Ferris State University

What you'll study

This degree combines core computing foundations with specialised networking and telecommunications topics. Early courses typically cover programming fundamentals, data structures, discrete mathematics and introductory computer systems. Core networking and telecom modules include network architecture and protocols, routing and switching, network security and intrusion detection, wireless and mobile communications, Voice over IP (VoIP) systems, broadband and optical communications, and telecommunications service fundamentals.

Students spend substantial time in practical labs and projects: configuring routers and switches, implementing VLANs, designing secure network topologies, deploying wireless networks and integrating voice and data services. The programme usually culminates in a capstone project or practicum that integrates network design, implementation and troubleshooting for real or simulated enterprise scenarios. Many curricula also map to vendor certification objectives (for example, CompTIA and Cisco) and offer opportunities to prepare for those exams.

• Network fundamentals and protocols (TCP/IP, Ethernet)
• Routing and switching technologies
• Network security and ethical hacking basics
• Wireless and mobile network design
• Telecommunications systems (VoIP, broadband, optical)
• Systems administration and network operating systems
• Network management, monitoring and performance tuning
• Capstone project or industry practicum

Entry requirements

Applicants should hold a high school diploma or equivalent with a background in mathematics. Admissions typically look for evidence of quantitative ability and problem‑solving skills; prior coursework in algebra, physics or introductory computing is advantageous. Candidates with an associate degree in a related field or relevant industry certifications and work experience may be considered for transfer or advanced standing.

International applicants will need to demonstrate English proficiency through recognised tests or equivalent qualifications. Ferris State evaluates applications holistically, considering academic record, coursework, test scores where required, and any relevant work or technical experience.

Career prospects

Graduates are prepared for roles that support and maintain enterprise networks and telecommunications services. Typical job titles include:

• Network administrator or network engineer
• Telecommunications engineer or VoIP engineer
• Wireless network engineer
• Systems administrator and infrastructure specialist
• Network security analyst or IT security technician
• Field service technician or network support specialist
• Network operations centre (NOC) technician

Graduates often work in sectors such as service providers, enterprise IT departments, healthcare, education, manufacturing and government. The programme also provides a pathway to vendor certifications and further study in cybersecurity, network architecture or telecommunications management.

Why study at Ferris State University

Ferris State emphasises applied, hands‑on learning and practical skills that employers seek. The university provides dedicated networking and telecom labs where students gain experience with industry equipment and current software tools. Faculty in the programme typically have industry experience and maintain connections with regional employers, supporting internships and practicum placements.

Students benefit from experiential learning opportunities, including lab projects, internships and participation in recognised networking academies and certification preparation. Ferris also offers student support services such as career advising and job placement assistance to help transition graduates into network and telecommunications roles.