Dr. ROBINSON NDEGWA
B.Sc. (Physics), M.Sc. -Physics (Nairobi-2004), Masters in Satellite (Rome-2009), PhD-Physics (Nairobi-2020)
Physical Address: Physics Department Laser Lab Room 233
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2020
Ndegwa R, Simiyu J, E Ayieta, Odero N.
"
A Fast and Accurate Analytical Method for Parameter Determination of a Photovoltaic System Based on Manufacturer’s Data
."
Journal of Renewable Energy
. 2020;(2020):1-18.
Ndegwa R, E Ayieta, Simiyu J, Odero N.
"
A Simplified Method for Parameter Determination of a Photovoltaic Module using Manufacturer’s data
."
Africa Journal of Physical Science
. 2020;5:1-9.
Ndegwa, R., E Ayieta, Simiyu J, Odero N.
"
A Simplified Simulation Procedure and Analysis of a Photovoltaic Solar System Using a Single Diode Model
."
Journal of Power and Energy Engineering
. 2020;8(9):65-93.
2011
Kiroe A, Kimani J, Nyawade A, Ndegwa R.
"
Kenya’s Capacity Building in Satellite Technology: The Small Satellite Approach With Emphasis on The CubeSat, 4th African Leadership Conference (ALC) on Space Science and Technology for Sustainable Development,
."; 2011.
2004
Wangai JK, Ndegwa R, Mustapha AO, Kaduki KA.
"
Development of a tuneable diode laser absorption spectrometer for NO2 measurements, 8 The Seventh International Workshop on Physics and Modern Applications of Lasers
."; 2004.
Ndegwa R.
Development of microprocessor-based instruments for laser based instruments
. Nairobi: Nairobi; 2004.
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Recent Publications
A Simplified Method for Parameter Determination of a Photovoltaic Module using Manufacturer’s data
A Simplified Simulation Procedure and Analysis of a Photovoltaic Solar System Using a Single Diode Model
A Fast and Accurate Analytical Method for Parameter Determination of a Photovoltaic System Based on Manufacturer’s Data
Kenya’s Capacity Building in Satellite Technology: The Small Satellite Approach With Emphasis on The CubeSat, 4th African Leadership Conference (ALC) on Space Science and Technology for Sustainable Development,
Development of a tuneable diode laser absorption spectrometer for NO2 measurements, 8 The Seventh International Workshop on Physics and Modern Applications of Lasers
Development of microprocessor-based instruments for laser based instruments
more