Teachings
Abel Ajibesin, PhD, FASI, FMACM, IEEE STEM Ambassador, Founding Editor-in-Chief, AfJUR
COURSES & TEACHING PHILOSOPHY
As a trained teacher with a background in American style education, I have always ensured a world-class curriculum with an eye on the future. The motive is to provide technical education integrated on the backbone of the American-styled system of education, to the end that students are well-rounded and up-to-date with current demands and trends in innovative technology, state of the art practice in Science, IT, Engineering and entrepreneurial opportunities.
My vast training and experience are resources that I always go with in challenging outstanding students to a greater height and motivating others to better their performance by spotting their uniqueness and recommending a suitable study approach. The success of my methodology is exceptional. Some of my students who passed through my tutelage emerged the best graduating Master’s student and PhD level from world class Universities. Some are leaders in emerging technologies such as Artificial Intelligence (AI), Machine Learning, Embedded System, Robotics, Big Data, Internet of Things (IoT), and Data Science.
Others have established their own company. Junior staffs are not left out as beneficiaries of my policy. In my philosophy no question is dumb and nobody is negligible. I have served as the faculty lead in promoting the use of online and digital resources in teaching and learning as well as the adoption of a problem-centred approach to pedagogy. I have contributed to a model that promotes a more engaging, more efficient, and more effective learner-directed method. Colleagues and students alike applaud my teaching and leadership ability. My training in these technical fields has accorded me a panoramic view and a creative edge.
Courses that I have Elaborated and Taught
I have lectured extensively across different STEM programs. Since my teaching career, I have played a major role in developing curriculum and taught over 40 courses at different levels and universities.
School of IT & Computing / School of Engineering, AUN
1. | GEC 217 | Engineering in Society |
2. | CSC 947 | Advanced Computer Architecture (PhD Students) |
3. | CSC 805 | Computer Communication and Network (Master Students) |
4. | INF 803 | Business Data Communications and Networking (Master Students) |
5. | TEL 610 | Telecom Markets (Services, Operators, Processes & Sys.) (Master) |
6. | TEL 507 | Telecommunications Regulation (Master Students) |
7. | TEL 429 | Communication Modelling and Simulation (Final Year Students) |
8. | TEL 499 | Advances in Communication Networks (Final Year Students) |
9. | TEL 480 | Telecommunications Management & Control (Final Year Students) |
10. | TEL 472 | LAN Administration (Final Year Students) |
11. | TEL 490 | Senior Design Project/Capstone (Final Year Students) |
12. | CIE 333 | Data and Computer Communications |
13. | TEL 301 | Principles of Telecommunications Engineering Theory |
14. | TEL 310 | Fundamental of Wireless Communications |
15. | TEL 361 | Telecommunications Protocols & Technologies |
16. | TEL 308 | Network Routing |
17. | TEL 252 | Introduction to Telecommunications and Data Networks |
18. | INF 206 | IT Systems: Hardware and Software |
19. | ITC 101 | Introduction to Software Applications |
20. | CIE 104 | Principles of Programming I |
21. | INF 104 | Programming Logic & Design |
22. | CSC 102 | Introduction to Computer Science |
23. | CSC 301 | System Programming |
24. | CIE 302 | Principles of Operating Systems |
25. | SEN 301 | Introduction to Software Engineering |
26. | TEL 331 | Telecommunication & Datacom Laws |
27. | TEL 351 | Telecommunications Network Security & Auditing |
28. | CSC 406 | Internet of Things |
Department of Electrical and Electronics Engineering, MAUTHECH
1. | EEE 712 | Advanced Communication Electronics (Master Students) |
2. | EEE 705 | Wireless and Mobile Communications (Master Students) |
3. | EEE 703 | System Modelling and Simulation (Master Students) |
Department of Electrical Engineering, UCT
1. | EEE358S | Fundamentals of Communications Engineering |
2. | EEE3080F | Communication Networks & Systems |
3. | EEE 3076F | Signal & Systems |
Department of Computer Science, ADSU
1. | CSC 404 | Computer Data Communication and Network (Final Year) |
2. | CSC 713 | Software Methodology (Masters Students) |
Department of Electrical & Telecommunication Engineering, PAUSTI
1. | PUE 3128 | Computer Networks and Protocols Design (Masters Students) |