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Fiona Charnley
Associate Professor at University of Exeter
Dr. Fiona Charnley is an esteemed Associate Professor of Circular Economy and Co-Director of the Centre for the Circular Economy at the University of Exeter Business School. With an impressive academic and professional background, she has dedicated her career to the advancement of circular economy principles through innovative design, manufacturing processes, and sustainable practices. Her expertise in these areas is widely recognized, evidenced by her evolving role in leading significant research projects that aim to reshape resource utilization in manufacturing across the UK.
One of the centerpiece projects in Fiona's career is ‘Circular4.0: Data-Driven Intelligence for a Circular Economy.’ Funded by the Engineering and Physical Sciences Research Council (EPSRC), this project seeks to harness the power of data derived from products in use to drive informed decisions that lead to the adoption of circular economy strategies in manufacturing. By prioritizing the intelligent application of data, Dr. Charnley and her team are contributing significantly to the transition towards circular approaches in resource use, which is crucial for the sustainability of industries in the UK.
In addition to her work on Circular4.0, Dr. Charnley is also a Co-Investigator on another EPSRC funded project, ‘Manufacturing Immortality’. This ambitious initiative collaborates with seven other universities and numerous industrial partners to explore the development and application of self-healing materials, showcasing her commitment to cutting-edge innovation in materials science. Possessing extensive experience working with diverse organizations across various sectors, Fiona excels in identifying transformative approaches to conception, design, and value creation. Her work is essential in fostering the skills and capabilities necessary for future leaders to embrace circular economy principles.
Beyond her research, Fiona has made substantial contributions to education and professional training. She has led numerous educational programs aimed at equipping leaders with the knowledge and skills needed to revolutionize the industrial landscape. Her dedication to education not only empowers the next generation of innovators and thinkers but also supports the widespread adoption of circular economy practices. Recognizing her outstanding contributions to the field, in 2018, Fiona was celebrated as one of the Top 50 Women in Engineering by the Women’s Engineering Society and the Telegraph, a testament to her impactful research and educational influence.
Fiona's educational qualifications are equally impressive; she holds a PhD in Sustainable Design from Cranfield University, complemented by an MSc by Research in Product Design from the same institution. Additionally, she pursued her undergraduate studies in Industrial Design at Loughborough University, equipping her with a well-rounded perspective on design and sustainability.
Before assuming her current role at the University of Exeter, Fiona had several key positions in academia. She served as an Academic Tutor at the University of Cambridge, demonstrating her commitment to high-quality education and mentorship. Her prior roles also include Senior Lecturer in Circular Innovation at Cranfield University, where she fostered the development of innovative and sustainable design initiatives, and Lecturer in Sustainable Product and Service Design at the same institution. Fiona's early career included a Research Fellow position at the Institute of Energy and Sustainable Development at De Montfort University, where she laid the groundwork for her passion for sustainability in design and manufacturing.
In summary, Dr. Fiona Charnley stands out as a leader in the fields of circular economy, sustainable design, and innovation. Her research not only aims to advance knowledge but also promotes actionable strategies for industries to transition towards more sustainable practices. From her impactful research projects to her commitment to education and mentorship, she continues to inspire and influence the future of sustainability and circular economy practices across various sectors.