Mr Geoffrey NDEGE

I am a PhD researcher in Engineering Innovation at The Open University, focusing on the development of advanced nanobiosensors for continuous healthcare monitoring. My work bridges chemistry, material science, biomedical engineering, and digital healthcare to enhance real-time disease detection and health management through innovative sensor technologies.

I hold an MSc in Manufacturing Technology and Management from Cranfield University, where I gained a strong foundation in smart manufacturing systems and innovation-driven production strategies. I also earned a Bachelor of Technology in Industrial and Applied Chemistry from The Technical University of Kenya, equipping me with a solid grounding in analytical chemistry, materials science, and chemical engineering principles.

Professionally, I served as the Operations and Quality Director at Nekkar Products in Kenya, where I oversaw manufacturing processes, quality control systems, and regulatory compliance, particularly in the FMCG and chemical sectors. I also have experience in communication, having worked as a writer and editor at DAILY FOCUS KENYA, contributing to science and technology journalism.

I am passionate about translating research into impactful healthcare solutions, with a strong focus on interdisciplinary collaboration and real-world application.

Research interests

• Biosensor Development: Fabrication of nanostructured sensors for real-time monitoring in healthcare, environmental, and industrial contexts.

• Therapeutics and Drug Delivery Systems: Exploring nano-enabled platforms for targeted therapy and controlled release mechanisms.

• Biomarker-Receptor Engineering: Enhancing sensitivity and specificity in biosensing platforms through novel bio-recognition strategies.

• Disease Diagnostics & Prognostics: Investigating molecular and physiological markers for early detection and predictive modeling in clinical and field settings.

• Test Protocol Development: Establishing robust and reproducible testing frameworks for analytical, clinical, and industrial use.

• Lean Product Development: Streamlining innovation through agile and cost-effective design-to-delivery strategies, particularly in high-tech and regulated industries.

• Thin Film Technology: Development and characterization of functional thin films for applications in biosensors, electronics, and surface engineering.

• Smart Manufacturing: Integration of Industry 4.0 principles, automation, and advanced process control for adaptive and efficient production systems.

• Materials for Energy and Sustainability: Investigating functional materials for green technologies, including energy storage and environmental remediation.