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Projekt Name: BI-FLOW TOPIC: Operational optimization of a Hybrid Energy Storage System with Power- Heat using Heuristic Algorithms. Core Skills: Python, Scipy, Pyomo, Gurobi, ipopt

Project Name: ESiP (Energy Storage in Production) -implemented a Mixed Integer Linear Programming (MILP) algorithm, focusing on economic and technical aspects for the ESIP project, and documented the results. -Developed a model based design of a bidirectional converter for active power transfer between battery and grid with a dq-based control strategy in MATLAB/Simulink

Project Name: COMBI Power -Developed average model(buck-boost), switching model and DQ-model of three-phase converters and simulated using PLECS. -Developed DQ control algorithms and simulated in MATLAB/Simulink. -Designed and implemented PWM switching circuits. -Performed Stability Analysis

Project Name: RESUR - Modeled 84 substations in the Hamburg area. - Annotated the substations with Label Studio software. - Performed load flow analysis

• Developed a three-phase inverter model in MATLAB/Simulink and deployed it on FPGA. • Upgraded the whole system for controller-in-loop applications. • Defined analog and PWM digital interfaces in the workflow to have a communication between simulink model, opal-rt module and imperix B-box controller. • Simulated the system using RT Lab on OP4510, interfacing with Imperix B-Box controller. • Integrated and commissioned Imperix hardware in hardware-in-the-loop (HiL-Testing) simulation.

• Performed load flow analysis and short circuit calculations using DIgSILENT Power Factory. • Modeled AC and DC faults in HVDC transmission lines using PSCAD/EMTDC. • Calculated the numerical field of bushing with and without capacitive layers using COMSOL.