@dn-greens.bsky.social
GREENS MSCA Doctoral Network brings together leading institutions and experts in robotics, materials and sustainability to connect small-scale robotics with environmental sustainability and avoid the ecological impact of nanotechnologies
For three decades, Marie Skłodowska-Curie Actions has supported 150k+ researchers at all stages of their careers, promoting international mobility, cross-sector collaboration, and research excellence across Europe and beyond.
The GREENS Doctoral Network is proud to be part of this legacy.
Meet Andrea Schiano di Colella, our doctoral candidate at the University of Gothenburg. He completed both his bachelor’s and master’s degrees at University of Naples Federico II in Physics & Theoretical Physics.
Read more about his research here:
www.greens-msca.eu/about/doctor...
Meet Andrea Schiano di Colella, our doctoral candidate at the University of Gothenburg. He completed both his bachelor’s and master’s degrees at University of Naples Federico II in Physics & Theoretical Physics.
Read more about his research here:
www.greens-msca.eu/about/doctor...
Meet Martina Accursi, our @dn-greens.bsky.social
doctoral candidate at the Multi-Scale Robotics Lab in @ethz.ch. She obtained both her bachelor’s and master’s degrees in Biomedical Engineering from Politecnico di Milano.
💡 Read more about her research here:
www.greens-msca.eu/about/doctor...
Meet Martina Accursi, our @dn-greens.bsky.social
doctoral candidate at the Multi-Scale Robotics Lab in @ethz.ch. She obtained both her bachelor’s and master’s degrees in Biomedical Engineering from Politecnico di Milano.
💡 Read more about her research here:
www.greens-msca.eu/about/doctor...
Meet Filipe Vinagre, our @dn-greens.bsky.social doctoral candidate at the Swedish Algae Factory. He has a background in Food Science and Engineering and his current research focuses on diatoms
💡 Read more about his research here:
www.greens-msca.eu/about/doctor...
Meet Filipe Vinagre, our @dn-greens.bsky.social doctoral candidate at the Swedish Algae Factory. He has a background in Food Science and Engineering and his current research focuses on diatoms
💡 Read more about his research here:
www.greens-msca.eu/about/doctor...
Meet Alessia Vezzoni, our @dn-greens.bsky.social doctoral candidate at the Multi-Scale Robotics Lab in @ethz.ch. She obtained both her bachelor’s and master’s degrees in Biomedical Engineering from Politecnico di Milano.
💡 Read more about her research here:
www.greens-msca.eu/about/doctor...
Meet Alessia Vezzoni, our @dn-greens.bsky.social doctoral candidate at the Multi-Scale Robotics Lab in @ethz.ch. She obtained both her bachelor’s and master’s degrees in Biomedical Engineering from Politecnico di Milano.
💡 Read more about her research here:
www.greens-msca.eu/about/doctor...
Meet Hiroya Takahashi, our @dn-greens.bsky.social doctoral candidate at the ChemInFlow Group of the @ub.edu supervised by Prof Josep Puigmarti Luis. He received his master’s degree in Chemical Science and Engineering
💡 Read more about his research here:
www.greens-msca.eu/about/doctor...
Meet Hiroya Takahashi, our @dn-greens.bsky.social doctoral candidate at the ChemInFlow Group of the @ub.edu supervised by Prof Josep Puigmarti Luis. He received his master’s degree in Chemical Science and Engineering
💡 Read more about his research here:
www.greens-msca.eu/about/doctor...
Super proud of being part of such a fantastic network!
We’re thrilled to announce that @dn-greens.bsky.social has been recognized as one of the best Sustainability Actions at the Sustainability Day 2025! 🌍 organised by CompromisoRSE
Read more about the award at: web.ub.edu/web/actualit...
@ub.edu
@ubdivulga.bsky.social
#SustainabilityDay2025 #iqtc
We’re excited to introduce the new website for the GREENS Doctoral Network!
You'll find general information on the GREENS DN, the team and the latest news.
#UniBarcelona #uniba #UAB #ethz #myethzurich #uniheidelberg #Unizar #medunigraz
🔗 www.greens-msca.eu
We are hiring a part-time senior project manager to support the MSCA Doctoral Network GREENS. Your role will be key in managing both administrative and communication aspects.
Help to push the next-generation microrobotics 🤖♻️
📌 Apply here:https://euraxess.ec.europa.eu/jobs/349477
📅 Deadline:27/06/25
Join the University of Gotenburg as part of the prestigious MSCA @dn-greens.bsky.social project and work under the guidance of Prof. @giovannivolpe.bsky.social to develop AI-driven tools for Life Cycle Assessment (LCA)
➡️ Open position: euraxess.ec.europa.eu/jobs/350031
📅 Deadline: 3rd July 2025
The PhD position for @unistrathclyde.bsky.social in @dn-greens.bsky.social is open! Supervised by Prof. Simmchen, the candidate will develop novel active matter able to react in complex environments and perform small tasks. 🤖♻️
📢 euraxess.ec.europa.eu/jobs/337887
Deadline: 9th May 2025
The PhD position for MOVIC is open! The project will be supervised by Victor Oliva, Prof. Alba Bala Prof. Pere Fullana. The candidate will evaluate the materials used in robotic systems using the LCA methodology.
📢 Open now: euraxess.ec.europa.eu/jobs/337386
📅 Deadline: 30/04/2025
Apply and share!
On April 3rd and 4th, we held the Kick-Off Meeting of the MSCA @dn-greens.bsky.social at the @ub.edu! Both beneficiary and associate partners introduced ourselves, outlined the research and training goals, build collaborations.
This is just the beginning of a truly GREENS and sustainable journey🌱🌍💡
The @medunigraz.at is a partner in the MSCA DN GREENS project! Led by Prof. Pedro Sánchez Murcia and by Dr. Stefan Payer, the project if focused on exploring how biocatalysts 🧬 can extend the life cycle and improve the degradation processes of micro/nanorobots🤖 with eco-friendly robotic designs🌱💡
The @unistrathclyde.bsky.social University of Strathclyde is a partner in the MSCA DN GREENS! Led by Prof. Juliane Simmchen, the project is dedicated to develop active systems for heavy metal removal💧while using electrochemistry. Sustainability is at the core, focused metals recyclability. 🤖♻️
The Wigner Research RCP is a partner in DN GREENS! Prof. László Péter leads the project to explore materials⚡ electroplatable☣️free from toxic components 🌱 biodegradable🧲ferromagnetic🧩easily tailored to integrate in microrobots.
📢 PhD euraxess.ec.europa.eu/jobs/326781
📅 Deadline: 18th April 2025
Università degli Studi di Bari is in the @dn-greens.bsky.social! Led by Prof. G. Farinola, Prof. D. Blasi and Prof. P. Cotugno, the project focuses on functionalizing biosilica with func molecules🧬magneticNP🧲 urban-mining catalysts♻️ for microrobots.
📢 PhD now open: euraxess.ec.europa.eu/jobs/328904
The Swedish Algae Factory is a partner in the @dn-greens.bsky.social project! Led by Angela Wulff, the project focuses on implementing mesoporous silica frustules derived from diatoms🦠 to develop sustainable robotic chassis 🤖.
📢 PhD opportunity: euraxess.ec.europa.eu/jobs/326807
Deadline: 30/04/25
The Universitat Autònoma de Barcelona in the MSCA @dn-greens.bsky.social! Prof. Eva Pellicer will the research on the synthesis, characterization and degradation of ferromagnetic nanowires. These nanoplatforms of interest in biomedical applications 💊 for it biodegradability and magnetic guidance 🧲
The @physicsgu.bsky.social is a partner in the MSCA @dn-greens.bsky.social! @giovannivolpe.bsky.social will lead the project in developing AI-driven tools and AI-based methodologies for assessing sustainability through LCA in the microrobotics field 🗝️ 🤖 🌿
MOVIC is a partner in the MSCA @dn-greens.bsky.social! Victor Oliva will lead the project along with Prof. Alba Bala and Prof. Pere Fullana from ESCI-UPF. The project will be focused on exploiting reused and proximity materials for biological-based microrobots, along with the corresponding LCA.
The uniheidelberg.bsky.social is a partner in the MSCA @dn-greens.bsky.social! Prof. Eva Blasco blascolab.bsky.social, group leader at the IMSEAM, will head the project in development of 🌿degradable micro-robots🤖 using two-photon 3D laser printing.
➡️Open PhD position: www.euraxess.de/jobs/314918
Bringing their expertise in simulations of fluid flow and transport phenomena at small scales to support the design of micro and nanorobots.