I am an Agricultural and Biosystems Engineer based in Nairobi, Kenya 🇰🇪.
My work combines renewable energy engineering, electric mobility infrastructure, and data driven operations. I focus on turning technical plans into systems that run reliably in real conditions.
At SafariCharge, I work across planning, design, deployment, and optimization of EV charging and power systems for growing urban and commercial demand.
- Planned multi site charger deployments with load balancing and phased grid upgrades.
- Built commissioning and operations workflow for charger uptime and response handling.
- Improved handoff quality between engineering and field teams.
- Produced grid tied PV designs with yield modeling and financial sensitivity checks.
- Standardized cable sizing, inverter matching, and protection selection inputs.
- Reduced early stage redesign cycles through repeatable templates.
- Designed solar water pumping layouts for agricultural productivity improvement.
- Compared storage and direct drive configurations across seasonal demand profiles.
- Aligned pump sizing with site specific crop and water constraints.
- Built telemetry pipelines for charger status, power draw, and availability metrics.
- Structured alert logic for fault patterns and low utilization windows.
- Enabled faster diagnostics through clearer operational views.
Pandas • NumPy • SQL • REST APIs • Data Telemetry
| Field | Tools and Standards |
|---|---|
| Solar Design | PVsyst • Homer Pro |
| CAD and Modeling | AutoCAD • SketchUp |
| EV Infrastructure | OCPP • EVSE |
| Standards | IEC • IEEE • KEBS |
- Commissioning focused engineering for EV charging reliability
- Data backed feasibility workflows for solar and mobility projects
- Cross functional execution from site survey to operating system
