I am a trained mathematician and Electronic engineer, I have assisted undergraduate learners in their courses via tutoring, technical/laboratory support, and demonstrations. I assisted students in understanding basic electronic terminology, MATLAB simulation software and assembler level programming, and circuit analysis using appropriate device models. I currently teach 1st year Engineering mathematics
Recent Students: 0 |
Total Hours: 0 |
Last Online: |
All-time Students: 0 |
Total Classes: 0 |
Signed Up: |
Recent Students: 0 | Total Hours: 0 | Last Online: |
All-time Students: 0 | Total Classes: 0 | Signed Up: |
OLUWASEYI PAUL BABALOLA (Member, IEEE) received the B.Sc. degree in mathematics from the University of Ibadan, Nigeria, in 2009, the M.Sc. degree in electrical engineering from the University of the Witwatersrand, Johannesburg, South Africa, in 2017, and the Ph.D. degree in electronic engineering from Stellenbosch University, South Africa, in 2020. He is currently a Post- doctoral Research Fellow with the Department of Electrical, Electronics, and Computer Science Engineering, Cape Peninsula University of Technology Bellville, South Africa. He has taught courses on digital signal processing, digital electronics, and engineering mathematics. His research interests include advanced error-correcting coding, the IoT, machine learning/artificial intelligence, digital signal processing techniques with applications to wireless communications, acoustic communications, and storage systems.
- Taught Signals and Systems ELEN 2005 at the second-year level, where students were introduced to mathematical modelling of signals and systems with practical applications to voltage, current, electrical circuits, etc.
- Taught electronics ELEN 2001 at the second-year level, where students were introduced to basic electronic terminology, simulation software, and circuit analysis using appropriate device models.
- Taught Electronic Communications COM 371S at the third year level, where students are introduced to digital modulation techniques.
- Teaching Engineering Mathematics EMA 151S at the first year level. In particular, I teach trigonometry and calculus where students gain knowledge and understanding of mathematical theory and principles for transforming real-world problems to simple mathematical models.
1. Digital signal processing
2. Forward error correction
3. Electronic communications
4. Engineering mathematics
5. Acoustic communications
Verified
1. PhD Electronic Engineering
2. MSc Electrical Engineering
3. BSc (Honours) Mathematics
Weekdays | Weekends | |
---|---|---|
Morning | ||
Afternoon | ||
Evening |