education with strong analytical, design and communication skills.