I am an Agricultural and Biosystems Engineer based in Nairobi, Kenya 🇰🇪 — one of East Africa's fastest-growing hubs for e-mobility and clean energy innovation.
My work sits at the intersection of renewable energy systems and electric mobility infrastructure — applying rigorous engineering principles to build solutions that are robust, scalable, and ecologically sound.
At SafariCharge, I focus on bridging the gap between legacy power grids and the demands of modern energy infrastructure, designing systems that are both economically viable and future-proof.
| Domain | Technical Scope & Technologies |
|---|---|
| ⚡ EV Charging Infrastructure | Smart CPMS networks, dynamic load management, OCPP integration |
| ☀️ Solar PV Systems | End-to-end design, grid-tied & off-grid, PVsyst / Homer Pro |
| ⚙️ Energy Systems Engineering | Single-line diagrams, cable sizing, protection coordination, energy audits |
| 🌾 Productive Use of Energy | Solar water pumping systems for agricultural yield improvement |
| 📊 Mobility Data Systems | Data pipelines for grid reliability, charger telemetry & uptime monitoring |
- 🔌 Grid Integration — Deploying and optimizing EV charging station networks across Nairobi.
- ☀️ C&I Solar — Designing grid-tied solar PV systems for commercial and industrial clients.
- 📊 Feasibility & Yield — Building engineering analytics tools for energy yield and LCOE financial modeling.
- ⚡ Telemetry — Developing telemetry pipelines for real-time grid and charger performance monitoring.
Pandas • NumPy • SQL • REST APIs • Data Telemetry
| Field | Tools & Standards |
|---|---|
| Solar Design | PVsyst • Homer Pro |
| CAD & Modeling | AutoCAD • SketchUp |
| EV Infrastructure | OCPP • EVSE |
| Standards | IEC • IEEE • KEBS |
Engineering integrated systems for large-scale EV charging networks — from feasibility studies and power distribution architectures to real-time telemetry that monitors charger uptime and grid load.
Key Focus: CPMS, OCPP Integration, Load Management
Designing and deploying grid-tied and off-grid solar projects. A key focus is Productive Use of Energy (PUE) — optimized solar water pumping solutions that directly improve agricultural productivity and rural livelihoods.
Key Focus: Solar PV Design, Agricultural Irrigation, Off-Grid Feasibility
Building bespoke technical tools and automated workflows for solar yield calculations, LCOE financial modeling, and real-time system monitoring — turning raw engineering data into actionable insights.
Key Focus: Analytics Pipelines, Data Visualization, Feasibility Modeling
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