San Jose University

What you'll study

The programme combines theoretical foundations with hands-on laboratories and a substantial capstone or thesis component. Core topics typically include network architecture and protocols, routing and switching, wireless and mobile communications, and telecommunication systems. Students study network security, network management and performance analysis, distributed systems and cloud networking, and gain practical skills in network programming and systems integration.

• Network Protocols and Architectures — TCP/IP, routing algorithms, switching technologies and software-defined networking principles.
• Wireless and Mobile Communications — cellular systems, Wi‑Fi, spectrum fundamentals and mobility management.
• Telecommunications Systems — optical networks, broadband access technologies, signalling and quality of service.
• Network Security and Management — threat models, cryptography basics, intrusion detection, network monitoring and fault management.
• Cloud and Distributed Systems — virtualised networks, edge computing, containerisation and service orchestration.
• Practical Labs and Projects — hands‑on work with routers, switches, wireless testbeds, network simulators and cloud platforms; a capstone design project or thesis is usually required to demonstrate applied competence.

Entry requirements

Applicants are normally expected to hold a bachelor's degree in computer science, computer engineering, electrical engineering, or a closely related discipline. Strong undergraduate preparation in programming, data structures, operating systems, and basic networking is expected. Where background gaps exist, applicants may be required to take prerequisite courses.

• Academic transcripts from a recognised institution showing a solid academic record.
• Statement of purpose outlining relevant experience, study goals and intended areas of focus.
• Letters of recommendation typically one to three, attesting to academic or professional potential.
• Resume/CV detailing technical experience, projects and employment.
• English language proficiency for international applicants, proven by an accepted test or equivalent evidence, unless exempt.

Career prospects

Graduates move into technical and leadership roles across networking and telecommunications sectors, technology companies, service providers and infrastructure vendors. The programme prepares students for positions that require both practical engineering skills and system-level understanding.

• Network Engineer or Network Architect
• Telecommunications Engineer / Systems Engineer
• Network Security Engineer or Security Analyst
• Cloud Networking Engineer or Site Reliability Engineer
• Systems Integrator and Technical Consultant
• Research and development roles in communications companies or doctoral study pathways

Why study at San Jose University

Located in the heart of the Silicon Valley region, San Jose University offers strong industry connections, frequent guest lectures and internship opportunities with networking and telecommunications employers. The university’s faculty combine academic research with industry experience, and students benefit from laboratory facilities, networking testbeds and partnerships with local technology firms. Career services and an active alumni network support transitions into local and global roles in telecoms and networking.