I am a Swiss embedded electronics and software engineer with over a decade of experience. My passion for electrical engineering has been a constant companion throughout my career. I began in hardware development and have gradually transitioned to focus almost exclusively on software development. However, I still feel at home in both areas. In my free time, I engage with topics such as building automation, electromobility, and renewable energy.
I have extensive experience in developing software solutions using various languages, with a focus on C, Assembler, Python. I have worked professionally on embedded systems and Python tools for PCs.
I have excellent knowledge and skills in electronics development and measurement. I possess good craftsmanship and practical experience. I have created test equipment for frequency converters, prototypes, and small series, as well as circuit diagrams and layouts.
I have a passion for innovation and creativity. I love exploring new ideas and technologies, such as intelligent building automation, electromobility, renewable energy, artificial intelligence and more.
I have demonstrated strong analytical and critical thinking skills in solving complex and challenging problems. I can use various tools and techniques, to create optimal and robust solutions.
I have excellent communication skills in English and German. I can effectively communicate with diverse audiences, such as developers, managers, customers, and end-users. I have also written clear and concise documentation, reports, presentations, and articles.
I'm an INTJ personality type. This means I am ambitious, rational, independent and confident. I have high standards of quality and performance. I am logical and analytical in my thinking. I am self-reliant and capable of working autonomously.
Back in 2012 this 8x8x8 LED Cube was my first large project in the field of electronics and programming.
The ZHAW graduates Marcel Schreiner and two others, win the regional Siemens Excellence Award worth 4,000 francs. In their excellent bachelor's thesis, the three electrical engineering graduates used the new Bluetooth Mesh wireless standard for building automation.
With the Plasma Speaker, an IDPA (Interdisziplinäre Projektarbeit) within the BMS, we (a co-student and I) were able to qualify for participation in Schweizer Jugend forscht. The project was awarded the rating “outstanding” by Schweizer Jugend forscht in the national competition and was awarded the special prize for participation in the MILSET Expo-Sciences International 2017 in Fortaleza, Brazil.
The Plasma Speaker was developed as an IDPA (interdisciplinary project work) as part of the BMS and was awarded first place in the SoE Award 2016 by the ZHAW for outstanding work at the Frauenfeld Education Center for Technology.
