Network Science
Overview
Job Growth
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Duration
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Avg. Salary
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Career Paths
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Program Description
Network Science teaches how to design, build, and maintain connected technological systems such as computer networks, communication infrastructure, and automated systems. Students study network fundamentals, routing and switching, basic programming, mathematics for networks, system design, and practical lab work. The program prepares you for careers in network engineering, IT support, telecommunications, systems design, and roles in engineering teams across civil, electrical, and software fields. It combines hands-on practice with theory so you can solve real-world infrastructure problems, gain technical confidence, and step into internships or further study with strong practical skills.
Aims & Objectives
Develop the ability to design and document small to medium sized local area networks, validated by lab projects and design reports.
Master basic router and switch configuration and troubleshooting using command line interfaces, measured through practical assessments.
Understand mathematical and graph models of networks, and apply them to analyse connectivity and performance in written assignments.
Create simple networked applications and automation scripts using Python, demonstrated by coding exercises and project work.
Why Choose This Program?
High local demand
Ghanaian businesses, banks, telcos, and public services need network and IT specialists, so graduates have strong job prospects locally.
Hands-on learning
Regular lab work and simulations let you practice real configuration, troubleshooting, and system design before leaving school.
Pathway to professional certifications
The program prepares you for vendor and industry certificates such as Cisco or cloud networking credentials, boosting employability.
Wide career flexibility
Skills transfer to roles in telecommunications, IT support, systems engineering, automation, and further study in engineering and computer science.
Skills & Tools
Skills You'll Develop
Plan and document LAN and basic WAN topologies, apply graph theory and addressing schemes to ensure connectivity and scalability.
Use router and switch command line tools to configure protocols, VLANs, and diagnose faults using logs and packet traces.
Write Python scripts to automate configuration tasks, test connectivity, and process network data using libraries like Paramiko or scapy.
Employ tools such as Cisco Packet Tracer, Wireshark, or NS3 to model traffic, capture packets, and evaluate performance.
Tools & Resources
Cisco Packet Tracer
Wireshark
Python with networking libraries
GNS3 or NS3 network simulators
Challenges & Tips
Challenges
Abstract mathematics and graph concepts can be hard to visualise.
Many protocols and acronyms to memorise.
Tips & Advice
Use visual tools and simulators to plot networks, and practice step-by-step problem sets to build intuition.
Focus on core protocols first, create flashcards, and learn through hands-on configuration tasks.
Video Guide
Frequently Asked Questions
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