Research Projects
1. My current PhD project is in the modelling the introduction and transmission of HIV/AIDS within and between different risk groups and treatment of HIV/AIDS in Kenya including the roll out of PrEP.
2. My thesis project for the Msc in mathematics was mathematical model for onchocerciasis and its treatment.
3. My AIMS project was concerned with the development of a mathematical model to explain the dynamics of Onchocerciasis disease and the effect of ivermectin on treatment. To view the full text of this project click project.
Workshops Projects
1. Participated in UNISA-UP 2016 workshop. In order to achieve the objective of the workshop, I am currently involved in modelling the spreading of a vector-borne disease in a crop.
2. I was involved in a MMED 2015 workshop project on a dynamic model of Tuberculosis in Swaziland: Drug-resistance, relapse, and reinfection.
Publications
1. Omondi, E.O, Mbogo, R.W and Luboobi, L.S (2018). Mathematical analysis of sex structured population model of
HIV infection in Kenya, click the link.
2. Omondi, E.O, Mbogo, R.W and Luboobi, L.S (2018). Modelling the trend of HIV transmission and treatment in Kenya, click the link.
3. Omondi, E.O, Mbogo, R.W and Luboobi, L.S (2018). Mathematical modelling of the impact of testing, treatment and
control of HIV transmission in Kenya, click the link.
4. Omondi, E.O, Nyabadza, F and R, Smith?, (2018). Modelling the impact of mass administration of ivermectin in the treatment of onchocerciasis (river blindness) ,click the link.
5. Omondi, E.O, Orwa, T.O and F. Nyabadza (2017). Application of optimal control to the onchocerciasis transmission model with treatment. Journal of Mathematical Biosciences, click the link.
6. Omondi, E.O, Nyabadza F, Bonyah E and Badu K, (2017). Modelling the infection dynamics of onchocerciasis and its treatment. Journal of Biological Systems, Vol. 25, No. 2, pg. 247-277. Click the Link