Mfegnam Pamfensie Issofa

Schematic and Layout Design with Fusion 360 Electronics Power Electronics model Simulation with Matlab/Simulink Electronics model simulation with Ltspice Schematic design with Solidworks Electrical BMS design and test Semiconductor switches drivers design and prototype testing Li-Ion battery pack construction and testing

Development of a TCP/IP interface between Simulink and an aeroelastic simulation program for advance control purpose

Particle project using Matlab\Simulink is a project where I used the computer vision toolbox simulink to visualize the movement of a fluid containing different particle flowing through a channel. During this project I used different image processing analysis such as image convertion, frame display, background subtraction, segmentation, blob analysis and finally to display the output of the video in a cartesian coordinate

Optimum Space vector PWM for Full-Scale Converter in Wind Turbine Application. The thesis was based on the implementation of the different PWM model such as SPWM, SVM, Flat top, Active State division with the use of the Matlab/Simulink software and the PLECS toolbox and generate the 3D line voltage and line to ground voltage harmonics. the weighted total harmonics distortion WTHD as well as the RMS curve of the different output voltage.

Assistant Test Engineer. During my internship I worked on the test of the different Highprotec relay design by the company with the help of the OMICRON test device. Test such as overcurrent, overvoltage earth fault were performed on different realy series. I also use the ATP/EMTP software to implement some power system circuit and send the signal to the devices

City Portal Software Design "Kuala Lumpur". The project was based on the design of the city portal with the implementation of the software based on the "Agil Method" with the emphasis on two main points which were Shopping and Eating out

Analysis and Technical Application of TGS Gas Sensor. The project was based on the design of the hardware gas detector with the TGS 822 and TGS 813 according to the level of the selected ambient gases. Due to the fact that both sensors can be used to detect the same gas there was an optimization for the fast gas detection the advantages and disadvantages between the two sensors

Industrial Robot Arm manipulator. The project started with a course on a basic robot programming. operating, joging, mastering and calibration of the work piece. The different motion type like PTP, LIN and CIRC. The gripper programing was also done with logic and lopping

Electrodynamics, System Theory, Control Theory I & II, Process Automation I & II, Robotics, Real time software design I & II, Power converter, Soft Robotics, Sensors and Measurement, Microfluidics Engineering

Actorics, Advance control I & II, Automation and Industrial Communication, Electrical Engineering I & II, Engineering Design I & II, Fluid Power, Basic Control, Machine Dynamics & Systems Dynamics, Machine Element, Material Science, Mechatronics Systems, Modelling and Simulation, Sensorics

Control System Engineering, Advance Electronics I & II, Medical Electronics

Power System I & II, Protective Relay I & II, Power Electronics I & II, Engineering Management, Digital Electronics, Transmission and distribution of Electrical power, Thermofluid Mechanics, Telecommunication principle