Rollins College

What you'll study

This programme blends core engineering fundamentals with the breadth of a liberal arts education. In early years you study mathematics (calculus and linear algebra), physics, chemistry and introductory engineering topics to build a solid quantitative base. Core engineering modules typically include statics and dynamics, materials and mechanics, circuits and electronics, thermodynamics and fluid mechanics, systems and control, engineering design and programming.

Practical laboratory work, computational modelling and project-based courses are emphasised throughout the degree. Students complete team design projects each year and a substantial senior capstone project in which they apply engineering methods to a real problem, often developed in collaboration with local industry or community partners. Elective options allow focus in areas such as mechanical systems, electrical and electronic engineering, renewable energy, robotics and embedded systems, or software and data-oriented engineering subjects.

The programme also integrates courses from the liberal arts—writing, ethics, social science and project management—to ensure graduates communicate effectively, evaluate the societal impact of technology and approach problems from multiple perspectives. Opportunities for internships, independent research and study-abroad enrich the curriculum.

Entry requirements

Admission requires a secondary school diploma or equivalent with strong performance in mathematics and science. Typical successful applicants have studied higher-level mathematics (calculus where available) and physics or chemistry. Admissions decisions take a holistic view of academic record, teacher recommendations, personal statement and extracurricular activities demonstrating problem-solving, teamwork or technical interest.

Applicants who have completed college- or university-level STEM coursework, AP, IB or A-levels are well placed. Rollins values evidence of hands-on experience such as robotics clubs, coding projects, laboratory work, internships or engineering-related competitions. International applicants must meet the college's general language and credential requirements.

Career prospects

Graduates are prepared for entry-level engineering and technical roles across many sectors including manufacturing, aerospace, energy and utilities, construction and civil infrastructure, electronics, software and information technology, and environmental and renewable-energy companies. Common job titles include design engineer, systems engineer, test and validation engineer, field engineer, quality engineer and embedded-systems developer.

The degree also provides a strong foundation for graduate study in specialised engineering disciplines, engineering management, or related professional degrees such as an MEng, MSc or MBA. Because of the liberal-arts emphasis on communication and critical thinking, alumni also move into consulting, project management, policy roles and entrepreneurship.

Why study at Rollins College

Rollins offers an engineering education within a small liberal-arts setting: small class sizes, close access to faculty mentors and a high degree of personalised advising. The college’s emphasis on experiential learning means that students spend considerable time in labs, on team projects and in internships, translating theory into practice.

Located near a diverse regional economy, students have access to internship and networking opportunities with local technology, aerospace and engineering firms. The programme’s interdisciplinary approach—combining technical training with communication, ethics and business perspectives—prepares graduates to work across teams and to lead in complex environments. Finally, strong career services and alumni networks support job placement and graduate-study progression for engineering students.