Electronic Engineering and Computer Science student passionate about embedded systems, firmware development, AI/ML integration and creating innovative solutions at the intersection of hardware and software. Driven by curiosity and a commitment to building technology that makes a difference.
Innovative solutions bridging hardware and software engineering
Interactive 64-LED WS2812B cube featuring adaptive brightness control via LDR, multiple animation patterns, debounced button inputs, buzzer feedback and comprehensive technical documentation. Built with modular firmware architecture.
View Project →Collection of firmware projects, microcontroller applications and hardware-software integration experiments. Demonstrates practical EECS skills across AVR, STM32, ESP32 and various sensor integrations.
Browse GitHub →Exploring machine learning applications in embedded systems, working with PyTorch, TensorFlow and OpenCV for computer vision. Developing intelligent automation solutions and predictive models.
Coming Soon →Building cloud-native applications and automation pipelines using AWS, Azure, Docker and Kubernetes. Focus on scalable infrastructure and continuous integration/deployment workflows.
In Development →Exploring network security, penetration testing methodologies and secure system design. Working with Kali Linux, Bash scripting and PowerShell for security automation and analysis.
Exploring →Full-stack web applications using modern frameworks and technologies. React, Node.js, Express, Django and FastAPI. Building responsive, accessible and performant web experiences.
View Portfolio →Building expertise through hands-on learning and real-world applications
Aston University, Birmingham
Predicted First Class Honours. Key focus areas: analogue and digital electronics, programming (Python, C/C++, Java), web development and embedded system fundamentals. Engaging with research in AI, IoT and hardware-software integration.
British Airways (Remote)
Analysed A320 maintenance schedules, material requirements and operational risks. Produced planning outputs and WREQ-style reporting, contributing to optimized workflows and resource allocation.
Yunex Traffic (Remote)
Explored intelligent transport systems and sensor integration technologies. Created an air-quality monitoring infographic, demonstrating understanding of IoT applications in urban infrastructure.
Ghana High Commission, London
Supported passport and visa workflows, document verification and client enquiries with accuracy and confidentiality. Strengthened organizational and communication skills in a diplomatic environment.
Stanmore College, London
Distinction* grade. Specialized in electrical principles, engineering product design, microcontroller systems and CAD. Awarded Best and Most Hardworking Engineering Student (2024). Built a strong foundation in practical engineering and problem-solving.
Massive Refrigeration, Accra
Assisted with air-conditioner servicing and maintenance using hand tools and diagnostic meters. Gained practical understanding of electrical systems, refrigeration cycles and safety procedures.
Open to collaborations, opportunities and meaningful conversations