Santa Clara University

What you'll study

This programme covers foundational and advanced topics in electrical and electronics engineering with a particular emphasis on communications. Early years focus on mathematics, physics and core electrical engineering principles such as circuits, signals and systems, and digital logic. Later coursework moves into electronics, communication theory, wireless and optical communications, signal processing, control systems, and embedded systems design.

• Core modules: circuit analysis, analog and digital electronics, electromagnetics, signals and systems, probability and random processes for engineers.
• Communications and systems: communication theory, digital communications, wireless networks, RF and microwave engineering, optical communications, information theory.
• Electronics and hardware: microelectronics, semiconductor devices, power electronics, analog/digital integrated circuit design.
• Computing and embedded systems: programming for engineers, embedded microcontrollers, real-time systems, FPGA and hardware description languages.
• Laboratory and project work: hands-on lab courses in electronics and communications, senior design projects, and opportunities for capstone projects involving hardware and network prototypes.
• Electives and special topics: courses in wireless security, internet-of-things, machine learning for signal processing, and advanced RF/microwave design are typically available.

The degree generally includes a combination of lectures, laboratory sessions, team design projects and a culminating senior project that integrates theory and practice. Students are encouraged to pursue undergraduate research and internships to complement classroom learning.

Entry requirements

Admission to Santa Clara University is selective. Successful applicants typically demonstrate strong achievement in high-school mathematics and science, particularly calculus and physics, and a record of academic challenge. Preparation in computer science or programming is advantageous.

• Required academic preparation: high-school coursework in mathematics (including calculus), physics, and complementary science subjects.
• Standardised tests: Santa Clara has adopted test-optional policies; consult the university for current testing policies. Strong test scores can still support an application.
• International applicants: equivalent secondary credentials are required; higher-level study in mathematics and physics (for example Advanced Level/IB Higher Level) is recommended.
• Transfer applicants: completion of lower-division engineering prerequisites and strong college-level performance in calculus, physics and introductory engineering courses are expected.
• Other materials: a personal statement, letters of recommendation, and evidence of extracurricular engagement or engineering-related activities strengthen an application.

Career prospects

Graduates are prepared for roles designing and developing electronic systems, communications networks and embedded devices. Common career paths include:

• RF and wireless communications engineer
• Hardware and systems design engineer (analog, digital, mixed-signal)
• Embedded systems and firmware developer
• Signal processing engineer for audio, communications or imaging
• Network engineer and telecommunications systems designer
• Roles in semiconductor and microelectronics industries

Many alumni find employment with technology companies, network and telecom firms, aerospace and defence contractors, or in start-ups. Graduates also pursue graduate study in electrical engineering, communications, computer engineering or closely related fields.

Why study at Santa Clara University

Santa Clara University offers proximity to Silicon Valley, providing access to internships, industry speakers and collaborative projects with regional technology companies. The School of Engineering emphasises hands-on learning, small class sizes and mentorship, with capstone design courses and well-equipped electronics and communications laboratories.

• Industry links: strong connections with local tech firms and startup communities help students secure internships and career opportunities.
• Practical learning: lab courses, maker spaces and senior design projects let students build real hardware and prototypes.
• Jesuit education values: a focus on ethics, social responsibility and professional development is woven into the curriculum.
• Research and entrepreneurship: opportunities for undergraduate research and collaboration with faculty, as well as resources for student entrepreneurship and project incubation.

Overall, the programme blends rigorous technical training with experiential learning and industry engagement, preparing graduates to work in competitive communications and electronics fields or to continue with advanced study.