During my master project I have to develop an automated self-calibrating system for inline control of excitation light on different LED wavelengths and integrate it in a multicolor fluorescence imaging system for medical diagnostics.*Key responsibilities:-Design and Development of the setup-Integration of Imaging Systems-System Calibration and Optimization -Data Analysis and Interpretation-Technical Troubleshooting and Problem-Solving-Research and… Show more During my master project I have to develop an automated self-calibrating system for inline control of excitation light on different LED wavelengths and integrate it in a multicolor fluorescence imaging system for medical diagnostics.*Key responsibilities:-Design and Development of the setup-Integration of Imaging Systems-System Calibration and Optimization -Data Analysis and Interpretation-Technical Troubleshooting and Problem-Solving-Research and Development-Dokumentation and Reporting Show less

During my internship, I was tasked with developing a device to precisely dispense a defined number of agarose beads (100µm in diameter) into sample containers. This involved designing and implementing a microfluidic system capable of single file bead flow for accurate counting.Key responsibilities included:- Conducted extensive research on flow cytometry, applying the knowledge to develop a robust bead counting system.- Selected an appropriate microfluidic geometry for the… Show more During my internship, I was tasked with developing a device to precisely dispense a defined number of agarose beads (100µm in diameter) into sample containers. This involved designing and implementing a microfluidic system capable of single file bead flow for accurate counting.Key responsibilities included:- Conducted extensive research on flow cytometry, applying the knowledge to develop a robust bead counting system.- Selected an appropriate microfluidic geometry for the setup, considering various factors like flow rates and channel dimensions - Analyzed and improved the signal-to-noise ratio of the system, using methods such as channel masking and fine-tuning the flow regime.- Incorporated an optical sensor for detecting magnetic particles in the agarose beads, providing optical contrast for the light barrier with a spot diameter of 300µm.- Devised criteria for the optical sensor to optimize system performance.- Engaged in signal processing tasks such as bead counting and triggering of system components. This included developing Python programs to handle signal data and control different parts of the system.- This hands-on experience provided me with valuable insights into the interplay between biotechnology, engineering, and data analysis, enhancing my problem-solving and system design skills. Show less

Design, develop, test and supervise the manufacture of electrical components of the entire installation project, including electric motors, machine controls, lighting and wiring, generators, communication systems and power transmission systems.

Monitor charts and sensors, collect and analyze data, identify errors and inconsistencies, maintain daily logs and records of all progress, and make adjustments as needed

Cooperating with a Chinese contractor for the first phase of installation.- Work on electrical distribution panels and switchboards (PCC, MCC) according to an electrical diagram or schematic drawn with AutoCAD.- Installing conduit and components, identifying proper terminals, and connecting wires, switches, and terminals according to technical specifications in the electrical diagram