My teaching method is drawing pictures of concepts that people can go with and easily find there way with in research and development. I do not believe in writing abstract terms endlessly. I believe in writing about things I or others have done that have tangible and helpful results. My lessons will usually be in series and students at some point are required to get some tools for hands-on verifications and practice.
I'm a graduate electrical engineer who has spent most of his undergraduate time honing his passion for engineering practice, skills in embedded systems and circuits design. I've spent more time building my knowledge base than I have showing it; something most people are not fond of since there is no ready monetary or credential gratification to it.
My rates are negotiable depending on where I have to travel to and travel cost must be discussed. Interested people who have organized themselves can get better rates.
B.Eng (Electrical Engineering)
University of Nigeria, Nsukka In – View
Mechatronics research group, University of Nigeria, Nsukka – Synergizing Mechanical, electrical and computer sub-systems through Mechatronics research and development.
Electric Vehicle Sub-team member: April 2019 – Present
Responsible for the electrical system research and development which led to a functional five-sitter electric vehicle prototype capable of 30 km/hr for an hour on full load.
Manufacturing Company – GreenAge Technologies (Electrical Power Sub-system manufacturing)
IT student: April 2018 – October 2018
Responsible for providing technical support during internal design functions, testing and installations. Involved in the development of prototypes and a testing board and also in directing interns on technical issues.
Other duties at GreenAge:
Researching and developing ideas for new products and production systems.
Control and maintain the design standard of the products.
Improving the design, performance and efficiency of existing products through holistic product testing and fault analysis.
Considering issues such as cost, safety and time constraints.
Checking circuits for accuracy and errors; troubleshooting.
Design and implementation of a 1.5k VA square wave inverter.
Design and simulation of a 5k VA pure sine wave inverter using
Design and implementation of a 5k VA automatic voltage regulator using micro-controller.
Design and implementation of both single-phase and three-phase 5k VA and 22k VA automatic transfer switch.
Design and implementation of an automatic wireless water level monitoring system for domestic and industrial application.
House maintenance to determine best switch locations and locate faulty cables.
Electrical Services maintenance.
Plenty of Proteus Simulations
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|At his home||At your home||By webcam|
|1 hour||Not available||₦2000||₦3000|
|5 hours||Not available||₦8000||₦15000|
|10 hours||Not available||₦15000||₦30000|