Master’s Thesis: Development of a Wireless Multi-Modal Human Machine Interface for Myographic Control
We invite you to join our Department of Mechatronic Systems for a master's thesis or working student position. Contribute to developing an advanced human-machine interface system, applying your knowledge to a practical, innovative project. This opportunity offers valuable hands-on experience in cutting-edge technology. Join us to engage in meaningful research with real-world applications.
Your Mission: We would like to conquer new grounds with you and offer you guidance through the exciting field of highly integrated sensors within human machine interfaces. Our scientific foundation is set, and we’re seeking motivated students to accelerate our project. The initial version of our high-density myographic sensor wristband has successfully shown its basic functionality. In order to advance further, we plan to make it fully portable and increase its Technology Readiness Level (TRL) for initial user studies.
Your Tasks: As part of the next wristband iteration, you will:
- Test the current solution to identify flaws and derive requirements for the next version.
- Design a fully integrated battery management system, including schematics and mechanical drafts.
- Integrate a new wireless communication protocol using C code within the NXP programming environment.
- Contribute to a new wristband design, with an advanced mechanical closure and wearable solutions.
Your Skills: Collaboration is key! We are looking for team players with expertise in:
- Electrical Engineering (especially schematics)
- Embedded Systems (C or Arduino, with an interest in transitioning to C)
- System Design (knowledge of system interfaces, structured system development)
Beneficial skills include:
- Design (materials & mechanical CAD for housings and wearable parts; 3D printing experience)
- Human Factors (interest in ergonomic and human-centered design approaches)
Your Potential Gain:
- Hands-on experience in an electrical engineering project with real-world impact.
- Deep understanding of system design, addressing real-world challenges.
- Access to our scientific network within the field of human-machine interfaces.
- Participation in scientific writing and patenting, potentially as a co-author or in acknowledgments.
Hands on private / university mechatronic projects are a big advantage in the hiring process!
The thesis will be conducted at the Institute of Robotics and Mechatronics in Oberpfaffenhofen. Preferred starting date within 3 months. We give preference to severely disabled applicants if they are professionally suitable.