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Understanding, maintaining, and troubleshooting essential aircraft power and electrical distribution systems.
Familiarity with navigation equipment and principles used in modern aviation operations.
Knowledge of aircraft communication systems and supporting infrastructure.
Ability to identify, analyze, and resolve system faults accurately.
Skilled in interpreting electrical diagrams for installation, maintenance, and repairs.
Experienced in routine checks and condition-based assessments for avionics components.
Competent in following aviation documentation and operational standards.
Strong adherence to aviation safety protocols and system handling guidelines.
Solid grasp of aircraft systems and their interactions within avionics environments.
Well-versed in structured aviation maintenance practices and compliance frameworks.
Applying engineering logic to solve complex technical challenges.
Ability to design, test, and refine technical concepts into functioning solutions.
Experience integrating sensors with microcontrollers for real-time data processing.
Familiar with fundamental electronic circuits used in aviation-related systems.
Applying engineering logic to solve complex technical challenges.
Proficient in creating intuitive UI layouts, components, and design prototypes.
Understanding layout, hierarchy, consistency, and visual communication in interface design.
Ability to study user behavior and create solutions centered around user needs.
Arduino IDE — Programming and debugging microcontroller-based systems and prototypes.
PuTTY — Using terminal tools for communication, configuration, and basic testing.
CAD tools — Basic proficiency in using CAD for technical sketches and design visualizations.
Sensors & microcontrollers — Practical experience creating systems using sensor input and microcontroller processing.
Oscilloscope — Performing signal analysis for project diagnostics.
Soldering tools — Building and assembling stable electronic circuits and components.
Technical research — Investigating aviation concepts and systems for project development.
Data interpretation — Analyzing technical information and applying insights to engineering decisions.
Project documentation — Producing detailed reports, analyses, and structured research for aviation projects.
Problem-solving — Approaching technical challenges with structured and innovative thinking.
Teamwork — Working collaboratively in engineering, academic, and operational environments.
Critical thinking — Evaluating complex situations and selecting the most effective solutions.
Adaptability — Adjusting quickly to new tools, systems, and aviation environments.
Attention to detail — Ensuring precision, accuracy, and compliance in every task.
Creativity — Applying original thinking to engineering and design problems.
Technical reporting — Producing clear, accurate, and professional documentation.
Avionics Technician — Air Navigation Services (Wilson Airport)
June 2026 – Present
During my attachment at the Kenya Civil Aviation Authority, I gained hands-on exposure to real-world air navigation systems and operational workflows. This experience strengthened my understanding of how technical systems, procedures, and communication infrastructures work together to support safe air traffic operations.
Key Responsibilities & Exposure:
Participated in routine inspection and monitoring of navigation and communication equipment.
Practiced aviation documentation aligned with KCAR, AMM, and standard regulatory procedures.
Learned and applied Air Navigation Services workflows, including control tower coordination and system checks.
Observed and supported work involving communication systems used for aircraft-to-ground operations.
Gained understanding of navigation systems supporting aircraft movement, spacing, and situational awareness.
Avionics Intern — Air Navigation Services (Kisumu International Airport)
March 2026 – May 2026
During my attachment at the Kenya Civil Aviation Authority, I gained hands-on exposure to real-world air navigation systems and operational workflows. This experience strengthened my understanding of how technical systems, procedures, and communication infrastructures work together to support safe air traffic operations.
Key Responsibilities & Exposure:
Participated in routine inspection and monitoring of navigation and communication equipment.
Practiced aviation documentation aligned with KCAR, AMM, and standard regulatory procedures.
Learned and applied Air Navigation Services workflows, including control tower coordination and system checks.
Observed and supported work involving communication systems used for aircraft-to-ground operations.
Gained understanding of navigation systems supporting aircraft movement, spacing, and situational awareness.
Industrial Attachment — Air Navigation Services (Kisumu International Airport)
Aug 2024 – Nov 2024
During my attachment at the Kenya Civil Aviation Authority, I gained hands-on exposure to real-world air navigation systems and operational workflows. This experience strengthened my understanding of how technical systems, procedures, and communication infrastructures work together to support safe air traffic operations.
Key Responsibilities & Exposure:
Participated in routine inspection and monitoring of navigation and communication equipment.
Practiced aviation documentation aligned with KCAR, AMM, and standard regulatory procedures.
Learned and applied Air Navigation Services workflows, including control tower coordination and system checks.
Observed and supported work involving communication systems used for aircraft-to-ground operations.
Gained understanding of navigation systems supporting aircraft movement, spacing, and situational awareness.
Founder & Aviation Content Developer
November 2022 – Present
Fly by Mike is my aviation-focused platform dedicated to education, storytelling, engineering insights, and aviation-based digital innovation. Through this role, I combine my technical knowledge with communication, research, and content development.
Key Contributions:
Created and manage a full aviation website showcasing projects, articles, humor, and aviation resources.
Produce aviation video content, including a featured behind-the-scenes recording at the Kisumu ATC Tower.
Developed and designed Wingman AI, an aviation-focused AI assistant under the Fly by Mike brand.
Built the Aviation Accessories Catalog, curating reliable tools and equipment for industry professionals.
Manage branding, communication strategy, and community engagement across multiple platforms.
Chief Design Officer (CDO)
2025 – Present
At Vhumani, I lead the design direction for a modern influencer–business collaboration platform. This role strengthens my UI/UX design skills, front-end thinking, and ability to turn ideas into functional user experiences.
Key Contributions:
Designed the Vhumani influencer–business dashboard, focusing on clarity, usability, and workflow structure.
Collaborated with the technical team to translate user needs into clean, responsive interface layouts.
Oversaw brand design elements and participated in product decision-making for user experience improvement.
CCTV Installation & Network Setup
2019 – Present
Alongside aviation, I provide technical installation and configuration services within residential and office environments.
Key Responsibilities:
Install and maintain CCTV systems, ensuring proper camera positioning, cabling, and system reliability.
Set up and configure Wi-Fi routers, optimizing network performance and user coverage.
Provide troubleshooting and technical support for network and surveillance systems.
Founder & Chairman
2020 Year of founding
I founded and led my high school’s Aviation Club, introducing structured aviation knowledge, model aircraft concepts, and mentorship activities to fellow students.
Key Contributions:
Organized aviation learning sessions and group activities.
Led the club’s technical and educational initiatives.
Provided mentorship to students interested in aviation careers.