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A functional system designed to measure aircraft weight by detecting the settling of the landing gear suspension under load. The project integrates sensors with an MCP23008-based LCD and applies principles of aircraft behavior to calculate weight and distribution. This innovation improves operational efficiency and supports accurate manual weighing procedures required in aviation maintenance.
A comprehensive proposal developed to support remote air traffic management operations for regional airstrips. The project includes on-site and remote hardware requirements, software concepts, MPLS connectivity, camera systems, NTP servers, and controller interfaces. It demonstrates an understanding of air navigation services, remote surveillance philosophy, and infrastructure planning.
Listed here as applied technical exposure, while detailed under Experience.
This attachment deepened practical understanding of tower operations, navigation systems, and communication equipment maintenance, contributing to all aviation project work.
An engineering project exploring how to detect and manage autorotation-related conditions. The system uses sensor input and programmed logic to simulate detection thresholds and trigger appropriate responses. The project demonstrates aerodynamics understanding, embedded architecture, and automated response design.
Designed a clean, functional user interface for the Vhumani platform, featuring influencer–business matching, financial overviews, campaign management, and real-time notifications. The design emphasizes usability, clarity, and workflow efficiency, built through UX research and Figma prototyping.
Created the user-facing design for Wingman AI — an aviation-focused AI platform under Fly by Mike. The interface prioritizes simplicity, conversational clarity, and a modern aviation aesthetic. It reflects UI design principles, responsive layout planning, and accessibility considerations.
Designed and built the aviation-centered platform that hosts educational content, humor features, an accessories catalog, and a growing collection of aviation tools. The website serves as the core digital identity of the Fly by Mike brand.
A curated list of high-quality aviation accessories with a focus on affordability and usability. Built as part of the Fly by Mike affiliate program, the catalog demonstrates UX structuring, product curation, and aviation industry relevance.
A highlight video produced at the Kisumu Air Traffic Control Tower, showcasing behind-the-scenes operations and professional interaction with air traffic controllers. This project strengthens the bridge between aviation storytelling and technical education within Fly by Mike.
Explored the feasibility, cost-effectiveness, and operational benefits of remote air traffic services for regional airstrips. This includes infrastructure challenges, equipment requirements, and realistic implementation at Kakamega and Kabunde airstrips.