Network Administrator
Computer Science graduate student passionate about cloud, DevOps, network protocols, routing and wireless systems. I build secure scalable networks for the enterprise .
I am currently enrolled in the MSc Computer Science program at Redeemer's University. I’m passionate about cloud, DevOps, network protocols, routing and wireless systems. I build secure scalable networks for the enterprise.
I am enrolled in CSC828 - Internet Technology, taught by Dr. S A. Adepoju of theComputer Science department of Redeemer's University.
Selected academic assignments demonstrating technical abilities and project workflow.
The Internet is one of the most transformative inventions in modern history. Its development began in the 1960s during the Cold War era when the U.S. Department of Defense funded a project known as ARPANET (Advanced Research Projects Agency Network). ARPANET was initially intended to allow communication between different research institutions in a way that would survive a nuclear attack by creating a decentralized network
Four web servers are compare based on 18 criteria. This will provide the opportunity to explore the capabilities of each of the servers and enhance decision making as to which server is suitable for different situations.
As computer networks become increasingly central to communication, commerce, and services, understanding the foundational principles behind network protocols, addressing, and data transport is essential. This paper examines four interrelated domains: (1) connection-oriented versus connectionless protocols, (2) comparative models of networking (TCP/IP and OSI), (3) the contrast between IPv4 and IPv6, and (4) network ports and their significance. Through detailed analysis, we show how connection models (TCP vs UDP) reflect trade-offs in reliability, latency, and overhead; how the OSI and TCP/IP models provide different lenses for interpreting protocol stacks; how IPv6 addresses limitations of IPv4 while introducing its own transition challenges; and how ports bind services to endpoints reliably. A comparative discussion integrates these topics to illustrate how, in modern networks, protocols, models, addressing, and port assignments cooperate to enable scalable, robust communication. The paper concludes by emphasizing the value of mastering these fundamentals in designing, troubleshooting, and evolving networked systems.