San Jose University

What you'll study

The programme provides a balance of theory and practical work across core areas of electrical and electronic engineering. Early years focus on mathematics (calculus, differential equations), physics and introductory engineering principles, while later years move into specialised topics and project work.

• Core subjects: circuit analysis, electronic devices and circuits, digital logic and systems, electromagnetics, control systems, and power systems fundamentals.
• Signal and communications: analogue and digital signal processing, communications engineering, and information theory concepts.
• Embedded systems and computing: microprocessors/microcontrollers, real‑time systems, hardware description languages and interfacing.
• Systems and design: instrumentation and measurement, systems modelling, feedback control and design methodologies.
• Laboratory and practical work: extensive lab courses in electronics, digital design and microprocessors, plus coursework using industry‑standard tools and test equipment.
• Capstone/senior project: an individual or team design project that integrates technical knowledge, project management and technical communication; many projects are developed with industry partners.
• Electives and specialisms: options often include integrated circuits, power electronics, renewable energy systems, computer networks, robotics, VLSI, and advanced communications depending on available electives.

Entry requirements

Applicants are expected to hold a high school diploma or equivalent with strong performance in mathematics and science. Typical preparation includes:

• High‑level mathematics (calculus) and physics at secondary level.
• Good grades in algebra, trigonometry and chemistry are advantageous.
• Standardised test scores (where required by the university) and a competitive GPA; transfer applicants should demonstrate satisfactory college‑level coursework in calculus and physics.
• International applicants must meet English language proficiency requirements set by the university.
• Strong applicants often demonstrate practical experience (robotics, electronics clubs, summer programmes) or portfolio items, and letters of recommendation and a personal statement that show motivation for engineering study.

Career prospects

Graduates are prepared for technical and engineering roles across a wide range of sectors. Typical career paths include:

• Electronics design engineer (analogue, digital or mixed‑signal circuit design)
• Embedded systems and firmware developer
• Communications and networking engineer
• Power systems and energy systems engineer
• Test, validation and quality engineer
• Semiconductor and hardware engineering roles in design, fabrication support and test
• Systems engineer roles in automotive, aerospace, robotics and industrial automation
• Pathways to graduate study (MSc/PhD) or professional engineering licensure where applicable

Because of the university's location and industry links, students commonly find internships and graduate roles with technology companies, startups and established engineering firms in the region.

Why study at San José State University

San José State University offers a programme with strong regional industry connections in Silicon Valley, providing access to internship opportunities, industry‑sponsored capstone projects and a network of alumni working in local tech and engineering firms. The department emphasises hands‑on learning through well‑equipped electronics and systems laboratories, project courses and team‑based design experiences. The programme is aligned with professional accreditation standards, and students benefit from career services, employer recruiting events and partnerships that help bridge academic study and professional employment.