• Working on research and development to improve sensitivity and develop new formulations for high-performance metal oxide-based gas sensors• Carrying out variations in recipe formulations in the growth of metal oxide materials for gas sensors• Conducting I-V characteristic and sensitivity tests on sensor materials that have been fabricated as gas sensors with silver electrodes against ethanol gas

• Supervised 20 students to implement some power electronic concept like Diode, Thyristor, Rectifier, Converter, Inverter and etc within 5 modules • Tested and validated designs through both simulation and experimentation.• Kept detailed weekly reports to document and evaluate student laboratory grades, attendance, and behavior.

• Make drilling mud fluid based on SF-05 with a certain composition to achieve the desired fluid mud specification target.• Examining the volume ratio between two diesel ingredients to make SF-05 so that it can achieve the specifications of SF-05 in terms of physical properties and composition.• Carrying out properties tests on SF-05 and fluid mud based on SF-05.• Analyze the effect of emulsifier concentration on the electrical stability properties of fluid mud used for drilling.

• Analyze and review each module to ensure complete relevance to the material and data generated by the 50 students.• Tested and validated designs through both simulation and experimentation about implementing logic gate.

• Supported respected faculty members in delivering valuable practical learning opportunities using Electronic Kit to students.• Supervised 50 students to implement some electronic concept likeBJT, MOSFET, Op-Amp and etc within 5 modules • Kept detailed weekly reports to document and evaluate student laboratory grades, attendance, and behavior.

• Supported respected faculty members in providing valuable hands-on learning opportunities using MULTISIM and Electronic Kit to students.• Supervised 50 students to apply several electronic concepts such as Rectifier, Clamper, Amplifier, etc. in 6 modules• Prepared detailed weekly reports to document and evaluate student lab grades, attendance, and behavior.

• Worked closely with the instructor to initiate and supervise the first Numerical Computing laboratory session, enriching the students’ practical learning experience.• Guided and assessed 50 students through 14 modules, ensuring a thorough understanding of MATLAB and Simulink, and the ability to solve problems using numerical computing.• Prepared comprehensive weekly reports, carefully recording student progress, class attendance, and discipline issues.