My research focuses on modelling the impacts of climate change on agricultural and food systems, and testing context-specific adaptations that have the potential for enhancing productivity while reducing the climate change effects through mitigation mechanisms. I apply a wide range of methods and technologies, including statistical analysis, artificial intelligence, crop modelling, GIS, remote sensing, and climate modelling, to analyse the spatial-explicit interactions of plant, soil, atmospheric and management factors across diverse agroecological divisions. I also combine survey data from longitudinal surveys such as the World Bank LSMS-ISA surveys to integrate socioeconomic analysis and develop a holistic understanding of human-natural interactions and their influences on agricultural systems from local to global scales. Furthermore, I am actively engaged in writing project proposals on multidisciplinary topics around climate change, ecosystem conservation and sustainable agricultural production.

I have won various scholarships and awards, including the Vice Chancellor's academic award at the Jomo Kenyatta University of Agriculture and Technology and the German Academic Exchange Service (DAAD) Scholarship. I have an excellent record of over 25 peer-reviewed publications to my name in top journals. I have also presented at over 10 international conferences across Europe, Africa, and Latin America. I currently teach various courses and seminars, including Agricultural Systems Modelling, Modelling in Geosciences, GIS/Cartography, Geostatistics, Climate resilience of cultural ecosystems, and Climate change adaptation in sub-Saharan Africa.  I maintain a deep interest in transforming livelihoods through science and practice, continuous acquisition, development, and application of my knowledge and skills through collaborative efforts in Sub-Saharan Africa. I look forward to continued collaboration on the above topics with researchers around the globe.