Thesis Master in the Field of Electrical Machines

Molabo GmbH; Ottobrunn; Vor Ort; EUR 40.000 - 60.000; Vollzeit

Zusammenfassung

A sustainable technology company in Ottobrunn, Germany, is offering a master's thesis opportunity in electrical machine design. Candidates will conduct evaluations and simulations of a universal synchronous machine while investigating cost-saving measures and conducting literature research. Ideal candidates should be studying electrical or mechanical engineering, have a solid understanding of electrical machines, and possess good communication skills in both German and English. The role supports personal development in a collaborative environment.

Leistungen

Flexible working hours

Friendly office community

Support for lifelong learning

Flat hierarchy

Dynamic startup environment

Qualifikationen

• Currently enrolled in a master's program in electrical or mechanical engineering.
• Fulfilled university requirements for registering a master's thesis.
• Experience in designing electrical machines is a plus.

Aufgaben

• Conduct literature and patent searches on synchronous machines.
• Design a universal synchronous machine.
• Perform calculations and simulations for the machine.
• Analyze trade-offs of different machine designs.
• Estimate potential cost savings.

Kenntnisse

Knowledge of electrical machines

Power electronics

Electromagnetism

Interdisciplinary research interests

Structured and reliable work

Communication in German

Communication in English

Ausbildung

Master's degree in electrical or mechanical engineering

Jobbeschreibung

YOUR CONTRIBUTION

Electrical machines are an intricate part of our modern society. With the decarbonization of all aspects of life, the already enormous demand for electrical machines is predicted to grow steadily. Hereby, the costs play an important role for the final customer. Often times electrical solutions are still more expensive than their alternatives. Especially for highly specialized machines produced at low volumes, one time investment costs contribute largely. The universal synchronous machine aims to reduce such costs by distributing them over a larger portfolio of products. A machine design suited for either PMSM or a SynRM should be investigated.

Primarily, this study aims at technical evaluation of the proposed concept. It should reveal the trade-offs between different designs and juxtapose the performance to conventional designs. Finally, an analysis of the potential cost savings completes this work.

Your contribution contains:

• Literature and patent search about synchronous machines
• Conception of a universal synchronous machine
• Calculation and simulation of the universal synchronous machine
• Investigation of the trade-offs of the universal synchronous machine
• Calculation of the potential cost savings

YOUR PROFILE

• You are studying electrical or mechanical engineering for your masters
• You have fulfilled all requirements of your university for registering a master thesis
• You already have knowledge about electrical machines, power electronics and electromagnetism
• You are interested in complex and interdisciplinary topics
• Ideally, you have already gained experience with the design of electrical machines
• You like to dig into new topics
• You work in a structured, reliable and result-oriented way
• You can communicate in German and English

OUR OFFER

• We support each other and promote a great team spirit
• We offer flexible working hours and friendly office community in the vicinity of the train station Neubiberg in the Munich metropolitan area
• We enjoy our work because we are proud to contribute to a sustainable world
• We have fun in the office and in team events
• We give space for education because we value life‑long learning
• We have a flat hierarchy allowing for a self‑organized way of working
• We take decisions fast and live the high dynamic of the start‑up environment
• We empower you to propose your ideas and support your personal development
• We contribute to the CO2 reduction in our society with our products and beyond

CONTACT

In case of any doubt please contact us via [e-mail].