Guillaume Renaud

Guillaume Renaud serves as Assistant Professor in the Imaging Physics department at Delft University of Technology's Faculty of Applied Sciences. He simultaneously holds a tenured position as CNRS scientist at Laboratoire d'Imagerie Biomédicale in France since 2014, and has been an invited scientist at TU Delft since 2020.

His academic credentials include:

• PhD from Université de Tours, France (2005-2008)
• M.Sc. in Acoustics from Université du Maine, France (2004-2005)
• Engineering degree from ICAM (graduate school), France (1999-2004)

Dr. Renaud's research centers on ultrasound and acoustical physics, specializing in nonlinear ultrasound propagation, ultrasound imaging techniques, and tissue characterization. His work bridges fundamental physics with clinical applications, particularly in bone ultrasound physics and blood flow quantification. He has developed innovative approaches for ultrasound image reconstruction and artifact correction in heterogeneous tissues, addressing critical limitations in conventional ultrasound techniques for bone and complex biological media.

His recent publications demonstrate a clear trajectory toward solving practical clinical challenges through advanced ultrasound methodologies. His work increasingly integrates multimodal approaches, combining photoacoustics with traditional ultrasound techniques to enhance blood flow measurement and bone imaging capabilities. The research shows particular emphasis on accurate bone thickness measurement, blood flow quantification in microfluidic environments, and correction of image degradation in complex biological tissues.

At TU Delft, Dr. Renaud teaches Electromagnetism and Acoustical Imaging courses across undergraduate and graduate programs, contributing significantly to physics and biomedical engineering education.

He leads the Renaud research group within Imaging Physics, focusing on advancing ultrasound imaging technologies for medical diagnostics with applications in osteoporosis screening and cardiovascular disease assessment.