Jennifer Forrester

Dr. Jennifer Forrester is a Research Fellow at the University of Southampton's Faculty of Engineering and Physical Sciences, specializing in advanced design methodologies for aerospace applications. She works with major aerospace partners to develop methods for incorporating measurement data into automated design processes, with emphasis on practical implementation of state-of-the-art methodologies alongside existing computational analysis codes.

Her educational background includes:

• Master of Engineering Degree in Aeronautics and Astronautics from the University of Southampton (2001)
• PhD in "On the characterization of measured geometry for the facilitation of uncertainty propagation and robust design" (2019)

Dr. Forrester's research program spans three interconnected domains. Her work in geometry representation for machine learning focuses on digital representation of geometry as discrete occupancy-based pixels or voxels to enable machine learning techniques in geometric design. In robust design and uncertainty propagation, she investigates how uncertainties in measurements affect probabilistic performance in design decisions. Her expertise in structural design with composites stems from her early career experience designing composite marine structures for high-profile projects.

Her publication record reveals a clear research trajectory from traditional engineering design toward AI-integrated methodologies. Current work with the Rolls-Royce led COLIBRI project focuses on integrating machine learning and artificial intelligence with design processes, particularly examining integration of voxel-based representations with traditional CAD boundary representations and meshes.

Dr. Forrester has secured significant research funding through:

• The COLIBRI project (co-funded by Aerospace Technology Institute and Innovate UK)
• The Strategic Investment in Low-carbon Engine Technology (SILOET II) programme
• Multiple Rolls-Royce plc sponsored research initiatives

She has contributed to the academic community through PhD supervision and served three years on the Faculty of Engineering's Equality and Diversity Committee, working to maintain the ATHENA SWAN Bronze Award. As a chartered engineer, she maintains active industry connections while advancing academic research in computational design methodologies.