Rochester Institute of Technology

What you'll study

This programme combines core computing and engineering fundamentals with specialised coursework in networking and telecommunications. You will study topics such as network architecture and protocols, routing and switching, wireless communications, data communications, network security, voice over IP (VoIP), and telecommunications systems. Courses emphasise hands‑on learning in networking and telecom labs, covering configuration and troubleshooting of enterprise networks, cellular and broadband access technologies, network programming and automation, and the design of resilient network infrastructures.

Typical study components include foundational mathematics and computing courses, sequential networking classes (from fundamentals to advanced routing and switching), security and performance analysis, communications systems and signal concepts, plus elective options that may cover cloud networking, network virtualisation, Internet of Things (IoT) connectivity, and network management tools. The programme generally culminates in a capstone design project where teams plan, implement and document a comprehensive networking or telecommunications solution.

A distinctive element is RIT’s emphasis on experiential learning: laboratory work, simulation and modelling assignments, and substantial cooperative education or internship placements with industry partners that let students apply classroom theory to real operational networks.

Entry requirements

Admission typically requires a recognised secondary school qualification with strong performance in mathematics; physics and a grounding in computing or information technology are advantageous. Applicants are expected to submit academic transcripts and any materials requested by the admissions office. International applicants will need to demonstrate English language proficiency through accepted tests or equivalent qualifications.

Successful candidates often have experience or demonstrated interest in computing, programming, or electronics, and strong problem‑solving skills. Where applicable, RIT may consider placement testing or preparatory coursework for students who need to strengthen their background in calculus, discrete mathematics or introductory programming before starting advanced courses.

Career prospects

Graduates are prepared for technical and engineering roles across telecommunications, enterprise IT and service provider environments. Common job titles include network engineer, systems or network administrator, telecommunications engineer, network security analyst, wireless or RF engineer, VoIP/UC engineer, and cloud networking specialist. Graduates also find roles in network operations centres, managed service providers, equipment vendors, and organisations that operate large internal networks such as financial services, healthcare, manufacturing and government.

The programme’s practical lab experience and cooperative education placements enhance employability, equipping graduates with the hands‑on skills recruiters seek for deployment, troubleshooting and optimisation of modern networked systems.

Why study at Rochester Institute of Technology

RIT is known for experiential, career‑oriented education, and the CSNT programme leverages that approach with extensive laboratory facilities, specialised networking and telecom equipment, and formal relationships with industry partners. The university’s cooperative education programme and internship networks provide extended workplace experiences that often lead to job offers upon graduation.

Students benefit from faculty with industry and research experience, access to cross‑disciplinary resources (including computing, cybersecurity and engineering), and dedicated career services that support résumé development, interview preparation and employer engagement. The campus culture emphasises applied learning, innovation and professional readiness for students aiming to enter the fast‑evolving fields of networking and telecommunications.