Marco Mair

- Proficiently crafting and implementing new tests within a C# framework to conduct comprehensive evaluations on a radio test set - Working in a full development workflow within GIT, Docker and Jenkins - Managing hardware rack for specialized tests - Ensuring optimal testing environment - Supporting precise and reliable evaluations

In the course of my research internship, I adeptly applied machine learning algorithms to perform anomaly detection on a 2.4 GHz target signal, systematically discerning the presence of interference. Through this scientific pursuit, I advanced my understanding of signal fidelity and interference mitigation.

- Proficiently crafting and implementing new tests within a C# framework to conduct comprehensive evaluations on radio test sets - Working in a full development workflow within GIT, Docker and Jenkins - Managing hardware rack for specialized tests - Ensuring optimal testing environment - Supporting precise and reliable evaluations

- Prototyping with Infineon XMC & Arduino Boards (Hardware & Software) - Published Documentation: Embedded Systems & MEMS Microphone Applications - Created guides for MEMS mic (IM69D) across platforms

- Testing and support of the documentation for the 5G mobile radio tester - Documentation and preparation of various test, functional and product descriptions in LaTeX - Error analysis, troubleshooting, maintenance and installation of GIT and LaTeX workflows - Implementation of new functions with Python to test a mobile radio tester - Installation and maintenance of internal IT infrastructure - Support for developers in the use of internal IT infrastructure

As adveisor my tasks were the mentoring of a group of students and the organization of various events (e.g. generation meeting, final event). Besides that I have participated in soft-skills workshops with the topics team development/leading, workshop organization, communication, project and time managment conducted by professional coaches out the industry. Additionaly I held softskill workshops for a group of students within this project where they learned how to perform together as a team.

- maintanance and modification of industrial factilities

- graduated with a good grade (84/100) - practical skills like soldering, handling electrical components, circuit design, measuring, installation and maintaining of electrical devices, metal milling, metal latheing, usage of cnc milling machine - programming in SIEMENS S5, S7 and Logo!

Bachelor Thesis: Random Generation of Kitchen Environments in a 3D Activity Simulator (Final Grade: 1,3)