Projects

Commissioning a new discharge balancing module for the Power Management System on the first fully electric ferry "Ellen," resolving all existing system errors and issues.

Built an automated Windows app in C# and .NET to parse client invoices and generate a templated Excel file for system integration.

Utilized C#, .NET, and Wago PLC to troubleshoot and enhance the MDM Core Machine. Improved its reliability, robustness, and operational efficiency.

Led the development of a new application using C# and .NET to optimize the cutting order of plastic beams, focusing on algorithmic efficiency.

Programmed Beckhoff PLCs to control various boat components like rudders and winches. Utilized CANOpen and SerialCOM for effective hardware communication.

Provided maintenance and end-of-life support for the Compass system using C# and .NET. Conducted code modifications according to client specifications and managed code handover.

Developed a comprehensive automated stock trading algorithm using Python. The project evolved into a 1,5 year initiative incorporating statistical libraries like SciPy and data manipulation tools like Pandas. Also designed a user interface using Tkinter. The system continues to undergo refinement.

Specialized in the testing and installation of packing machines using Beckhoff PLC and Allen Bradley PLC. Coordinated installations and trained client teams, working with clients like Pepsico and Nestle.

Worked with C\# and .NET to modify and repair software and hardware of laser machines, meeting the specifications of clients.

Installed and adjusted intra-production logistics systems, incorporating mechanical adjustments and software modifications. Technologies used include Omron PLC and B&R.

Commissioned package sorting systems using Movitools and Proneta. Responsibilities included the initial machine start-up, inverter configuration, and troubleshooting.

Employed CAD software to design custom tubes compatible with Additive Manufacturing. Skilfully navigated the 3D printing technology to produce two prototype tubes that met DSM's stringent requirements.

Utilized LabView to develop a software module that corrected the position of electronic components picked by a nozzle. Achieved an unprecedented accuracy of 2 micrometres and completed measurements within 0.3 seconds. Focused on real-time processing and fine-tuned calibrations.

Contributed to the development of a service robot. Built a diagnostic system in C++ and designed a 3D-printed humanoid head capable of facial recognition and interaction.