Indiana University

What you'll study

This programme builds from core fundamentals to discipline-specific topics across the typical engineering streams. Early years concentrate on calculus, linear algebra, physics, chemistry, programming and introductory engineering principles, together with laboratory and computing skills. Core engineering modules commonly include statics and dynamics, materials science, thermodynamics, fluid mechanics, electrical circuits and signals, and engineering design.

In later years students choose a concentration or electives that reflect their interests; common pathways include mechanical, electrical, civil, computer (software/hardware), and biomedical engineering. Typical advanced and elective modules cover control systems, embedded systems and microprocessors, structural analysis and geotechnics, heat transfer, power systems, biomechanics, digital signal processing, and project management.

An accredited-style curriculum emphasises practical laboratory classes, computer-aided engineering, team-based design projects and a culminating capstone design sequence where students develop, prototype and present a complete engineering solution. Technical communication, professional ethics, and preparation for professional examinations (for example the Fundamentals of Engineering exam) are integrated into the programme.

Entry requirements

Successful applicants normally have a strong background in mathematics plus at least one science (physics or chemistry). Typical offers expect high grades in A-levels (including mathematics and a science or computing subject) or an equivalent secondary qualification such as the International Baccalaureate with higher-level mathematics. For U.S. students, a high school diploma with advanced coursework in calculus and physics is expected. Some programmes accept transfer students from community colleges with a portfolio of completed STEM credits.

Other entry considerations include a statement of purpose, academic references, and evidence of engagement with STEM activities (projects, competitions, work experience). Mature students and international applicants are assessed on equivalent academic preparation. Where English is not the applicant’s first language, an approved English language qualification is required.

Career prospects

Graduates go on to roles across industry, government and research. Typical job titles include design engineer, project engineer, systems engineer, electrical engineer, mechanical engineer, civil engineer, software engineer and test engineer. Alumni find work in sectors such as manufacturing, energy and power, aerospace and defence, construction and infrastructure, medical devices and healthcare technology, automotive, and information technology.

Many graduates enter graduate-level study (master’s or doctoral programmes) or professional training schemes. The degree also provides the academic foundation for professional registration as a chartered or licensed engineer, subject to applicable national or state requirements and completion of required professional experience.

Why study at Indiana University

Studying engineering at Indiana University combines a broad, multidisciplinary curriculum with access to applied research, modern laboratories and industry engagement in the Indianapolis region. The programme emphasises experiential learning through laboratory work, collaborative design projects and internship opportunities with local and national employers.

Students benefit from career services, industry partnerships and alumni networks that help with placements, co‑operative education and professional mentoring. The curriculum is designed to prepare students both for immediate employment and for further study, and includes preparation for licensure and professional practice. Small-group design work, faculty supervision and opportunities to participate in research projects or interdisciplinary initiatives are core strengths of the programme.