Power Systems
& Grid Integration Specialist
I bridge the gap between Grid Simulation (PowerFactory) and Real-World grid integration. Specializing in Voltage Stability, Renewable Integration, and Automation; to engineer the Target Grid 2045.
Engineering the Future Grid
From static load flow analysis to dynamic stability, I deliver solutions that ensure regulatory compliance (VDE 4110) and operational efficiency.
Grid Simulation (RMS/EMT)
Automating stability studies and Load Flow Analysis using PowerFactory and Python to ensure renewable integration.
See Project →Optimization & AI
Deploying Fuzzy Logic and NSGA-II algorithms to solve multi-objective constraints for EV charging and §14a EnWG.
See Project →Digital Grid Operations
Translating complex engineering requirements into agile digital products and reliable validation workflows.
See Project →From Power Systems to Product and Back to Engineering
Operating as a Graduate Researcher in Grid Optimization (M.Sc. Candidate, 2026), I recently received the IEEE ETECOM 2025 Best Paper Award for optimizing EV charging infrastructure by achieving 15% cost reduction while improving grid reliability across 500+ scenarios.
Before returning to core engineering, I scaled digital systems with Elephant Healthcare and Ilara Health learning how technical solutions actually get adopted and sustained in the real world. Now focused on grid integration, renewable energy, and power systems simulation for Germany's energy transition.
Simulation Meets Reality
"The best engineering works in PowerFactory and in the field. My path from power systems simulation to commercial operations taught me to design solutions that are technically robust and commercially viable—whether modeling grid stability or commissioning renewable installations."
Featured Research
Solving the §14a EnWG Challenge with Math
IEEE Best Paper Award (2025): Robust EV Grid Integration
Traditional grid planning fails under uncertainty. My research developed a Fuzzy Multi-Objective Optimization Framework that balances grid constraints with user equity, creating a robust solution for the deployment of EV infrastructure in Berlin.
Optimization Result
+15%
Cost Reduction vs. Deterministic Planning
Skills, Tools & Platforms
A blend of technical and professional proficiencies
Engineering Toolkit
Regulatory Competence
Technical Leadership & Delivery
Tech Stack & Platforms
Affiliations
Member & Researcher, IEEE 2025
Member, 2025
Member, 2025
Kiron Open Higher Education 2025
Imagine Foundation 2023
Ashoka Network 2024
Alx Network 2018
Engineers Board of Kenya 2016
My Philosophy
Core Beliefs
"Smart Laziness" & Systemic Efficiency
"True efficiency isn't about working harder—it's about understanding systems so deeply that you can identify the one change that eliminates ten problems."
This principle, learned from debugging transformers in Kenya, now guides how I approach everything from code architecture to team dynamics.
Ready to Build Something Impactful?
Let's combine technical excellence with purpose-driven innovation to create solutions that truly matter.