Indiana University

What you'll study

The programme covers core electrical and electronic engineering principles alongside supporting mathematics and physical science. Early years focus on calculus, linear algebra, physics, and introductory circuit theory. Core modules typically include:

• Circuits and Electronics: passive and active components, circuit analysis, semiconductor devices.
• Signals and Systems: time and frequency domain analysis, Fourier and Laplace transforms.
• Digital Systems and Microprocessors: logic design, HDL basics, microcontroller architecture and programming.
• Electromagnetics: fields and waves relevant to antennas, transmission lines and high-frequency design.
• Control Systems: feedback theory, stability, and implementation of controllers.
• Communications and Networking: analog and digital communications fundamentals, modulation, noise and information theory basics.
• Power and Energy Topics (electives): power electronics, energy conversion and distribution concepts.
• Laboratory and Practical Work: hands-on labs in circuit construction, PCB prototyping, test-and-measurement, and embedded systems integration.
• Capstone Design Project: a team-based, year-long project that integrates design, testing, documentation and presentation skills.

Students can usually choose technical electives and interdisciplinary courses (for example computer engineering, software, or data analytics) to tailor the degree toward communications, embedded systems, power, or hardware design.

Entry requirements

Applicants are expected to have completed secondary-level qualifications with strong preparation in mathematics (calculus) and physics. Typical evidence of readiness includes high grades in math and science subjects and successful completion of problem-solving coursework. Indiana University also requires all undergraduate applicants to meet the university's general admissions criteria.

International applicants must demonstrate English language proficiency through approved tests or prior study in English, in line with Indiana University's language requirements. Prospective students are advised to consult the university's admissions pages for specific documentation and any recommended preparatory courses.

Career prospects

Graduates with a bachelor’s in electrical/electronic engineering commonly move into roles such as:

• Electronics design engineer and hardware developer
• Embedded systems engineer and firmware developer
• Test, verification and validation engineer
• Communications and RF engineer
• Controls and automation engineer
• Power systems and power electronics engineer
• Product engineer or technical project manager in technology companies

Many graduates also pursue postgraduate study (master’s or PhD) in specialised engineering areas or transition into related fields such as software engineering, data science or systems engineering. Internship and industry placement opportunities available through campus career services and faculty connections help students build practical experience and professional networks.

Why study at Indiana University

Indiana University combines a strong engineering curriculum with interdisciplinary opportunities across computing, informatics and business. The Luddy School of Informatics, Computing, and Engineering provides access to contemporary teaching labs, collaborative research projects and faculty with expertise spanning hardware, embedded systems and applied electronics.

Students benefit from hands-on facilities, career and internship support, and a campus environment that encourages teamwork and innovation. The programme emphasises practical design experience and communication skills to prepare graduates for industry roles or further technical study.