Carys Michael

- M.Sci Neuroscience graduate from the University of Bristol.
- Experienced in both industry and clinical applications of medical devices.
- Actively seeking a graduate role commencing in September 2023.

Clinical Trial Researcher, The Science Behind 

• Contributed to Simbec-Orion clinical trial drug studies with The Science Behind team by ensuring precise EEG electrode setup and meticulous oversight of laboratory instrumentation whilst adhering to GCP guidelines
• Demonstrated exceptional attention to detail and vigilantly monitored patients, playing a key role in maintaining data integrity and participant safety
• Maintained comprehensive and accurate quality documentation, ensuring the reliability of research evidence and adherence to protocols to meet clients’ needs

Medical Device Research and Quality Assurance Specialist, Brainbox Ltd.

• Proficient in using TMS, tES, EEG, EMG and Neuronavigation in the laboratory
• Performed meticulous calibration and internal and external quality control assessments on neuroimaging data and equipment, ensuring data accuracy and reliability
• Identified and troubleshooted software discrepancies, liaised with manufacturers, and contributed to engineering design improvements through effective communication
• Quickly adept at mastering and maintaining new software applications and techniques, leveraging extensive experience to efficiently navigate diverse platforms
• Demonstrated strong aptitude in experimental design by independently conducting a research project to assess equipment compatibility in a TMS-EEG protocol
• Skilled in conducting thorough research data analysis and interpreting results
• Exhibited effective presentation skills by delivering a summary and academic poster of my study at the Brainbox Initiative Conference 2022

University of Bristol

• Attained a 2:1 Master in Science in Neuroscience with Study in Industry degree
• Developed a strong discipline in applying the scientific method, enhanced by additional study in the fields of pharmacology, physiology, psychology and philosophy
• Efficiently facilitated the transition to online independent learning during the pandemic with strong IT literacy, conscientious oversight and prioritisation of workload
• Gained extensive practical experience in diverse areas, including neuroanatomy dissections, biochemistry, immunohistochemistry, drug interactions and neurophysiology
• Performed precise sample analysis using standard laboratory equipment including pipettes, centrifuges, and balances during busy lab placements, following instructions carefully and contributing to waste management processes
• Proficiently skilled in hands-on applications of neurophysiological recordings, patch clamp electrophysiology and cell culture and molecular diagnostic techniques