Santa Clara University

What you'll study

The programme emphasises core communications theory and hands-on engineering practice. Students typically take courses in digital communications, information theory and coding, wireless communications and networking, and advanced signal processing. Supporting subjects often include RF and microwave engineering, antenna design, systems-on-chip and VLSI for communications, software-defined radio, and embedded systems for Internet-of-Things applications.

Most students follow one of two pathways: a project-oriented option with a capstone engineering project or an academic research option with a master's thesis under the supervision of faculty. Coursework balances mathematical foundations (stochastic processes, optimisation) with laboratory work using tools such as MATLAB, GNU Radio, and hardware platforms for prototyping wireless systems.

• Core topics: digital communications, coding and information theory, signal processing, wireless systems
• Electives: RF/microwave engineering, antenna theory, networked systems, machine learning for communications, VLSI and embedded design
• Final component: industry-focused capstone project or research thesis

Entry requirements

Applicants are expected to hold a recognised bachelor's degree in electrical engineering, electronics, computer engineering or a closely related field. Typical academic preparation includes undergraduate coursework in circuits, signals and systems, electromagnetics, probability and linear systems. Admissions also consider academic transcripts, a statement of purpose outlining your objectives and prior experience, and one or two academic or professional references.

Proof of English language proficiency is required for applicants whose first language is not English. Relevant professional experience, engineering projects or research can strengthen an application. The programme may offer conditional or preparatory coursework for applicants who need to complete prerequisite subjects.

Career prospects

Graduates enter a range of roles across the communications and electronics sectors. Typical job titles include communications engineer, wireless systems engineer, RF/microwave engineer, signal processing engineer, network architect, systems engineer for IoT, and firmware or embedded systems developer. The Silicon Valley location also offers opportunities with semiconductor companies, telecommunications operators, wireless infrastructure vendors, startups developing connectivity solutions, and R&D labs.

Some graduates pursue further study at the doctoral level or move into technical leadership, product engineering or systems design roles. The programme’s applied project option is designed to produce immediately employable graduates with demonstrable hands-on experience.

Why study at Santa Clara University

Santa Clara University offers close engagement with Silicon Valley industry through faculty research partnerships, internships and a network of alumni in engineering and technology firms. The School of Engineering provides small class sizes and close faculty supervision, which supports applied projects and thesis work in communications topics.

Students benefit from well-equipped laboratories for RF testing, wireless prototyping and embedded systems, plus career services focused on connecting students to regional employers. The university’s emphasis on ethical leadership and hands-on learning complements technical training, preparing graduates to design responsible and reliable communication systems.