C.J. Mcgovern Email & Phone Number

Class of '20 mechanical/biomedical engineer, startup founder, former professional bicycle racer working in NPI testing and development at G4S Monitoring Services and now performing biomedical engineering research at the University of Southampton.Experience in both mechanical and biomedical applied projects during degree, with particular expertise in CAD and FEA-based design-analysis cycles and MATLAB-based mathematical modelling. Completed industry internship experience, always bringing team-working skills and a results-driven attitude to the table. Founded a startup in summer 2019, using the COVID slowdown along with grants from University of Southampton Enterprise and Santander Universities to develop this business and related skills.Specialities include:- CAD and FEA with experience in Solidworks and Ansys products.- Design for biomedical applications (stents, total joint replacements, cochlear implants, modelling of biological tissues, in- and ex-vivo imaging).- Data processing and modelling in MATLAB and Python environments.- Design for manufacturing, particularly additive manufacturing (3D printing) and injection moulding.- In-depth failure analysis, development and implementation of creative engineering solutions.- Leadership of small teams to drive project progress.Bachelor’s Project: Characterisation of Mechanical Properties of Mouse Bones Affected By Paget’s Disease:- Processing of bone μCT images in ITKSnap/ImageJ.- Simulation of bone loading conditions in Ansys Mechanical ADPL.- Mechanical lab testing of bones (using NI Labview control software).- Data analysis, visualisation, presentation and statistical assessment.Master’s Project: OpenPower - Creation of An Open-Source Cycling Powermeter:- Design team leader due to application-specific knowledge and experience.- CAD and load simulation in Solidworks.- Arduino-based electronic systems design.- Test regime planning and data analysis markers.Other university projects included experience in:- MATLAB data processing and modelling practices for biomedical applications.- Python data processing and manipulation.- Heat transfer modelling in COMSOL Multiphysics.- Material selection and attribute prioritisation in CES Edupack.

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  University Of Southampton

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