From Kenya’s power grids to Berlin’s energy transition — blending engineering precision with systemic thinking.
I'm Clifford Ondieki, a Power Systems Engineer who believes true innovation springs from a deep understanding of connections whether in high-voltage grids or human teams.
My path from analyzing grid stability in Kenya to optimizing energy systems in Berlin has been defined by one goal: bridging the gap between simulation and reality. Every challenge—from commissioning hardware to modeling renewable integration—shapes my approach to grid resilience and technical architecture.
For me, engineering is not just about efficiency; it's about building robust systems that adapt to the future.
M.Sc. Engineering Management (Candidate)
Focus: Power Systems & Automation | Arden University, Berlin (2026)
B.Sc. Electrical & Electronic Engineering
Major: Power Systems | JKUAT (Anabin H+ Recognized)
From Kitale to Europe – validating models in the field where engineering truly happens. 🐐
Kitale, Kenya - Age 12
It started with a broken radio. Disassembling it wasn't just play; it was my first lesson in system topology. Understanding how each component contributes to the whole is a principle that now guides my work in commissioning and SCADA systems.
JKUAT, Kenya - 2015
My bachelor's project on Voltage Stability Analysis (PowerFactory) taught me a critical lesson: models are perfect, but reality is messy. Mitigating voltage collapse in a weak grid required not just calculation, but understanding the operational constraints of the network.
Nairobi to Berlin - 2025
Moving to Berlin was a strategic decision to join the heart of the Energiewende. I bring a unique perspective: the resourcefulness of Kenyan engineering combined with the precision of German standards, focused on the integration of Renewables and EV infrastructure.
One of my biggest challenges was balancing academic rigor with field operations. This led me to develop "Smart Laziness" – the engineering art of deep analysis to find the single, strategic change that solves ten problems. It's about optimization over brute force.
Settling in Berlin brought the challenge of adapting my problem-solving style. I've learned that diversity is a technical advantage—my heritage emphasizes resilience and adaptation, qualities essential for stabilizing modern power grids.
"Understanding is more important than memorization"
Engineers who showed me that true mastery lies in understanding the 'why' behind every Grid Code and VDE regulation, not just following the manual.
Leaders who taught me that sustainable infrastructure happens when you empower local teams to maintain their own systems.
A hybrid skill set combining technical precision with operational strategy.
From 11kV power lines to complex data pipelines – mastering system topology.
Bridging German standards (VDE) with adaptable problem-solving from emerging markets.
Aligning technical capability (Simulation) with deployment reality (Commissioning).
Using SCADA data and NSGA-II to predict behaviors and optimize performance.
Experience in validating systems in the field to ensure adoption and success.
Translating complex engineering concepts into clear insights for stakeholders.
"Clifford is a very focused young professional... eager to learn and willing to go the extra mile to ensure high-quality outcomes."
"Clifford embodies leadership with his hands-on approach to execute and deliver on set objectives... I strongly recommend him."
I aim to apply my hybrid skills in simulation and operations to the challenges of the German grid. My goal is to create systems that are resilient, efficient, and future-proof.
Long-term, I will continue to mentor the next generation of engineers, advance STEM education in Africa, and break barriers – always driven by purpose-oriented problem-solving.
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