Each of the 15 research positions in the DNA-Robotics consortium will be filled by candidates that are in the first four years of their research career and without a PhD degree at the time of recruitment. Furthermore, our candidates must not have lived in the country of the partner employing the candidate for more than 12 months in the last 3 years. Therefore, each of recruited candidates will be moving to a new country.
In the list below, you’ll find an overview of the projects. As the recruited researchers take turn to introduce themselves on our blog, you’ll find a link to their introduction in the list.
| Researcher No. | Recruiting Participant | Project title | Position filled |
| 1 | AU | Signal transfer between modules by HCR | Yes |
| 2 | AU | Synthesis and application of organic compounds that undergo mechanochemical changes for actuation of DNA nanostructures | Yes |
| 3 | AU | RNA-based nanorobotic devices for intracellular sensing and actuation | Yes |
| 4 | LMU | Autonomous flagella-propelled translocation and chemotaxis | Yes |
| 5 | LMU | Controlled membrane actuation | Yes |
| 6 | TUM | Design and test of universal docks with mechanical or chemical information propagation for DNA robot modules | Yes |
| 7 | TUM | Artificial signal transduction across membranes | Yes |
| 8 | TUM | Long-range motion of nanorobots facilitated by microcarriers | Yes |
| 9 | KI | An activator for mechanosensitive cellular receptors | Not yet |
| 10 | KI | Active cellular membrane receptor cluster modulation | Not yet |
| 11 | UOXF | Powered linear and rotary motion for molecular robotic device | Yes |
| 12 | UOXF | Modular assembly of integrated nanorobotic systems | Yes |
| 13 | UNITOV | Designing and characterizing DNA-based responsive units | Lorena Baranda |
| 14 | UNITOV | Designing nature-inspired strategies to control DNA-based responsive units | Yes |
| 15 | ATDBIO | Induced Actuation | Yes |
DNA-Robotics 