Maximilian Fischer

We believe that humans are critically important in today's manufacturing operations. We build software that assists workers & process experts in their daily job to make human work more effective, reduce errors and increase flexibility.

Actyx is rethinking manufacturing. We are offering an Edge-App platform allowing to build and run apps that must not fail. Our platform runs without a central server connecting edge devices in a peer-to-peer network. Our fully decentralized approach provides high availability and resilience of the entire system. Implementing smart factory solutions has never been easier with Actyx. If you are interested in a job check out our website www.actyx.io and contact us at joinus@actyx.io

The course provides undergraduate/ graduate students with fundamental knowledge in the principles of quantum mechanics and connects it to applications in engineering.

I was a research assistant at the Optical Materials Engineering Department (OMEL) at the ETH Zurich. I worked on transition metal doping of semiconductor nanocrystals. The crystals have size dependent optical and electronic properties due to quantum confinement effects. They are thus also called quantum dots. Of particular interest to me was the doping of the quantum dots with natural copper and silver, and the radioactive isotope Cu 64.

During my internship at Linde, I gained deeper insight into the day-to-day problems that engineers face in developing economical solutions to technical problems. The development of a program for the design of an LNG vaporizer in Visual Basic made me realize the never-ending optimization potential for end-customer products.

At MT AerospaceI I became deeply involved in learning about the manufacturing processes that take place in an industrial company. My core tasks included milling, turning, and drilling several prototypes that were used in the research department. Creating bulky prototypes with my own hands made me realize the importance of manufacturing feasibility in designing products.

"Carbon Nanosheets as Active Electrocatalysts in Solid Acid Fuel Cell Electrodes"

Core courses: Biomechanics of Cardiovascular Flow, Power Plants and Heat Pumps, Hydrodynamic, Advanced Transport Phenomena, Heat and Mass Transfer

Core courses: Introduction to Aircraft and Car Aerodynamics, Energy Conversion and Transport in Bio Systems, Radiation Heat Transfer, Thermodynamics of Novel Energy Conversion Technologies. Elective Courses: Financial Market Risks, Equity Derivative Trading in Practice

Energy, Flows and Processes

Methanol Steam Reforming