Colorado State University

What you'll study

The programme combines core electrical and electronic engineering principles with specialist communication topics. Typical modules and areas of study include:

• Digital Signal Processing: advanced filtering, spectral analysis, adaptive and multirate signal processing for communications.
• Wireless Communications and Networking: cellular systems, 5G/6G concepts, ad hoc and sensor networks, network protocols and performance analysis.
• Electromagnetics and RF Systems: antenna theory, RF circuit design, propagation and measurement techniques.
• Communications Theory: information theory, coding, modulation, MIMO and multiuser systems.
• Optical and Fiber Communications: fundamentals of optical transmission and components, where students opt into photonics subjects.
• Embedded Systems and Hardware Design: digital design, FPGA/ASIC concepts, and real-time communications implementations.
• Machine Learning for Communications: data-driven techniques for channel estimation, resource allocation and signal detection.
• Advanced Laboratory and Project Work: hands-on labs and capstone projects using software-defined radios, test equipment and simulation tools.

Students usually choose between a thesis (research) track and a non-thesis (coursework and project) track. The thesis option emphasises independent research under a faculty advisor and can prepare students for PhD study; the non-thesis route emphasises application-driven coursework and a major engineering project or practicum.

Entry requirements

Applicants are expected to hold a relevant bachelor’s degree in electrical engineering, electronics, communications, or a closely related discipline. Typical prerequisites include undergraduate coursework in circuits, signals and systems, linear algebra, probability and programming. Competitive applicants demonstrate a strong academic record; many admitted students present evidence of hands-on experience such as undergraduate projects, internships or industry employment.

Additional requirements commonly include:

• Transcripts from prior post-secondary institutions.
• A statement of purpose outlining academic background, research or professional interests, and reasons for pursuing the degree.
• Letters of recommendation from academic or professional referees who can speak to technical ability.
• For international applicants, English language proficiency demonstrated through accepted tests unless exempted by previous study in English.

Some applicants may be asked to complete prerequisite undergraduate courses if their background does not fully meet core preparation expectations. Admission committees consider the whole application package; relevant professional experience can strengthen an application.

Career prospects

Graduates enter a broad range of technical roles across industry, government and research. Typical career paths include:

• Communications engineer or systems engineer in wireless, satellite, or optical networks.
• RF and microwave engineer designing and testing antennas, transceivers and front-end components.
• Network engineer or architect working on protocol design, network planning and performance optimisation.
• Embedded systems or firmware engineer developing real-time communications hardware and software.
• Signal processing engineer applying algorithms in audio, radar, biomedical and instrumentation domains.
• Research and development roles in industrial labs, government agencies or continued study at the PhD level leading to academic careers.

Graduates find employment in telecommunications companies, hardware and semiconductor manufacturers, aerospace and defence firms, IoT and sensor startups, national laboratories and research institutes.

Why study at Colorado State University

Colorado State University’s engineering school provides a balance of rigorous coursework and applied research opportunities within its Electrical and Computer Engineering programmes. Students benefit from access to modern laboratories and resources for wireless communications, signal processing, RF design and embedded systems. The department emphasises collaborative research with faculty and industry partners, enabling students to work on projects with practical impact.

Located in Fort Collins with proximity to Colorado’s broader technology and aerospace sectors, the university offers connections to regional employers and a growing innovation ecosystem. The programme’s flexibility — with thesis and non-thesis options, elective specialisations and hands-on projects — supports both students aiming for technical industry careers and those preparing for doctoral research.