Lucas Paashuis Email & Phone Number

Munich, Bavaria, Germany

- Analyse test-objects, requirement-documents and requirements to determine test-goal, validity, coverage, testability and more- Define strategies for test-design and approach, degree of automation and traceability- Definition, implementation, analysis and review of test-cases for XiL systems using various test-methods- Test-organisation and -planning in.

Nova Gradiška, Brod-Posavina, Croatia

- 3D-scanned parts/assemblies and processed the mesh-data to achieve final surface/solid objects for use in development- Develop a wide variety of motorcycle parts from start-to-finish, taking into account fitment, producibility, reproducibility, costs and material-waste- Worked with various production methods in the process, among which plate- and.

Cologne, North Rhine-Westphalia, Germany

• Analysed present physical and virtual engine development methods within the company
• Designed a methodology to improve current virtual methods
• Contributed to the development of the company’s internal MiL & SiL simulation tool xQtec
• Developed Python interfaces for the standardization and automation of virtual engine test-bench simulations
• Validated the potential of virtual test-bench calibration methods as a replacement for established physical ones

Mattighofen, Upper Austria, Austria

• Analysed and evaluated causes-of-failure and world-wide failure trends
• Set-up demands for, and base functionality of the new technical support-software for world-wide application
• Responsible for requesting failure-parts from the market, inspecting them and subsequently forwarding them to various departments
• Wrote technical documents, used for world-wide information- and training purposes

Delft, South Holland, Netherlands

• Aided students and staff with a high variety of IT-related problems, both software and hardware
• Helped students, employees and visitors with any questions related to the university
• Re-organized processes to improve both internal protocols and customer satisfaction

Delft, South Holland, Netherlands

• Part of the TU Delft D:DREAM Project
• Collaborated in a team of multiple student-engineers
• Communicated with professionals in the electric-vehicle industry and negotiated with various parts suppliers
• Analysed the performance of various powertrain configurations using an analytical model of a racing motorcycle in MATLAB
• Designed a high-performance accumulator by combining composite materials, high-voltage equipment and delicate electronics
• Built, assembled and/or tested all parts of the powertrain, ensuring safety and performance

Master Of Science - Ms, Automotive Engineering

Final thesis at Deutz AG on the "Design of a Virtual Test-Bench Methodology for the Calibration of Combustion Engines for Off-Highway.

Bachelor Of Science - Bs, Mechanical Engineering, 8.3, With Honours

- Minor on the fundamentals of aerospace engineering, as well as advanced courses on gas-turbine engines. - Final thesis on the.