Mateusz Wieczorek

Design and implementation of low level control system for artificial anthropomorphic hands.

Project: NLPQT - National Laboratory for Photonics and Quantum Technologies - Sintered polymer sample production and measurement for OPUS project for evaluation of DBLS station. - Sintering parameters optimization for DBLS station. - Design and assembly of systems for the laboratory being built for the NLPQT project. - Teaching assistant.

Project: OPUS - Laser modification of bioresorbable polymer materials in thermal additive molding processes. - Development of hardware and software driver for custom Dual Beam Laser Sintering (DBLS) station for polymer sintering process optimization for OPUS project - Laser modification of bioresorbable polymer materials in thermal additive molding processes.. - Integration of laser power control driver, powder feed system, laser station and measurement system into holistic DBLS solution. - Optimization of control system for DBLS station. - Teaching assistant.

- Assisting students in mechanical design of artificial hands. - Maintenance of custom "artificial hand" gripper. - Maintenance of software and electronics for custom system for EMG gesture recognition and classification. - Teaching assistant.

Design of modular large wavefront sensor: - 10PW laser wavefront correction with modular PCB matrix board based on PSDs - ultra-high vacuum compatible PCB and mechanical mounting design