Indiana University

What you'll study

The programme builds a foundation in mathematics, physics and materials, then applies those fundamentals to mechanical systems through coursework and laboratory work. Core topics typically include statics and dynamics, strength of materials, thermodynamics, fluid mechanics, heat transfer, machine design and manufacturing processes. Students also study computer‑aided design and engineering software (CAD/CAM), instrumentation and control systems, experimental methods, and numerical methods for engineers.

Practical learning is emphasised: expect extensive lab sessions, workshop projects, computer modelling assignments and a multi‑semester capstone design project that integrates design, analysis, prototyping and testing. Electives or concentration options often let you focus on areas such as manufacturing technology, HVAC and energy systems, robotics and automation, or product development. Professional topics such as engineering ethics, project management and technical communication are woven through the curriculum.

Entry requirements

Applicants need a strong secondary‑school background in mathematics (including calculus where available) and physics. Admission is competitive and typically assessed on overall academic performance, strength of STEM preparation and supporting materials such as a personal statement; some programmes also consider relevant extracurricular experience or project work.

Domestic applicants should present a recognised high‑school diploma with evidence of quantitative coursework. International applicants must hold an equivalent qualification and demonstrate proficiency in English through accepted tests or institutional pathways. Transfer applicants from community colleges or other universities are considered on the basis of completed college coursework in mathematics, physics and engineering prerequisites.

Career prospects

Graduates work in industries that design, build and maintain mechanical and electromechanical systems. Typical entry roles include mechanical engineering technologist, CAD/CAM technician, manufacturing or production engineer, test and validation technician, maintenance engineer and quality control specialist. Graduates also move into roles in automation and robotics, HVAC and energy systems, product development, and technical sales or field engineering.

With experience, graduates may progress to project leadership, process engineering, reliability engineering or management positions. The degree also provides preparation for continued study — for example in engineering, applied science or business — and for professional certification pathways where applicable.

Why study at Indiana University

At Indiana University (and its engineering programmes), students benefit from a curriculum that balances theoretical understanding with hands‑on application in labs and maker spaces. The programme’s close ties with regional manufacturing and technology employers support internship and co‑op opportunities that help students gain workplace experience while studying.

Students can draw on campus resources such as advising, career services and interdisciplinary collaborations across departments, enabling customised elective choices and research or design opportunities. Small team projects and capstone experiences mirror industry practice, preparing graduates for immediate employment or further study in mechanical and related engineering fields.