Vladimir Petkov

Master thesis on the topic "Analysis of the impact of diffractive diffusers on the quality of the homogeneity test of cameras". My project includes the following tasks: • Development and testing of setup for angle resolved intensity measurements of diffused light • Development of control software for full automation of the system based on LabVIEW. • Optical simulations of microlens design and illumination based on Zemax.

The position included the following tasks: • Development of polypeptide array transfer and processing setup including mechatronics system, integrated optical system for precise alignment and positioning, and chamber for specific environment conditions. • Development and testing of control software for full system automation based on LabVIEW. • Development of automation software for image stiching, object detection and feature extraction used for microstructures measurements based on MATLAB.

The position included the following tasks: • Development and testing of control software for a fully-automated display and flash measurement station based on LabVIEW in the application area backlighting and flash LEDs. • Implementation of software modules for specific tasks on request based on LabVIEW. • Support for measurement tasks.

The position included the following tasks: • Design and implementation of user interface software for modifying and processing of MOCVD operation files used in production and R&D. • Application development of software for processing, property tracing and plotting of LEDs wafer measurements data.

Teaching assistant for the course “Signals and Systems”. The position included: • Conducting biweekly tutorials on the topics covered in the lectures and providing solutions to the homework assignments. • Providing individual and group question and answer sessions. • Grading midterm and final exams and homework assignments.

The position included the following tasks: • System integration of software "SPACE" for approximation of the parasitic capacitance in integrated circuits bond wires. • Design and simulation of successive approximation register system in analog-to-digital converters using the software "Cadence". • Characterization of photodiodes, including I-V, spectral responsivity, temperature dependence, and quantum efficiency measurements.