San Jose University

What you'll study

This programme covers fundamental and applied topics across computer networking, telecommunications and systems engineering. Early years focus on foundations in programming, data structures, discrete mathematics, calculus and electronics, while later years emphasise networking protocols, communications theory, and systems integration.

• Foundations and core modules: programming (Python/C/C++), data structures and algorithms, operating systems, computer architecture, discrete mathematics and calculus.
• Networking and telecommunications: local and wide area networks, network protocols (TCP/IP), routing and switching, wireless communications, mobile networks, and network design.
• Communications theory: signal processing basics, digital communications, modulation, coding and information theory principles relevant to modern telecom systems.
• Systems and infrastructure: network security, cloud and edge computing concepts, virtualization, network management, and QoS for real-time services.
• Practical and laboratory work: hands-on labs with routers and switches, wireless testbeds, fibre and RF experiments, and network simulation tools.
• Project and professional skills: team-based design project or capstone integrating hardware and software, technical communication, ethical and regulatory aspects of telecommunications, and industry-standard certifications preparation.

The degree typically includes a progressive sequence of practical labs and a substantial final-year project where you design, implement and evaluate a networked or telecoms system, often with options to focus on security, mobile systems, IoT or cloud networking.

Entry requirements

Applicants should hold a recognised secondary school qualification with strong performance in mathematics. Typical preparation includes calculus and algebra; physics and computing or programming experience are advantageous. Entrants are normally assessed on overall academic record and relevant coursework or experience.

• Domestic applicants: successful completion of high-school diploma or equivalent with emphasis on mathematics; prior coursework in programming or physics preferred.
• International applicants: equivalent secondary qualification with a strong mathematical background; recognised English language proficiency where English is not the first language.
• Alternative routes: applicants with relevant vocational qualifications, industry experience or community college credits may be considered; some students progress via transfer routes into later years of the programme.

Where relevant, admission to the engineering or computing faculty may require meeting department-specific prerequisites; applicants are advised to consult the university admissions office for detailed requirements and any recommended preparatory modules.

Career prospects

Graduates enter a broad range of roles across telecommunications, IT services and networked systems. The programme is designed to develop practical skills and applied knowledge prized by employers.

• Network engineer, network administrator or systems engineer
• Telecommunications engineer or radio/wireless engineer
• Cloud and infrastructure engineer, DevOps or site reliability roles
• Network security analyst or cybersecurity specialist focused on communications infrastructure
• IoT systems developer, embedded systems engineer or telecommunications consultant
• Progression to postgraduate study or professional certification (for example in networking, security or cloud platforms)

Many graduates find work with service providers, equipment vendors, managed service companies, system integrators and technology start-ups. The practical project work and lab experience also support those seeking roles in research and development or further study.

Why study at San Jose University

Studying in San Jose places you in the heart of a major technology ecosystem, offering proximity to networking and telecommunications firms, start-ups and research centres. The programme emphasises applied learning with laboratory work, industry-aligned projects and opportunities for internships or industry collaboration.

• Industry connections: access to employers and practicum opportunities within a dense regional tech sector.
• Hands-on facilities: networking and communications labs, cloud resources and testbeds for wireless and fibre technologies.
• Career support: dedicated career services, employer talks and support preparing for industry certifications and job placements.

The course is suited to students who want a technically rigorous, career-focused education in networking and telecommunications with strong industry relevance and practical experience.