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CV
Experience & Expertise
Digital Twin Specialist with a strong background in simulation and emulation technologies, currently serving as a consultant at ProjectBinder. With expertise in Emulate3D, Cloud Computing, C#, and simulation technologies, I aim to drive innovation, optimize manufacturing processes, and solve complex business problems for clients. I am dedicated to delivering exceptional results and helping clients harness the power of digital transformation.
MAR 2023 - Current
Digital Twin Specialist
ProjectBinder ApS
ProjectBinder is a young and fast-growing startup implementing innovative solutions in the pharmaceutical industry. I work as a consultant focused on educating, building and expanding the use of Emulate3D Digital Twins.
Within my short time at ProjectBinder, I have built 12 Digital Twins of Equipment Modules, identified a first of its kind project for ProjectBinder with a ROI of 5 days whilst generating 350 million USD a year for our client, have taken the lead on the building of a validated Digital Twin within pharma, improved our Digital Twin demonstration area and used my Emulate3D experience to streamline the building of Digital Twins.
AUG 2019 - MAR 2023
Simulation Engineer LV 1 & LV 2
Rockwell Automation
Worked as part of a multifunctional technical support team for Rockwell Automation’s Digital Twin software, Emulate3D. This involves providing both pre- and post-sales support to customers, expanding the product offering by scripting new C# components and providing advanced technical support via training and mentoring to customers.
AUG 2017Â - AUG 2018
Application Engineer
ANSYS Inc.
During my 1-year placement at ANSYS, I worked as part of an international team in an agile development environment to test and develop new features for the Explicit Dynamics solver within a codebase of 2 million lines.
OCTÂ 2018Â - AUGÂ 2019
Powertrain Designer
Team SURTES
Worked as part of the electric powertrain team to design, manufacture and test an electric powered formula student race car. My sidepod design was inspired by the famous Lotus 78 ground effect car. 2D and 3D CFD allowed me to optimize the inverted wing to reduce drag, optimize internal airflow for cooling and increase downforce.
OCT 2015Â - JUL 2019
BEng Aerospace Engineering
Dissertation: Parametric CFD Study of Heat Transfer Using Plate Fins within Electric Ducted Fans for Future Aerospace Propulsion.
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Modules Include: Aerodynamics and Flight Mechanics, Materials and Statics, Mathematics, Design and Component Production, Electronic Instrumentation, Fluid Mechanics and Thermodynamics, Solid Mechanics.
If you would like to learn more about my experience or would like to set up a meeting about an opportunity, please get in touch.