Tasks: -Full stack development client-server applications using C#-Implementation and real-time testing of a control algorithms-Modeling, simulation, and autopilot design-Develop flight control algorithms including linear analysis and non-linear analysis

Tasks: -Automatic guidance objects in space-Modeling of a guidance process and analysis and synthesis of guidance and control systems.-Realization of simulation models of guidance process, target tracking, and angular stabilization of an flying object. -Modeling and system identification

Tasks:-Grading student's homework assignments and final projects throughout school year-Assessment student’s overall knowledge and understanding of the matter

Tasks:- Developing a signal processing algorithm for FMCW radar using Python programming language.- Angle estimation using Beamforming algorithm and CFAR

Selected as one of twenty four participants of Comtrade's EDIT Summer School. In this school we audited lectures about machine learning and deep neural network as well as project deployment and web applications. In the end teams of four people were challenged with building the app that can distinguish between real and fake signatures. My team Team3.py managed to create Angular application that utilized ensemble neural network (two VGG19 with different optimizers and ResNet50). For deployment we were using Tensorflow.js and HerokuApp.