Dr David Kimemia Njoroge

Dr David Kimemia Njoroge

Lecturer- School of Engineering and Technology
dkimemia@mut.ac.ke

Google Scholar: https://scholar.google.com/citations?user=qCEc318AAAAJ&hl=en

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Biography

A dedicated and Passionate University lecturer of Electrical and electronics Engineering with over 15 years of experience with commitment to excellence in teaching. I excel in teaching Electrical Engineering units in the department, preparing course materials. My experience has leveraged my expertise in lecturing, curriculum development, academic journal reviewing, lesson preparation, assessment. Moreover, I also possess good communication skills which immensely enhance knowledge dissemination while teaching, in conference and publications. I have the ability to work independently and as part of team. Dr. Kimemia is passionate about making a difference in the lives of students and has good interpersonal skills which contribute to independent working potentials and as part of a team regarding research interest.

Education

  • 2024- Doctor of Philosophy (PhD): Kenyatta University; -Area of Research: Luminescent Solar Cells
  • 2017-Master of Science (MSc.): Kenyatta University: Area of Research: Carbon Dispersed Titanium Dioxide Solid Solar Cells
  • 2011- Bachelor of Technology Education (BTED): Moi University: Area of specialisation: Electrical and Electronics in Technology Education

Publications

1) D. K. Njoroge 1, W. K. Njoroge2 and I. W. Mwangi3, “Effect of Varying Titanium Dioxide and Iodine on Open Circuit Voltage and Short Current Density” IJARR, 3(9), 46-57, 2018

2)D. K, Njoroge1, W.K. Njoroge2 and I.W. Mwangi,3 “Effect of the Graphite Dispersed Titanium Dioxide Solid Solar Cell Composition on the Generated Potential (Voc.)” AJSTE 1, (1-21) 6th September,2020

3) D.K. Njoroge, “Effect of Varying Thickness on Performance of Titanium Dioxide Solar Cell.” AJSTE, Volume 2, pp (1- 9), 05th Nov, 2021

4)D. K. Njoroge 1, W.K. Njoroge.2 and I.W. Mwangi3, and M. Tonui4, “Effect of the use of inorganic- based photoluminescent materials in solar energy devices application.” WJAETS, 09 (02), 016–025, 17th May, 2023

5) D. K. Njoroge1, W.K. Njoroge2 and I.W. Mwangi3 and M. Tonui4,”Effect of Doping Silver Nano Particle-enhanced Titanium Dioxide with Organic Luminescent Materials for Solar Cell Application.”  IJRAMT, 4(8), August, 2023

6) D. K. Njoroge, “Titanium dioxide Ag NP enhanced solid solar cell electrodes for favourable efficiency.” STET 78(26), 5, 29th August, 2023