My research is centred on the integration of process management, project management, and artificial intelligence (AI), rooted in an engineering background focused on developing control and automation processes within manufacturing systems at an EU project level. Central to my work is the understanding that if necessity is the mother of all creation, then process is the architect that brings innovation to life. Processes serve as the structured methodology through which creative solutions, born from necessity, are systematically realised into operational outcomes. This architectural view of processes is fundamental to my exploration of how innovation can be made sustainable and scalable across different sectors.

Scenario development, risk management, and process safety are key areas of my research, particularly within high-risk environments such as manufacturing and volunteer-led organisations. My work examines how advanced control systems, automation, and AI can be used to optimise workflows, improve safety, and mitigate risks, all while maintaining human oversight and leadership. I see process as the driving force that transforms necessity-driven innovations into structured, replicable, and efficient outcomes. This reflective practice informs my approach to developing robust frameworks for quality management, ensuring that technological advancements align with industry standards.

As an educator, I apply these principles in my teaching of project management at both undergraduate and postgraduate levels. My pedagogy is grounded in reflective practice, fostering critical thinking and adaptive learning. I challenge students to view process not just as a series of steps but as the architectural backbone of innovation—facilitating the transition from creative impulse to tangible, scalable results. By integrating scenario development, strategic foresight, and AI-driven automation into my teaching, I aim to equip future leaders with the skills to manage complex projects, where process innovation is central to achieving both efficiency and sustainability.