Worcester Polytechnic Institute

What you'll study

The programme combines core topics in electrical and computer engineering with specialist electives and a culminating project. Typical subject areas include:

• Advanced Signals and Systems — digital signal processing, spectral analysis and filtering techniques.
• Communications and Networking — wireless communications, network protocols and information theory.
• Embedded Systems and Real-Time Design — microcontroller/FPGA design, RTOS, and hardware–software integration.
• VLSI and Digital Design — CMOS design, HDL, synthesis and verification methods.
• Controls and Robotics — linear and nonlinear control, state-space methods and applications to mechatronic systems.
• Power Systems and Energy — power electronics, grid integration and energy conversion topics (electives).
• Machine Learning for ECE — applied ML techniques for signal, vision and control problems.

Programme structure normally includes a set of core courses to ensure depth in fundamentals, a selection of electives to tailor specialisation, and a capstone element — typically a substantial design, research or industry-linked project that demonstrates applied competence. Online delivery uses a mix of recorded lectures, live sessions, remote lab access or hardware kit experiments, and project mentoring.

Entry requirements

Applicants are expected to hold a bachelor's degree in electrical engineering, computer engineering, or a closely related technical discipline. Typical application components include:

• Academic transcripts showing satisfactory performance in undergraduate engineering coursework, particularly mathematics and core ECE subjects.
• Personal statement that outlines objectives, relevant experience and areas of intended specialisation.
• References from academic or professional referees.
• Evidence of programming and technical skills (coursework, professional experience or portfolio) for applicants from non-ECE backgrounds; prerequisite courses may be required.
• English language proficiency documentation for applicants whose first language is not English.

Standardised tests may be optional or considered on a case-by-case basis; relevant professional experience can strengthen an application. Applicants with non-traditional backgrounds but demonstrated technical ability are considered, sometimes with conditional course requirements to build necessary foundations.

Career prospects

Graduates of this programme move into a wide range of technical and leadership roles across industries. Common career paths include:

• Embedded systems engineer or firmware developer
• FPGA/ASIC designer and digital hardware engineer
• Communications and network systems engineer
• Controls and automation engineer, including robotics
• Power and energy systems engineer
• Signal processing engineer for audio, imaging or biomedical applications
• Systems or integration engineer and technical project lead
• R&D engineer in industrial, defence, telecommunications or healthcare sectors

Graduates also use the degree as preparation for further research or doctoral study, or to transition into product management, technical consulting or entrepreneurship in hardware- and software-intensive start-ups.

Why study at Worcester Polytechnic Institute

Worcester Polytechnic Institute emphasises applied, project-based learning and close industry engagement, which is central to the graduate engineering experience. The university's strengths relevant to online ECE study include:

• Applied project focus — the curriculum prioritises hands-on design and problem solving, culminating in a substantial project that can be industry-linked or research-oriented.
• Experienced faculty with backgrounds in both academia and industry who supervise projects and deliver specialised courses.
• Flexible online format that supports working professionals through asynchronous content plus scheduled synchronous interaction for seminars and project advising.
• Access to research and lab resources — virtual labs, remote instrumentation and, where appropriate, hardware kits to support practical coursework.
• Career and professional development support — services that help with career planning, employer engagement and networking with alumni in engineering and technology sectors.

Together these features make the programme a practical choice for engineers seeking to deepen technical expertise and apply it directly to real-world engineering challenges while remaining in employment.