Indiana University

What you'll study

Masters programmes in engineering-related fields at Indiana University combine core technical training with elective specialisation. Students typically take advanced modules in areas such as engineering mathematics and modelling, systems engineering, control and signal processing, materials and manufacturing, power and electronics, embedded systems, and data analytics for engineers. Many programmes offer a choice between a thesis (research) route and a non-thesis (coursework and capstone/project) route. Typical components include:

• Core theoretical modules that strengthen analytical and numerical problem-solving skills.
• Specialist elective modules aligned to a chosen discipline (for example, biomechanics and medical devices for biomedical streams; structural analysis and geotechnical engineering for civil streams; robotics and mechatronics for mechanical streams).
• Project work or capstone design courses that emphasise multidisciplinary teamwork and real-world engineering problems.
• Research seminars and, for thesis students, supervised research culminating in a dissertation.
• Professional skills modules such as project management, engineering ethics, and communication for technical audiences.

Entry requirements

Applicants are normally expected to hold a recognised bachelor’s degree in engineering, a closely related science or technology discipline, or demonstrated equivalent experience. Typical requirements include:

• A bachelor’s degree with a competitive grade or GPA from an accredited institution.
• Transcripts detailing undergraduate coursework, demonstrating preparation in mathematics, basic engineering principles and relevant core subjects.
• Two to three academic or professional references that can speak to the applicant’s preparation and potential for graduate study.
• A personal statement or statement of purpose outlining academic background, career goals and intended area of specialisation.
• A current CV or résumé listing academic, research and professional experience.
• International applicants must demonstrate English language proficiency through an approved test unless exempt; specific score expectations are set by the admitting unit.

Some programmes may request additional materials such as a portfolio for design-focused streams or GRE scores where required by the department; applicants should consult the specific programme page for precise requirements.

Career prospects

Graduates from Indiana University’s engineering-related master’s programmes move into a broad range of technical and leadership roles across industry, government and academia. Common career paths include:

• Design and development engineer roles in sectors such as automotive, aerospace, electronics, medical devices and consumer products.
• Systems and controls engineers working on integrated hardware–software solutions, automation and robotics.
• Data and analytics-focused positions applying machine learning and statistical methods to engineering datasets.
• Project and engineering management positions that combine technical knowledge with organisational leadership.
• Research and development roles in corporate labs and public research institutes, or progression to doctoral study for careers in academia.

Graduates benefit from partnerships with regional industry, co‑op and internship opportunities, and career services that support transition into employment.

Why study at Indiana University

Indiana University offers multidisciplinary engineering-related master’s education that leverages research-active faculty, modern laboratory facilities and connections to regional industry. Students gain access to collaborative research centres, experiential learning through capstone projects and internship networks, and career support tailored to STEM graduates. The university’s campuses combine academic resources with proximity to manufacturing, healthcare and technology employers, creating opportunities for applied projects and industry engagement. Flexible delivery options and a range of specialisations allow students to tailor their studies to technical interests and career ambitions.