Saint Michael's College

What you'll study

The engineering pathway at Saint Michael's emphasises a broad liberal-arts education alongside the core technical preparation needed for professional engineering. In the first years you follow a foundation of calculus, differential equations, general and analytical chemistry, and introductory physics with laboratory work. Typical technical courses and modules include statics and dynamics, mechanics of materials, circuits and electronics, thermodynamics, materials science, computer programming for engineers, and introductory systems and controls.

Hands-on learning is embedded through laboratory courses, small-group design projects, and senior capstone-style experiences coordinated with faculty advisers. Students also take courses in data analysis and computational methods, and pursue electives that complement engineering interests such as environmental science, economics, or robotics. The curriculum is designed so that students complete the prerequisites and core courses required for admission to partner institutions in a 3-2 or transfer arrangement, should they seek an accredited engineering degree.

Entry requirements

• Successful completion of a secondary/high school diploma or equivalent.
• Strong preparation in mathematics (algebra, geometry, pre-calculus/calculus) and at least two sciences, typically including physics and chemistry.
• Competitive academic record with particular emphasis on STEM subjects; colleges often consider the school context when evaluating applicants.
• Supporting materials such as a personal statement or essay explaining interest in engineering, and one or more academic references (teachers in maths or science preferred).
• Standardised tests (SAT/ACT) may be optional or recommended depending on admissions policies; consult the College for current guidance.

Career prospects

Graduates who complete the pre-engineering pathway at Saint Michael's commonly move into accredited engineering programmes at partner universities to earn a professional engineering bachelor’s degree. After completing the full engineering qualification, alumni pursue careers as mechanical, civil, electrical, or environmental engineers, as well as roles in robotics, aerospace, materials, and energy sectors. The strong liberal-arts foundation also prepares students for careers in technical consulting, project management, data analysis, and graduate study in engineering, computer science or business.

Students benefit from internship and co-op opportunities arranged through College career services and faculty networks, and from local and regional employers in New England’s engineering and manufacturing sectors. The programme’s emphasis on communication and ethical reasoning is also valuable for leadership roles and multidisciplinary teams.

Why study at Saint Michael's College

• Small classes and faculty mentoring: Saint Michael's offers close faculty supervision and accessible advisers who help tailor the technical sequence and coordinate transfer or dual-degree plans.
• Liberal-arts approach: You gain strong critical-thinking, writing and interpersonal skills alongside technical training, preparing you to work across disciplines and lead teams.
• Hands-on learning: Laboratory courses, design projects and applied research opportunities give practical experience in engineering methods and tools.
• Partnerships and pathways: Established dual-degree and transfer arrangements with accredited engineering schools allow students to follow a clear route to a professional engineering degree.
• Career support: The College’s career services, alumni network and regional employer connections help students find internships and job placements in engineering and technology fields.
• Location and community: The Vermont setting offers a supportive residential environment with access to outdoor labs and a community that values sustainability and hands-on problem-solving.