Khoder Hassoun

• Independently developed and implemented an automated article measurement station from initial concept to a functional system. • Responsible for mechanical design, dimensioning, material selection, fabrication and assembly, as well as component selection, procurement and budget planning. • Integrated an Intel RealSense depth camera, platform scale, barcode scanner, lighting system and mini-PC into the complete workstation. • Developed Python/OpenCV-based measurement functions and integrated hardware and so

• Performed inspection tasks on robotic systems used in warehouse and logistics operations. • Supported the implementation and operation of robotics solutions in intralogistics processes. • Gained hands-on experience with human-robot collaboration in an operational warehouse environment.

• Developed an automated RGB-D camera-based measurement system for contactless fill-level estimation in intralogistics applications. • Implemented depth-data processing, height-map generation, container and section detection, volumetric fill-level estimation, divider detection and overfill detection. • Integrated the measurement system into an intralogistics environment and experimentally validated its performance under varying operating conditions. • Worked with Intel RealSense, Python, OpenCV, NumPy and S

Worked in various student roles across logistics, customer service and retail alongside my Master's studies.

• Supported maintenance and repair activities in a technical service environment. • Assisted with fault diagnosis and troubleshooting of mechanical systems. • Supported preventive maintenance activities and gained practical experience in technical maintenance processes.

Specialization: Mechanical Design & Automation Engineering Master’s Thesis: Development of an Automated Camera-Based Fill Level Measurement System for Intralogistics Process Optimization

Bachelor’s degree in Mechanical Engineering with practical project experience in mechanical design, CAD, manufacturing and CNC technology. Bachelor Project: Development and physical construction of a 3-axis CNC milling machine with Arduino/GRBL-based control.