Hey there! I'm Mike Trzaska (HokageM), a passionate learner and explorer in the world of technology. I earned my Bachelor of Science degree at the Technical University of Hamburg Harburg in Computer Science and Electrical Engineering. Currently, I am pursuing my Master's degree in Bioinformatics at the University of Hamburg.

Since October 2020, I've been working as a Working Student (Software Engineer) at Eppendorf Liquid Handling GmbH. During my time at Eppendorf, I had the opportunity to work on various projects and technologies, primarily focusing on C++ and Python. Additionally, I completed my Bachelor Thesis at Eppendorf, where I developed a tool for GUI testing for embedded systems.

I deeply enjoy working on diverse projects that challenge me and help me grow as a developer. Most of my personal projects are in Python.

• CoAler

  • CoAler (Core Aligner), a tool capable of efficiently calculating multi-alignments for dozens of molecules from scratch within minutes on a standard desktop computer.

  • Repository: CoAler

    

• ByakuganVisualizer

  • The ByakuganVisualizer is a Python tool for image comparison and highlighting differences, facilitating tasks such as testing and quality assurance, with an added color filter feature for correcting images for color-blind users.

  • Repository: ByakuganVisualizer

    

• DamagedLoggingAnalyzer

  • This is my individual project for the module Research Software Engineering in SS24. The task was to analyze a dataset from genesis.destatis using Python and to find interesting aspects and potential questions that could be explored using this data.

  • Repository: DamagedLoggingAnalyzer

    

• Video2ASCII

  • This tool is created to convert MP4 videos into ASCII animations.

  • Repository: Video2ASCII

    

• IRLwPython

  • Implementation of Inverse Reinforcement Learning algorithms with Python solving the Mountaincar-v0 experiment.

  • Repository: IRLwPython

    

• NinjaBees

  • Simulation of a bee colony, where the bees try to discover all food sources in the simulated world. The Bee Colony Optimization algorithm is used as core algorithm.

  • Repository: NinjaBees

    

I'm always open to collaboration, feedback, or just a friendly chat! Feel free to reach out to me via email or connect with me on LinkedIn.

This portfolio is licensed under the MIT License.