Chris Stone

Led the design, modelling and build of a bespoke experimental test rig to measure acoustic radiation forces generated by ultrasonic particle manipulation devices for biomedical applications. Delivered core design and build work within a 12-month fixed-term contract while publishing first-author research from PhD studies, balancing competing priorities and learning quickly in a new technical area. Ensured technical and financial feasibility by liaising with external stakeholders and evaluating costs against budgets. Onboarded and coordinated a newly appointed post-doctoral researcher, clearly communicating objectives and delegating tasks where appropriate.

Managed bookings, customer and employee communications, logistics, and finances for a seasonal river rafting business. Improved customer experience and operational efficiency by setting up and running new online systems for bookings and accounting. Supported day-to-day operations by resolving practical challenges in a fast-paced environment while delivering friendly, efficient customer service, and integrated into a small international team with flexible support where needed.

Consulted on experimental and analytical/numerical techniques used for characterising acoustic streaming fields of phased array transducers. Supported a research publication by collaboratively designing and executing an experimental programme, including collecting and analysing data, identifying trends within complex phenomena, and reporting findings clearly and concisely. Strengthened international links between the University of Bristol and the University of Tsukuba, helping upskill colleagues and build future research capacity through applied technical guidance and hands-on data work.