Idaho State University

What you'll study

This programme combines core computing and engineering principles with specialised study in data communications, network design and telecommunications systems. The curriculum typically spans general education and foundational computing courses before focusing on networking and telecom modules alongside laboratory work and a culminating capstone project.

• Foundations: introductory programming, discrete mathematics, computer architecture and operating systems to build a solid computing base.
• Networking fundamentals: data communications, LAN/WAN technologies, routing and switching, TCP/IP, network protocols and network operating systems.
• Telecommunications: analog and digital transmission, cellular and wireless communications, optical communications, voice over IP and broadband technologies.
• Security and management: network security, firewalls, intrusion detection, network management and performance monitoring.
• Hands‑on labs and tools: practical laboratory exercises using industry equipment and software such as routers, switches, packet capture and simulation tools.
• Systems and integration: network design, cabling, systems integration, cloud connectivity and quality of service considerations.
• Professional practice: a capstone design project and opportunities for internships or co‑operative placements to apply learning in industry settings.

Entry requirements

Applicants should hold a recognised secondary school leaving qualification with strong preparation in mathematics. Prior study in algebra, trigonometry or precalculus is typically expected; physics and introductory computer science are advantageous. Admission usually requires evidence of academic readiness such as a competitive secondary school record or equivalent.

International applicants must meet English language proficiency requirements set by the university. Transfer students from community colleges or related technical programmes are usually considered and may receive credit for equivalent coursework; applicants should consult university admissions for specific credit evaluation procedures.

Career prospects

Graduates are prepared for a variety of technical roles across private and public sectors. Common career paths include:

• Network engineer / network administrator
• Telecommunications technician or systems engineer
• Wireless communications engineer and RF technician
• Security analyst specialising in network security
• Systems integrator or infrastructure architect
• Technical support and operations roles at ISPs, telecom carriers, utilities and enterprise IT departments

Alumni also move into related areas such as cloud networking, Internet of Things deployment, network planning for public safety communications, or further study at postgraduate level in communications, networking or cybersecurity.

Why study at Idaho State University

Idaho State University emphasises applied learning with well‑equipped teaching laboratories and industry‑oriented coursework that reflects current networking and telecommunications practice. Students benefit from faculty with practical and research experience, opportunities for internships with regional service providers and public agencies, and capstone projects that connect theoretical knowledge with real‑world system design and deployment.

The programme’s practical focus helps graduates enter the workforce with hands‑on skills in configuring, troubleshooting and securing communication systems, while pathways for internships and transfer credits make it accessible to a wide range of students seeking careers in networking and telecommunications.