Case Western Reserve University

What you'll study

The Bachelor of Science in Engineering (BSE) curriculum begins with a common core of mathematics, physics and fundamental engineering science before students move into department-specific coursework. Early years typically cover calculus, differential equations, general chemistry, classical mechanics, circuits or signals (depending on major), programming and engineering design fundamentals. Core laboratory and problem-solving courses emphasise experimental methods and data analysis.

In later years students take advanced, major-specific modules. Examples by area include:

• Biomedical Engineering: biomechanics, biomaterials, medical imaging, physiology for engineers, device design and clinical translation.
• Chemical and Biochemical Engineering: transport phenomena, reaction engineering, process design, separation processes and chemical thermodynamics.
• Civil and Environmental Engineering: structural analysis, geotechnical engineering, environmental systems, hydraulics and construction materials.
• Computer and Electrical Engineering: digital systems, computer architecture, embedded systems, control systems and signal processing.
• Mechanical and Materials Engineering: thermodynamics, fluid mechanics, solid mechanics, materials science and manufacturing processes.

All majors include team-based design projects and a capstone design sequence that integrates technical knowledge, project management and communication. Students can augment the core programme with electives in entrepreneurship, management, data science or health sciences, and many engage in undergraduate research, industry internships or cooperative education placements.

Entry requirements

Applicants are expected to have a strong high-school background in mathematics (including calculus where available), physics and chemistry. Successful candidates demonstrate problem solving ability, quantitative skills and laboratory experience when possible. Typical application materials include academic transcripts, letters of recommendation, a personal statement and any required standardised tests if submitted by the applicant.

International applicants should present an equivalent secondary-school diploma and satisfy English language proficiency requirements. Admissions also consider extracurricular involvement such as technical clubs, competitions, research or relevant work experience. Specific course prerequisites and recommended preparation vary by major, so applicants should review departmental guidance before applying.

Career prospects

Graduates with a Bachelor’s in Engineering from Case Western Reserve enter a wide range of roles across industry, healthcare, government and research. Common job titles include design engineer, systems engineer, software or firmware engineer, process engineer, product development engineer and quality engineer. Those who studied biomedical or materials engineering often find positions in medical device companies, hospitals or biotech firms.

Many graduates pursue further study at master’s or doctoral level to specialise in research areas or to prepare for professional practice. The programme also provides a foundation for careers in consulting, technical sales, project management and entrepreneurship. Local and regional industry partnerships, plus strong career services support, help students secure internships and employment.

Why study at Case Western Reserve University

Case Western Reserve offers engineering students a balance of rigorous classroom instruction and hands-on experience, including well-equipped laboratories, makerspaces and interdisciplinary research centres. Its location in Cleveland provides direct connections with major hospitals and medical research institutions, enabling unique collaborations for students in biomedical and health-related engineering.

Small class sizes in upper-level courses, active faculty mentorship and opportunities for undergraduate research distinguish the student experience. The university’s career services and corporate partnerships support internship and co-op opportunities, while student organisations and design teams offer practical leadership and teamwork experience. Together, these elements prepare graduates for technical careers, graduate study and innovation-driven roles.