I design embedded hardware, intelligent edge systems, and full-stack software. From circuit and PCB design to production-ready applications!
Electronics & Computer Engineering
Electronics & Computer Engineering
"The Design of a sun Tracking System for Photovoltaic Panels"
The design and implementation of an automated sun-tracking system to maximize the energy output of photovoltaic (PV) panels utilising a microcontroller-based control unit, LDR sensors and motors. The system dynamically adjusts the orientation of the panels to follow the sun’s trajectory throughout the day.
My work spans embedded systems, analogue and digital circuitry, PCB design and fabrication, telecommunications, and end-to-end software architectures. I also build machine-learning systems for intelligent edge computing, connecting physical devices to the software and data infrastructure that powers them.
Circuit design, PCB development, prototyping, test & measurement, and hardware validation
Firmware, microcontrollers, real-time systems, and hardware-software integration.
Wireless connectivity, telemetry, networking, and connected-device systems.
Full-stack applications, APIs, data infrastructure, and machine learning.
Documented engineering software, hardware & firmware projects, and verified laboratory prototypes.
Designed and built a vehicle telemetry platform combining GNSS, GSM, BLE and CAN-based data acquisition with a web-based fleet management system for monitoring assets and vehicle telemetry.
Conceptualisation for a smart water monitoring and sustainable resource management for a local municipality. Designed and fabricated remote sensing nodes for metering, water-level and flow measurement, connected through a centralized telemetry system.
Computer-vision surveillance system for detecting unauthorised drones using a PTZ camera platform and custom deep-learning models. The system combines visual detection, classification and automated camera positioning into a single prototype.
I am familiar with the following Instrumentation and fabrication equipment for prototyping, debugging and validation of electronic and embedded systems.
Micro-drones are easily attainable due to their affordability and ease of operation. However, their malicious use has led to increasing security concerns, necessitating the development of reliable counter-drone systems. In the literature, numerous...
Water distribution systems are critical to urban infrastructure, especially in regions facing water scarcity. This study focuses on the design of an innovative water distribution system with smart monitoring for Ongwediva Town in Namibia,
The widespread deployment of drones has triggered major concerns over privacy and security, creating a demand for robust anti-drone systems (ADS). A critical component of ADS is the detection unit, which identifies drones in an unauthorized area.
The development of an efficient Anti-Drone System (ADS) is necessary due to the increasing demand caused by the rapid rise in privacy and security risks associated with drones. These risks have become more frequent due to the widespread development
Available for select consultancies, specialized hardware prototyping, embedded firmware review, front-end & back-end projects and academic research collaborations.
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