Taras Kuźmiak

- Lead the model-based development efforts for controls and operational management of power electronic components, utilizing MATLAB/Simulink. This includes designing and simulating controls for heat pumps, photovoltaic inverters, and energy storage systems. - Design, validate, and optimize functions and algorithms in the early stages of development using simulation methodologies to achieve superior quality and performance. Validate the results through MIL, SIL HIL test environments.

- Creating software using model-based development for Conversion Control QM/ASIL, SWDL, OTA, HV contactors, Passive Basic Bank Balancing/Dual Feed using MATLAB/Simulink environment with AUTOSAR components. - Testing the SW and SWCs using MIL, SIL and unit tests. - Planning and executing software open and close loop of tests on HIL rigs /BoxCar / Silver Synopsys Virtual ECU / ECU(standalone) /MicroAutoBox(RapidPrototyping) using Vector tools via CAN-BUS and Automotive Ethernet.

- Creating specialist requirement descriptions and test cases/procedures for vehicle modules. - Creating a software Lighting system and Ramp using MATLAB/Simulink based on Model-Based-Design. - Generating production code with Embedded Coder - Testing and fixing software bugs during MiL-, SiL-, B2B simulations. - Planning and preparing CAN-matrixes including signals and frames via CAN-bus for ECUs Aurix TC3XX. - Testing and fixing bugs on test benches or prototype vehicles using Vector tools.

- Implementation of programs ensure software compliance with system requirements. - Verification of the tool generating C code from models created in Matlab / Simulink environment. - Designing and preparing of automated tests. -Working with requirements analysis, creation and review. Tools/Techologies: Matlab/Simulink, CVS Repository, Visual Studio, XML/XPATH,Yaml, ADA,MISRA C 2012.

- Design of control, visualization and control and monitoring systems, - Design of data transmission systems and fiber optic networks, - Creating technical and design documentation and manuals for systems, - Consultations and technical arrangements with customers, - Cooperation with clients in the execution of contracts, - Follow the supervisors of orders Tools: Draftsight, Solidworks, SVN

- Design of electrical and electromechanical systems and equipment as well as machine and equipment automation systems and control and measurement equipment. - Preparation of technical documentation concerning electrical systems and equipment as well as industrial automation systems. - Providing technical support during construction, assembly and testing of devices. - Performing changes in the work parameters of controllers and machine and device software. Tools: Solidworks, Matlab/Simulink

Smart Grids Technology Platform Dynamic Voltage Restorer

Theory of regulation and control techniques