Primary:Core development of internal modelling framework for techno-commercial evaluation of Power-to-X projects. The framework is used by the consultants and analysts for assessment of plant configurations, plant scheduling and optimization of financial characteristics of complex energy value chain projects across the world.Secondary:- Building CLI tools to automate routine modelling tasks such as debugging and visualizing of complex linear programming models- Maintaining an API to serve diverse time series of power prices and production across the world- Setting up CI/CD pipelines to automate quality control and deployment of internally developed libraries, tools, API and an Angular application. Using GitHub Actions and Azure- Organizing workshops and mentoring data scientists on good software development practices such as version control, refactoring and code review

Wrote data processing pipelines in Python for qualitative and quantitative traffic research including low level sensor data parsing, manipulation with geometric data, object detection and tracking.Was responsible for teaching master students courses "Python and SQL for traffic data analysis" as well as "Microscopic traffic simulation based on Eclipse SUMO and Python".

Researched computational methods in structural health monitoring. Created the MATLAB toolbox to pipeline numerical modelling of vibrating structures, signal processing for extraction of damage sensitive features and machine learning methods for damage detection. Co-supervised master thesis in the subjects of structural dynamics and time-series modelling.

Analyzed data from load cells and camera based motion tracking system to increase the accuracy of the model testing of aquaculture cages. In our thesis collaboration developed a finite element method simulation software in C# to predict the deformation of the critical parts of the large scale fishing gear in order to assess the impact of different gear designs on by-catch reduction. Assisted the flume tank experiments of scaled models of industrial fishing gear.

Was responsible for vertical load calculation for a large (23,000 m2) office building OPS Gellerup Project in Aarhus, Denmark. Worked on determination of foundation sizes in the adjacent parking building and design of stabilizing walls in both buildings.