COREN
Engr. Abosede Sarat Dahunsi
Lecturer II
Department of Electrical and Electronic Engineering, Faculty of Engineering
Area of Specialization: Communication and Biomedical options of Electrical and Electronics Engineering
Biography
Engr Dahunsi Abosede Sarat is a passionate lecturer in the field of Communication options in Electrical Engineering. Her career intersects the industry and the academia. She had been a quality assurance personnel in the automobile industry for one and a half decade before her transition into the lecturing sector to impact knowledge into the upcoming generations.
Her major publications at the moment is titled "Simulating signal propagation in Nigeria's urban center using a Matlab based model; case study of Ekiti State, Nigeria" and " Comparative analysis of digital signal processing techniques for chromatic dispersion compensation in high speed optical communication system ". The two technical papers were duly published in reputable journals within the country.
She is currently seeking admission into our highly prestigious institution, Federal University Oye Ekiti to pursue her doctorate degree in the department of Electrical Engineering.
Prior to this time, she was an examination moderator in the then LASPOTECH ( Lagos State Polytechnic) and YabaTech (Yaba College of Technology). She was an adjunct staff in the department of mechatronics engineering of FIOYE where she impacted numerous students.
Engr Dahunsi Abosede Sarat is an astute engineer with a good interest in Biomedical options. One of her scholastic research is to find a more pro active means of treating jaundice in neonates so that the colossal loss experienced through jaundiced babies death can be greatly reduced.
She participated actively in both faculty and departmental activities as duly assigned. Part of her skills include a national training on HOMER software for renewable Energy project design organized by the ECOWAS centre for renewable Energy (ECREEE) and Energy Efficiency and the National center for energy efficiency and conservation (NCEEC).
Research Interests
Communications and Biomedical field in electrical and Electronics Engineering
Qualifications
| Degree | Institution | Year |
|---|---|---|
| B.Engr | University of ilorin | 2001 |
| MSc | University of Lagos | 2019 |
Professional Qualification
Nigeria Society of Engineers
The Association of Professional Women Engineers of Nigeria (APWEN)
Membership of Professional Bodies
Corporate member 24467
Electrical Engineer R22,264
Corporate member 000295
Undergraduate Project Supervision
Optimization of imaging techniques for non-invasive check of Bilirubin in neonates
Optimization of imaging techniques for non-invasive check of Bilirubin in neonates
Optimization of imaging techniques for non-invasive check of Bilirubin in neonates
Optimization of imaging techniques for non-invasive check of Bilirubin in neonates
Optimization of imaging techniques for non-invasive check of Bilirubin in neonates
Optimization of imaging techniques for non-invasive check of Bilirubin in neonates
Optimization of imaging techniques for non-invasive check of Bilirubin in neonates
Optimization of imaging techniques for non-invasive check of Bilirubin in neonates
Optimization of imaging techniques for non-invasive check of Bilirubin in neonates
Course Teaching
Digital Signal Processing
Digital Communication
Electrical laboratory Practical
Digital Signal Processing
Digital Communication
Electrical Engineering materials
Professional Skill
Inventory of materials
Shipping of materials
Solar powered HOMER
Selected Publications
Simulating sigmal propagation in Nigeria's urban center using a Matlab based model; case study of Ekiti state, Nigeria
Authors: A.S. Oluwole, Dahunsi Abosede Sarat, Abdullahi Sikiru
Dutse journal of pure and applied sciences β’ 2025
Open publicationComparative analysis of digital signal processing techniques for chromatic dispersion compensation in high speed optical communication system
Authors: A.S Oluwole, Dahunsi Abosede Sarat, Abdullahi Sikiru
Uniabuja journal of engineering and technology β’ 2025
Open publication