Ursinus College

What you'll study

The programme blends a liberal‑arts core with engineering fundamentals. Early study emphasises calculus, linear algebra, multivariable calculus, differential equations, introductory physics and chemistry, and computer programming. As you progress you take core engineering topics such as statics and dynamics, materials science, thermodynamics, circuits and systems, signals and control, fluid mechanics, and engineering design.

All students complete laboratory courses and project‑based classes that develop practical skills in experimental methods, CAD, prototyping and data analysis. A substantial capstone or senior design project integrates teamwork, technical communication and professional practice. Electives allow exploration of subfields—mechanical, electrical, environmental, materials, and software—or complementary areas offered across the College such as mathematics, biology and environmental studies.

Entry requirements

Applicants should demonstrate a strong preparation in mathematics and science from secondary school—calculus and physics are particularly recommended. Admission typically considers the overall academic record, letters of recommendation (preferably one from a mathematics or science teacher), and a personal statement that explains your interest in engineering and how a liberal‑arts setting will support your goals.

Ursinus evaluates applications holistically; successful candidates show curiosity, problem‑solving ability and readiness for rigorous quantitative coursework. International applicants must meet the College's English language proficiency expectations and submit equivalent academic documentation. Specific course or transfer arrangements (for example, dual degree or 3‑2 plans with engineering schools) may have additional prerequisites.

Career prospects

Graduates follow a range of pathways. Many matriculate to accredited engineering programmes or graduate schools to complete professional engineering degrees. Others move directly into entry‑level technical roles in industries such as manufacturing, energy, environmental consulting, electronics, software and product development.

Common job titles include design engineer, test engineer, process engineer, field engineer, and systems analyst; alumni also pursue careers in research, project management, technical sales and entrepreneurship. The programme’s emphasis on communication, teamwork and ethics also prepares graduates for roles that bridge technical and managerial responsibilities.

Why study at Ursinus College

Ursinus offers small class sizes and close faculty mentoring, which means substantial one‑on‑one guidance in technical coursework and independent projects. The liberal‑arts setting encourages interdisciplinary thinking—helpful for tackling complex, real‑world engineering problems—and provides flexibility to combine engineering study with interests in the sciences, social sciences or humanities.

Students benefit from hands‑on laboratory facilities, opportunities for undergraduate research, internship support through the College’s career services and connections with regional employers and postgraduate engineering programmes. For students seeking a balance of technical depth and broad intellectual development, Ursinus provides a supportive environment to begin an engineering career or to prepare for further professional study.