Building Reliable Energy Systems Through Code

Innovative research modeling economic systems using electrical engineering analogies. RLC circuit approach to simulate dynamic economic responses to policy shocks, representing economic entities as electrical circuit components for predictive analysis.

Comprehensive Real-Time Operating System course using Raspberry Pi 4B hardware. Educational content development for embedded systems engineering, focusing on practical RTOS implementation and IoT device development.

Comprehensive course adaptation based on Dr. Fabian Neumann's TU Berlin curriculum. Practical introductions to Python packages for energy data analysis and building sophisticated energy system models for African applications.

Advanced power system modeling using PyPSA to optimize hybrid renewable energy networks. Comprehensive analysis of wind, solar, and battery storage integration for cost-effective and reliable energy systems across Africa.

Raspberry Pi-based comprehensive monitoring and access control system for server rooms, featuring environmental sensing, security cameras, access logging, and real-time alerts for critical infrastructure protection.

Engineering for Change Fellowship project: 20 IoT data loggers providing real-time monitoring for 35 BLDC solar water pumps across Sub-Saharan Africa, empowering farmers with data-driven irrigation insights.

Advanced multi-protocol IoT controller designed to democratize smart energy access across Africa. Enables seamless communication between diverse energy devices using Modbus, MQTT, KNX protocols with real-time operating systems.

JKUAT Final Year Project: IoT system aggregating three water meters for real-time consumption monitoring with automated leak detection, solenoid valve control, and Android interface using ThingSpeak cloud platform.

Successfully commissioned 2 MWh, 2.4 MVA, 1.25 MW-peak grid-tied solar system with cloud-based remote monitoring. Contributed to R&D for cutting-edge Energy Management System. Employee of the Month recognition for exceptional project execution.

Designed, executed, and maintained 8+ smart hybrid hydro and solar mini-grid projects across Africa. Custom IoT platform integration for power generation and distribution asset management with real-time monitoring.

Python-based tool for calculating energy savings from EMS data using CSV processing. Processes monthly data to compute savings, aggregates yearly totals, and generates comprehensive Excel reports for energy management analysis.

Comprehensive training materials for Energy System Modelling using Python and PyPSA library. Workshop content for ESM Python Nairobi session, empowering African engineers with advanced power system analysis skills.

Educational presentation bridging the gap between digital technology and energy systems for university students. Comprehensive webinar exploring the intersection of data, software, and power systems engineering.

JKUAT SES Tech Week 2021 presentation teaching electronic design using Altium® Designer. Comprehensive introduction to PCB design, challenging students to develop sophisticated EDA tool skills for real-world problem solving.

Inspiring presentation sharing career journey lessons for developers and engineers. Comprehensive guide to growth, innovation, and thriving in the tech industry, based on real-world experience in African tech landscape.

Comprehensive electrical simulation tutorial for SES Projects weekly meetings during 2021-2022 academic year. Educational content covering circuit analysis, power systems simulation, and engineering design principles.

Professional portfolio website showcasing engineering expertise, project portfolio, and thought leadership in African energy innovation. Modern responsive design with accessibility features and performance optimization.

Comprehensive web application forked from emmanuelnyaayo/ku-tm-club-system for Toastmasters Gavel Club management. Features member dashboards, role signup, membership payments, resource access, leader voting, and administrative reporting tools.

Assembly language programming project for automated conveyor system. Microcontroller-based design for product motion control, type identification, quantity tracking, and manufacture time logging for industrial applications.