J Woollard

Papers

Total Citations

H-Index

About

J Woollard is a medical physicist whose research focuses on advancing precision and safety in radiation therapy, particularly through innovative quality assurance (QA) methodologies. Their most cited work, "Quality assurance for a six degrees‐of‐freedom table using a 3D printed phantom" (2017), introduces a streamlined end-to-end test for 6DoF robotic treatment couches—a critical component in modern stereotactic radiosurgery and IMRT. By designing a custom 3D-printed phantom with embedded translational and rotational offsets and a central ball-bearing, Woollard enabled rapid, accurate verification of patient positioning systems, directly addressing a key challenge in sub-millimeter radiation delivery. This contribution, with 9 citations, demonstrates their ability to bridge engineering and clinical physics, creating practical tools that enhance treatment precision. Woollard’s work underscores a commitment to accessible QA solutions, leveraging additive manufacturing to reduce costs and complexity. Their research is essential reading for medical physicists and engineers developing next-generation radiotherapy systems, offering a replicable model for integrating 3D printing into routine clinical QA. Through this and related studies, Woollard has established themselves as a pragmatic innovator in the field of therapeutic radiation physics.