Bachelor or Master Thesis - Development of Multi-Layer Interconnects for Hybrid Additive Manufa[...]

Hahn-Schickard-Gesellschaft für angewandte Forschung e.V.; Freiburg im Breisgau; Vor Ort; EUR 40.000 - 60.000; Vollzeit

Zusammenfassung

A research center in Freiburg is offering a Bachelor or Master thesis position focused on the development of multi-layer interconnects for hybrid additive manufacturing of embedded electronics. This project involves collaboration with industrial partners and the use of advanced 3D printer technology, aiming to foster innovation and provide practical research experience.

Leistungen

Flexible working hours

Training and development support

Mobility support for public transportation

Participation in health programs

Allowance for meals

Qualifikationen

• Open and willing to learn new technologies.
• Demanding and precise work ethic.

Aufgaben

• Develop expertise in hybrid additive manufacturing.
• Conduct systematic analysis of experimental prints.
• Optimize parameters for reliable microchannels.

Kenntnisse

Engineering sciences background

CAD design

ECAD (PCB) design

3D printing knowledge

Automation with Python

Ausbildung

Bachelor or Master's degree

Jobbeschreibung

Vision to Products

Welcome to Hahn-Schickard: The research center for innovative microsystems technology. With a team of over 300 employees, we transform ideas into cross-industry solutions - from conception to production at four locations in Baden-Württemberg. At our Freiburg site, the emphasis is on developing analytical solutions in microsystems technology, particularly for point-of-care diagnostics.

At the Freiburg site, the focus is on analytical solutions, especially for point-of-care diagnostics. We also research, develop, and manufacture electrochemical energy systems, autonomous fluidic robots, and 3D printing of electronics.

For our Laboratory Automation division, we offer at Freiburg im Breisgau the following position (beginning from July 2025 or later):

Bachelor or Master Thesis - Development of Multi-Layer Interconnects for Hybrid Additive Manufacturing of Embedded Electronics (m/f/x)

Your Tasks

You will be part of a novel development project in collaboration with industrial partner ARBURG and state-of-the-art 3D printer technology.

• Develop expertise in hybrid additive manufacturing (polymer and molten metal printing).
• Design and fabricate hybrid printable parts; operate and optimize 3D printing equipment.
• Conduct systematic, quantitative analysis of experimental prints.
• Optimize polymer parameters for reliable microchannels in multilayer electronics.
• Evaluate vertical electrical connections with metal printing for reproducibility and density.
• Determine minimum feature sizes for selected nozzle-material combinations.
• Test contact pad strategies for optimal droplet coverage and merging.
• Optional: Design and 3D print a functional hybrid electronic circuit (e.g., with sensors or PCB integration).

Your Profile

• Open and willing to learn new technologies and principles.
• Background in engineering sciences or comparable.
• Demanding and precise work ethic.
• Plus points: experience in CAD design, ECAD (PCB) design, 3D printing (knowledge of G-code, toolpath planning), automation with Python (e.g., measurement evaluation, G-code post-processing).

Our Offer

• Be part of a dynamic and interdisciplinary team, thriving within an environment that nurtures innovation and collaboration.
• Access to cutting-edge facilities with well-equipped laboratories.
• An attractive workplace on the campus of Albert-Ludwigs-Universität Freiburg.
• Future-proof career with a wide range of assignments during and after your studies.
• Flexible working hours and duration.
• Training and development with expert guidance and support.
• Participation in health programs like Hansefit and team events.
• Allowance for meals in the canteen and surrounding area.
• Mobility support: monthly subsidy for public transportation.

Application Process

• If interested, please send your complete application documents (motivation letter, CV, certificates, transcript of records) in a single PDF, including reference number 25/3610/17, and specify the job portal details if needed.
• For questions, contact Dr. Dániel Straubinger at [phone].
• The decision is made directly by the division.
• Please be patient; the application process may take some time.