Hanover College

What you'll study

The programme blends mathematics, physics and core engineering topics with Hanover's liberal arts curriculum. Early years focus on calculus, differential equations, physics, chemistry and introductory engineering concepts. Core engineering modules typically include statics and dynamics, materials science, thermodynamics, circuit analysis, fluid mechanics, systems and control, and introductory programming.

Students progress to more specialised and integrative work in later years: laboratory courses, computer‑aided design, instrumentation and measurement, and team‑based design projects or a capstone experience that emphasises problem solving, technical communication and project management. Electives and cross‑disciplinary options allow concentration in areas such as mechanical systems, electrical and electronic engineering, energy systems, or computational engineering. Throughout the degree, students are encouraged to undertake internships, faculty‑led research, and off‑campus experiences to apply theory to practice.

Entry requirements

• Completion of secondary education or equivalent.
• Strong background in mathematics (including algebra, geometry and pre‑calculus) and science; prior study of calculus and physics is strongly recommended.
• Competitive applicants typically present a solid academic record with strengths in STEM subjects; Hanover considers the whole application, including letters of recommendation, personal statement and extracurricular engagement.
• Standardised test submission policies may vary; applicants should consult Hanover College admissions for current guidance.

Career prospects

Graduates with an engineering background from a liberal arts college move into a wide range of careers. Common entry roles include engineering technician, design or manufacturing associate, systems analyst, field engineer, and roles in quality assurance, testing and operations. Many graduates go on to specialised graduate study in engineering, applied sciences or related professional fields; others transition into technology, consulting, project management or entrepreneurship.

The programme’s emphasis on communication, critical thinking and interdisciplinary learning also prepares graduates for careers where technical literacy and problem‑solving are valued. Participation in internships, co‑ops and undergraduate research substantially strengthens employability and helps clarify career direction.

Why study at Hanover College

• Small class sizes and close faculty mentorship: Students work directly with faculty on coursework and research, benefiting from personalised guidance.
• Liberal arts integration: The curriculum combines technical training with humanities and social sciences, producing well‑rounded graduates who can communicate and lead effectively.
• Hands‑on learning: Laboratory courses, design projects and opportunities for internships give practical experience in real engineering tasks.
• Undergraduate research and experiential opportunities: Faculty‑led projects and partnerships with industry and regional employers help students gain applied experience.
• Career support: Dedicated career services and alumni networks support job placement, graduate school applications and professional development.