Fiona Cooke Email & Phone Number

Netherlands

Bristol, England, United Kingdom

• Verification of valve designs through development and execution of test protocols and procedures for pressure and flow testing.
• Defining in-house acceptance tests through ownership of testing work packages with responsibility for project scope, plan, budget, timelines and risks. Close collaboration with project manager, CTO and technical lead.
• Translating design and customer requirements into comprehensive testing requirements and pass / fail criteria.
• Collaborating with design engineers to identify, validate and verify key testing parameters.
• Interpreting data and communicating findings to investors and internal stakeholders.
• Co-ordinating certification testing with external test laboratories and leading trials readiness reviews.

London, England, United Kingdom

• Key responsibilities:
• Conducted verification testing of a novel emergency oxygen system, a medical device for aerospace use, managing the system during human clinical trials in a hypobaric chamber and lab bench testing.
• Quantified medical (e.g., oxygenation, consciousness) and engineering data (e.g., flow rates, calibration, usability).
• Prepared and submitted medical trials ethical approval protocol to Swiss Ethics committee, including study objectives, ethical considerations, risk-benefit analysis and participation information.
• Designed test rig components in SolidWorks, selected appropriate equipment, interfaced with rig sensors via Raspberry Pi and analysed data using Python.
• Developed qualification test procedures to comply with aerospace standards AS8025 and DO-160.Key achievements:

London, England, United Kingdom

London, England, United Kingdom

London, England, United Kingdom

Msc, Biomedical/Medical Engineering, Distinction

For my dissertation, I analysed kinematic, electromyographic, and accelerometer data using MATLAB and Excel from participants using.

Bachelor Of Engineering - Beng, Mechanical Engineering

For my dissertation I researched the tribology of methylcellulose to assist work undertaken at the University of Birmingham modelling the.