Emma Newman
About Emma Newman
Emma Newman is a Mechanical Engineer with experience in medical device design and regulatory requirements. She currently works at Kinneir Dufort in Bristol, England, and has a strong academic background in Mechanical Engineering with Biomedical studies.
Work at Kinneir Dufort
Emma Newman has been employed as a Mechanical Engineer at Kinneir Dufort since 2021. In this role, she applies her expertise in mechanical design and regulatory requirements for medical devices. Her work contributes to the development of innovative solutions in the medical technology sector, focusing on enhancing product functionality and compliance.
Education and Expertise
Emma Newman completed her Master of Engineering (MEng) in Mechanical Engineering with Biomedical at the University of Southampton, graduating with First Class honors in 2019. She also studied at King Edward VI High School for Girls in Edgbaston from 2007 to 2014. Emma is a Certified SolidWorks Professional, which demonstrates her proficiency in mechanical design and finite element analysis.
Background
Emma Newman has a diverse background in engineering, having worked in various roles that enhance her mechanical engineering skills. She served as a Supervisor at The Smallpeice Trust from 2017 to 2018 and gained practical experience as an Engineering Placement Student at Cobham from 2014 to 2015. Additionally, she worked as a Biomedical Engineer at Triteq Ltd from 2019 to 2021.
Achievements
Emma Newman was recognized for her academic contributions when she won the Best Medical Engineering Undergraduate Poster at the iMechE Healthcare Technologies Student and Early Career Awards in 2018. This award was for her project focused on the design and development of a physical model of the ureter, showcasing her ability to integrate engineering principles with medical applications.
Project Experience
During her Master's degree, Emma Newman completed a project on the redesign of an external fracture fixation device. This project involved applying her engineering knowledge to improve medical devices, reflecting her commitment to advancing healthcare technology through engineering solutions.