Purdue University Northwest

What you'll study

Study areas emphasise the fundamentals of electricity and electronics plus computational methods. Core topics include physics and mathematics applied to circuits and systems, programming for control and signal tasks, and specialised fields such as computers, control systems, communication systems, signal processing, microelectronics, and power/energy systems.

Entry requirements

The source page does not list specific admissions criteria. Prospective students should expect standard undergraduate entry expectations and check the university’s admissions pages for required qualifications and prerequisites in math and science.

Career prospects

Graduates are prepared for roles designing and maintaining systems that involve computing, control, communications, signal processing, microelectronic devices or power distribution. Typical sectors include electronics manufacturing, telecommunications, automation and energy utilities, where engineers work on hardware, embedded software, control algorithms and power-system applications.

Scholarships & funding angle

The programme description does not specify scholarships. Applicants should explore university financial-aid offices and external engineering scholarships; funding options often include merit-based awards, departmental scholarships and assistance for students in STEM fields.