Several PhD Openings: Seeking highly motivated candidates for several PhD openings in the exciting field of 3D printing of advanced materials. Join our interdisciplinary team and work on groundbreaking projects that involve 3D printing of granular double network elastomers, ion-reinforced granular double network elastomers, load-bearing double network granular hydrogel-based soft actuators, and shock-absorbing meshes. If you are passionate about pushing the boundaries of material science and 3D printing technology, we invite you to apply.
| Designation | Research Area | Location | Eligibility/Qualification |
|---|---|---|---|
| PhD Candidate | 3D Printing of Elastomers, Hydrogels, and Shock Absorbing Meshes | EPFL, Switzerland | Background in material science, chemistry, chemical engineering, physical chemistry, nanotechnology, or related subjects; Highly motivated and enthusiastic about interdisciplinary research. |
Job Description:
PhD Openings in 3D Printing of Elastomers, Hydrogels, and Shock Absorbing Meshes
Each PhD project offers a unique opportunity to contribute to cutting-edge research in materials science and 3D printing technology:
- 3D Printing of Granular Double Network Elastomers: Explore the 3D printing of elastomer-based microparticles into granular double network elastomers. Investigate ink formulation, rheological properties, and mechanical properties. Collaborate on creating versatile soft grippers.
- 3D Printing of Ion-Reinforced Granular Double Network Elastomers: Focus on ionically reinforcing granular double network elastomers to enhance toughness while maintaining stiffness. Synthesize elastomer precursors, characterize inks, and study mechanical properties. Create dampers for soft robots.
- 3D Printing of Load-Bearing Double Network Granular Hydrogel-Based Soft Actuators: Develop double network granular hydrogels with varying compositions for soft actuation. Investigate responsiveness to external stimuli and build soft actuator demonstrators.
- 3D Printing of Shock Absorbing Meshes: Establish a method for in situ covalently and ionically crosslinking functionalized polymers. Systematically study processing-composition-structure-mechanical property relationships to design fibers with exceptional stiffness and toughness.
Requirements:
- Background in material science, chemistry, chemical engineering, physical chemistry, nanotechnology, or related subjects.
- Highly motivated and enthusiastic about interdisciplinary research.
How to Apply: If you are excited to be part of these challenging and innovative projects, please send the following documents to esther.amstad@epfl.ch:
- CV
- Motivation letter
Last Date for Apply: Ongoing
We welcome candidates who thrive in an interdisciplinary environment and are eager to contribute to cutting-edge research in 3D printing and materials science. Join our team and help shape the future of advanced materials and technology.
