Omari Studio Consulting
Strategic Grid AdvisorEngineering and Advisor
ProofEngineeringIEEE Research
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  • Registered Engineer
  • M.Sc. Engineering Management (2026)
  • IEEE Best Paper Award 2025
  • AWS Academy Graduate – Data Engineering

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  • Grid Compliance Library

System Status: Nominal

Audit Ledger Verified: 2026-04-09

v3.5.0

© 2026 Clifford Omari Ondieki. All artifacts hash-verified.

Initializing Intelligence

Engineering, Not Guesswork.

Precision via Simulation.
Engineering, Not Pitching.

My consulting relies on validated models, not just slides. I deploy a proprietary toolchain linking Python and PowerFactory to mathematically securitize grid decisions.

View Sample Report
ingest.py
optimize.ipynb
report_final.pdf
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The Intellectual Engine

An audit-ready pipeline from raw data to defensible decisions.

GIS & Ingestion

Automated parsing of CIM/XML and Geospatial data into clean Pandas DataFrames.

Simulation

Physics-based load flow & short-circuit analysis via PowerFactory/Pandapower.

Optimization

NSGA-II algorithms to solve for cost vs. stability trade-offs.

Verification

Automated cross-check against VDE-AR-N 4110/4120 constraints.

The Analysis Algorithm

Data Integrity Check

Cleaning topology errors in raw provided datasets.

Scenario Definition

Defining boundary conditions (N-1, worst-case).

Multi-Objective Optimization

Algorithmic search for Pareto-optimal solutions.

Compliance Validation

Automated checks against Grid Codes (VDE/IEC).

Trust via Transparency

Open Source Core

Built on battle-tested libs (Pandapower).

Git Versioning

Every result traceable to a specific commit.

IEEE Standards

Methodology aligned with peer-reviewed IEEE publication standards.

Audit-Ready Data

Mathematical Stability Assurance

// VDE-AR-N 4110: Simplified Voltage Stability Curve
P(U)=Pmax⋅(UUn)2⋅cos⁡(ϕ)P(U) = P_{max} \cdot \left(\frac{U}{U_n}\right)^2 \cdot \cos(\phi)P(U)=Pmax​⋅(Un​U​)2⋅cos(ϕ)
Formula valid for static security assessment in distributed feeders.

Proof-Driven Logic.

Every simulation result is cross-checked against fundamental power flow equations. I don't rely on black-box software alone; I implement custom validation scripts to ensure that voltage sensitivities ($ \partial U / \partial P $) remain within regulatory envelopes.

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NSGA-II Compliant

Looking Ahead: Grid Transformation

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.

Explore Insights 🎪 CWIEME 2026 Berlin

Ready to Energize Change?

I’m happy to discuss whether a short technical engagement makes sense for your grid constraints or compliance workflows. Every engagement is scoped, tool-driven, and defensible.

Discuss a Short Engagement
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