LIQUIDLOOP is a Berlin-based early-stage startup having a patented technology developing high-tech instruments performing real-time analysis which speeds up academic researchon electrochemistry.- Designed and built electronics of the first automated prototype- Developed entire software for the instruments from scratch with hardware communication- Set up and lead the electronics assembly cycle (purchase, quality control, assembly, test and documentation) of the first sold product- Installed and commissioned the first product to a technical university from Italy, and held on-site training for customers- Hired and lead a team of 4 consisting of interns using agile methodologies- Built internal company processes from scratch and contributed to setting up an open-source ERP system- Supported my co-founders on other company activities such as legal, financial, and equity funding

MicroEnergy is an energy consultancy firm aiming to electrify the base of the pyramid countries with renewable and sustainable technologies. My main responsibility is:- Developing a technical and financial feasibility tool for PV-Battery-Grid Systems for a microfinance bank client using Python and MS Excel.- Maintaing and improving the tool according to clients' feedbacks.

Carmeq is a software and functionality developer and a subsidiary firm of Volkswagen Group.I worked in Function Development department where the project's mission was to increase the number of Battery Electric Vehicles in the system with developing smart charging strategies so that the distribution grid is not overloaded.My main activities in the company were:- Modeling, simulating and analyzing electric vehicle charging load using Matlab- Modeling and simulating a European low voltage distribution grid using Simulink - Simulating and comparing various smart charging strategies using flexibility metrics- Verification of produced data through MIL tests- Designing a GUI for the achieved simulation

Same activities with my master's thesis

- Thermal modeling and numerical simulation of high-efficiency silicon solar cells in contact firing process using MATLAB, MS Excel and VBA programming

- Designing and building a prototype of a forward surveillance platform that will be used in military vehicles with a group of 6 people.Our design included components such as cameras, sensors, pan-tilt motors, control panels. One of the crucial parts of the project was the image of the surrounding must not be distorted from outside noise which necessitated the usage of shock absorbers. My main role in the project was doing the analysis and design of these shock absorbers using MatLab and Simulink and then purchasing and implementing with the rest of the platform.

- Calculating mechanical resilience of caps of residual storage tanks in YAMAL Liquified Natural Gas Plant built in Siberia.- Support and documentation on many further tasks in the project using MS Excel

- Observing and learning the production processes for components of commercial airplanes as Airbus and Boeing