Building ideas across design, code & research.

At BuildWithMMO, I lead initiatives focused on helping aspiring developers and technology enthusiasts build practical skills through hands-on learning, mentorship, and real-world projects.

• Outcome: I contribute to the design and delivery of technical learning programmes, guide participants through software development projects, and create opportunities for learners to move beyond theory into building and deploying practical solutions.
• Achievements: My work spans software development, technical mentorship, project guidance, community building, and knowledge sharing, with a strong focus on empowering emerging developers to develop the skills, confidence, and experience needed to contribute effectively to the technology ecosystem.

As the founder of Attrotech, I lead the vision, technical strategy, architecture, and development of technology solutions that address complex business and operational challenges.

• Leadership: I also lead technical teams and collaborate with clients, partners, and stakeholders to translate ideas and business requirements into practical, reliable, and scalable technology solutions.
• Engagements: I work across software engineering, artificial intelligence, cloud technologies, data systems, and automation to design and build scalable products and intelligent solutions. From defining product direction and system architecture to implementation and deployment, I remain closely involved across the technology lifecycle.

As the founder and CTO of StrikeClimate, I lead the vision, technical strategy, and development of climate intelligence solutions that combine artificial intelligence, geospatial technology, satellite data, and environmental sensing.

• Leadership: I oversee the architecture and development of systems for climate-risk intelligence, flood prediction, environmental monitoring, and deforestation detection, transforming complex environmental and geospatial datasets into actionable insights.
• Engagements: My work sits at the intersection of software engineering, machine learning, remote sensing, geospatial analytics, and climate technology. I lead product development and technical initiatives while collaborating across disciplines to build scalable solutions that support climate resilience, environmental management, and sustainable development.

As a Vision and Project Lead at RevivedLifeTech, a nonprofit technology initiative, I contribute to defining the organisation’s vision and leading technology-driven projects designed to create meaningful social and community impact.

• Leadership: I lead the planning and execution of digital projects, working with volunteers, contributors, and stakeholders to transform ideas into practical solutions. My responsibilities span project coordination, technical direction, product development, technology strategy, and stakeholder collaboration.
• Engagements: I am particularly focused on identifying how technology, digital platforms, automation, and innovation can be applied to improve outreach, engagement, operations, and the delivery of impactful initiatives.

As CTO and co-founder of LocateMeeee, I lead the technical vision, architecture, and development of location-intelligence solutions designed to make geospatial information more accessible and useful in everyday life.

• Leadership: I oversee our technology roadmap, product architecture, engineering direction, and development of scalable platforms, while working with a cross-functional team to transform ideas into high-performance, user-centric products. My work sits at the intersection of geospatial technology, software engineering, real-time location intelligence, and product innovation.

Lead the local Omdena chapter, coordinating a multidisciplinary community of students, developers, researchers, and technology enthusiasts working on real-world challenges through AI, machine learning, data science, and emerging technologies.

• Leadership: Organise technical activities, facilitate collaborative projects, connect members with project opportunities, and promote practical learning, innovation, and technology-driven problem solving. Also support partnerships and community engagement with universities, technology communities, and other stakeholders.

Engineered scalable backend systems, high-performance APIs, and infrastructure tooling using Node.js, TypeScript, GraphQL, and Rust. Optimised database performance by 25% and streamlined deployment pipelines to reduce release time by 40%. Implemented security and compliance checks, coordinated penetration testing, and developed low-latency API gateways, concurrent in-memory caching systems, and lightweight container runtimes focused on performance, reliability, and isolation.

• Backend Engineering & Performance Optimization: Designed and optimised scalable backend architectures, GraphQL APIs, and high-performance infrastructure components. Improved database response times by 25%, enhanced API efficiency, and built a low-latency Rust API gateway and a Redis-style in-memory cache with custom eviction policies, persistence, and concurrent access support.
• DevOps, Infrastructure & Application Security: Automated deployment pipelines to reduce release time by 40% and minimise manual errors. Conducted security and compliance checks, coordinated API penetration testing, and developed a lightweight Rust-based container runtime using Linux namespaces and cgroups to support workload isolation and controlled resource management.

Developed a modular hospital management platform featuring team and patient management, role-based access control (RBAC), centralised analytics, speech-to-text functionality, and pay-as-you-use billing. Optimised application performance and built secure medical record services in Rust with encryption, audit logging, and data integrity controls. Also engineered tamper-evident audit trails and a lightweight observability agent for system monitoring.

• Healthcare Application Engineering: Designed and developed modular hospital management features covering patient administration, team management, and access authorisation. Implemented role-based access control, centralised analytics dashboards, speech-to-text capabilities to simplify clinical documentation, and usage-based billing. Optimised database queries and application response times to improve operational efficiency and user experience.
• Secure Systems Engineering & Observability: Engineered secure medical record services in Rust, incorporating encryption, role-based authorisation, audit logging, and data integrity safeguards. Designed tamper-evident audit trails using cryptographic hash chaining to support traceability in regulated healthcare environments. Developed a lightweight observability agent to collect system metrics and logs with minimal runtime overhead.

Developed a mobile-responsive, on-demand towing feature using React Native, Laravel, and PHP, enabling users to locate and request nearby tow trucks. Implemented modular application logic, RESTful APIs, and Google Maps integration with location-based matching algorithms to improve driver discovery, proximity-based allocation, and service accessibility.

• Mobile Application Development & API Engineering: Built a responsive mobile towing feature inspired by on-demand ride-hailing platforms. Developed modular application logic using React Native and engineered Laravel/PHP APIs to support tow truck discovery, service requests, and communication between the mobile interface and backend services.
• Geospatial Engineering & Location-Based Optimizati: Integrated Google Maps services and location intelligence algorithms to identify nearby tow trucks and improve driver allocation. Applied nearest-neighbour and shortest-distance approaches to match users with geographically suitable service providers, supporting faster discovery and more efficient dispatch decisions.

Developed an intelligent agriculture platform integrating full-stack web development, machine learning, IoT, and data analytics. Built Django REST APIs supporting over 1,000 daily requests, optimised frontend rendering and code maintainability, and engineered a TensorFlow-Keras plant recognition model achieving 92% accuracy. Implemented high-performance FastAPI inference services, MQTT-based IoT communication, OpenWRT firmware in C, automated soil analysis reporting, and FarmAssistant, an AI chatbot providing real-time crop management guidance.

• Intelligent Application Development: Integrated React with Django to improve frontend rendering performance by 25% and developed a robust Django REST Framework API supporting over 1,000 daily requests. Improved codebase efficiency and maintainability by 40%, built a plant recognition and prediction model achieving 92% accuracy, and deployed optimised FastAPI inference services that reduced model response time by 30%. Also developed FarmAssistant, an AI-powered chatbot delivering practical crop management guidance to farmers.
• IoT Engineering, Embedded Systems: Implemented an MQTT-based IoT server to enable real-time communication between connected devices and developed firmware using C and OpenWRT to improve device connectivity and control. Automated soil analysis reporting from Excel datasets, reducing manual processing time by 60%, and supported data-driven agricultural workflows through integrated device communication, analysis, and reporting systems.