Responsible for overseeing functions of mechanical, electrical, and software engineers through the lens of requirements, risk, integration, and verification. Invetech design and manufacture products for healthcare and diagnostics.• Data analysis of large datasets, using Python, to diagnose and troubleshoot prototypes during product integration.• Led 2-week in-person training course with client (in USA) after only 3 months on project, ultimately exceeding clients expectations.• Influence and collaborate with clients and engineers in engineering development programs to meet program schedule and budget.

Led execution and reviewed most of Advantia's technical outputs; most projects were data heavy with a strong client focus. Advantia’s mission is to improve freight productivity and safety. • Created a workflow improvement system (with GUI) that interacted with relational databases and with vast increases in efficiency of standard work• Managed implementation of Machine Learning projects, with one model released live on company website, increasing sales.• Managed data collection and analysis strategy for multiple field-testing projects.• Created Advantia's Process Manual.• Enhanced quarterly reporting insights by integrating data analysis techniques against business strategy, driving operational change.• Responsible for training new staff to optimise performance of Advantia's systems, resulting in increased productivity and efficiency.

• Invited to partake in research project by Head of Biomechanical Engineering – Dr. David Ackland – at the University of Melbourne• Generating, simulating and evaluating the stresses of 3D models of novel dentistry implants• Communication papers are prepared upon evaluation of results• Requires proficiency in several CAD and FEA packages including: SolidWorks, Abaqus, Geomagic and Amira

Mathematics Tutor (Year 12, VCE students)• Tutored a number of students throughout all semesters• Taking students up at least one grade in end of year results• Tutoring undertaken on a weekly basis by interpreting the prescribed syllabus and setting appropriate material to help students comprehend the course

• Designed and drafted a multi-purpose car-park for an urban estate complying toAustralian standards for the approval of local authorities• Fully trained and proficient in various design software packages, including AutoCAD and 12d Model• Performed the role as on-site engineer undertaking the supervision of varioustechnical elements during construction

• Assisted in replenishment of stock• Strict deadlines met daily• Initiative was required when working through the process of replenishment• Customer interaction was frequent, with (friendly) service• Concise/clear communication with colleagues to reach goal