Workshops

Each student will attend one of these workshops for the full duration of the summer academy. During the application process, you will get to list your preferences. We will try to accommodate as many of you as possible. However, places in each workshop are limited.

Workshop 1: Physics of Biofabrication

This workshop is taught by Prof. Dr. Christine Selhuber-Unkel and Dr. Kai Melde.

Abstract: Biofabrication encompasses technologies for the creation of functional tissue models in vitro. In this workshop we will cover the fundamentals of emerging biofabrication methods such as laser printing or acoustic bioassembly. We will also discuss characterisation methods. The students will learn about wave propagation and holographic methods for 3D field reconstruction. Finally, we will delve into the use of different physical forces to directly manipulate or stimulate biological cells.

Workshop 2: Responsive and Dynamic (Bio)Materials

This workshop is taught by Prof. Dr. Saeed Amirjalayer and Prof. Dr. Pavel Levkin.

Abstract: The workshop on Responsive and Dynamic (Bio)Materials introduces the design, characterization, and application of materials that respond dynamically to external stimuli. The first part focuses on the theoretical foundations, exploring molecular mechanisms underlying material responsiveness, including stimuli-triggered transformations such as changes in pH, temperature, or light exposure. Self-assembly processes and molecular interactions that are crucial for creating dynamic systems will be discussed. The second part of the course emphasizes practical applications, introducing chemistries and synthetic strategies used to develop responsive biomaterials, hydrogels, and 3D structures.

Workshop 3: Stem Cell Dynamics and Cancer Evolution In Vivo

This workshop is taught by Prof. Dr. Thomas Höfer and Dr. Matthias Günther.

Abstract: Stem cells and cancer stem cells are sources of healthy tissue renewal and cancer development, respectively. The behavior of these cells in the intact organism is very different from their responses in the dish. This workshop focuses on getting to know these cells in vivo. To this end, we will discuss recent advances in non-invasive lineage tracing, using genetic engineering in mice or natural mutagenesis in humans. Inference based on mathematical models will be pivotal to extract quantitative information from the experimental data. On this basis, we are gaining fundamental insights into how normal stem cells can evolve into malignant tumors.

Workshop 4: 3D Lithography for Biomedical and Bioelectronic Applications

This workshop is taught by Dr. Simon Binder and Dr. Michael Hirtz.

Abstract: In this workshop we will introduce you to innovative lithography methods for the fabrication of micro-/nanostructures for applications like cell interfacing with electronics, biohybrid sensors and biomedical devices. You will learn the basics of methods such as two photon polymerization (2PP), inkjet printing, capillary printing, dip-pen nanolithography (DPN) and how these methods can be used in combination with each other and classical lithography to obtain functional and multi-material 3D micro-devices. The workshop will also introduce selected examples of applications e.g. in biosensing and brain interfaces. Finally, you will be able to take part in interactive sessions where you can discuss with us about how these methods could help you in your own research activities.