Clarkson University

What you'll study

The programme combines core coursework in communications theory and electronic systems with elective options and a substantial project or thesis component. Students deepen their understanding of digital and analogue communications, wireless systems, and modern signal-processing techniques while gaining hands-on experience in laboratory and project settings.

• Core topics: digital communications, information theory, wireless communications, RF and microwave systems, and advanced signal processing.
• Typical modules and subjects: modulation and coding, multiple-input multiple-output (MIMO) systems, digital signal processing (DSP), antenna design and propagation, network protocols and architecture, embedded systems for communications, and RF circuit design.
• Practical work: laboratory courses in communications and RF, software-based projects using MATLAB/Simulink or Python, hardware prototyping with FPGA and embedded platforms, and access to measurement facilities for antennas, spectrum analysis and high-frequency testing.
• Project or thesis: students choose between a research-oriented thesis, supervised by faculty, or a capstone/master’s project that emphasises applied design and industry-relevant outcomes.
• Research and electives: elective choices enable deeper focus in areas such as wireless networks, optical communications, biomedical signal processing, VLSI for communications, or machine learning for communications systems.

Entry requirements

Applicants are normally expected to hold a recognised bachelor’s degree in electrical engineering, electronics, computer engineering or a closely related discipline. Admissions consider academic transcripts, letters of recommendation, a statement of purpose, and a curriculum vitae.

• Academic background: undergraduate coursework in circuits, electromagnetics, signals and systems, and basic communications theory is typically required.
• Grades and standards: competitive academic performance in prior studies is expected. Applicants with strong professional experience or a related technical background may also be considered.
• English language: international applicants whose first language is not English must demonstrate proficiency through an approved exam or equivalent evidence, unless otherwise exempted.
• Supporting materials: official transcripts, two or three letters of recommendation, a personal statement describing academic and professional goals, and a résumé. Some applicants may be invited to interview or provide portfolio material for project-based experience.

Career prospects

Graduates from this programme are prepared for technical and engineering roles across communications, electronics and related industries, as well as for continuing to doctoral study. The curriculum emphasises practical skills and systems-level thinking valued by employers.

• Typical roles: communications systems engineer, RF/microwave engineer, wireless network engineer, signal processing engineer, embedded systems developer, test and measurement engineer, and design engineer in semiconductor or telecommunications firms.
• Work sectors: telecommunications carriers and equipment manufacturers, defence and aerospace contractors, semiconductor and component companies, IoT and connected devices firms, research laboratories, and technology consultancies.
• Further study: students interested in research can progress to PhD programmes in electrical engineering, communications, or related interdisciplinary areas.

Why study at Clarkson University

Clarkson University is known for a focused engineering curriculum, close faculty mentorship and strong links to industry. The electrical and communications groups offer hands-on lab instruction, opportunities to collaborate on applied research projects, and small cohort sizes that support personalised advising.

• Facilities and resources: students benefit from dedicated laboratory spaces for RF and microwave testing, signal processing, embedded systems and prototyping, along with access to software tools commonly used in industry and research.
• Industry connection and experiential learning: the university emphasises experiential learning through capstone projects, internships and partnerships with regional and national companies, helping students gain real-world experience and professional contacts.
• Research and faculty expertise: faculty research spans communications systems, signal processing, RF engineering and related areas, enabling students to join active projects or pursue thesis work aligned with industry trends.
• Career support: Clarkson’s career services and engineering networks assist students with job placement, co-op opportunities and preparation for professional engineering roles.