SYMPOSIUM
|
Bridging the gap between bio-inspired nanomaterial chemistry and sustainable manufacture Manchester, 22-23 January 2020 Bringing together stakeholders to drive the development of nanomaterials through discovery and scale-up Giving emphasis to the full scope of experimental and modelling interests, and to both translational and fundamental research Attendance and contributions from across academia, industry, government and the third sector are welcome Poster sessions/prizes and flash presentations included – ECR and PGR contributions particularly welcome Topics and sessions include:
The event combines a one day showcase and half day development workshop. The former will include oral and poster contributions from academia and industry both within and beyond the SynBIM project: reporting on recent progress and exploring the wider vision. The workshop aims to engage funders and R&D specialists from industry and academia to explore future opportunities, new directions and building collaboration. 
|
EXTENDED DEADLINE - 15 DecemberECR/PRG Posters - Prizes - Bursaries
Event Partners and Sponsors The Directed Assembly Network RSC Process Chemistry and Technology Group UK Fluids Network UK Multiphase Flow and Transport Processes SIG EPSRC Knowledge Transfer Network Programme External speakers confirmed: Marc Knecht (University of Miami) Paul Southern (Resonant Circuits) Miguel Jorge (University of Strathclyde) John Hanrahan (Glantreo) Ian Houson (University of Strathclyde) Stuart Coles (University of Warwick) The programme also includes presentations from the SynBIM project team and updates from EPSRC, KTN and Directed Assembly Network <<< PROGRAMME, SPEAKERS & EVENT FLYER >>> 
>>> Please read our GUIDELINES FOR POSTER PRESENTATIONS
before completing the application form via the link above >>> ECR Travel Bursaries up to £170 - apply via the application form >>> Three Poster Prizes will be awarded on the day |
|
The SynBIM Project aims to create transformative knowledge and toolsets needed to enable larger-scale manufacturing of tunable nanomaterials using an eco-friendly “green” Synthetic Biology (SynBio) approach. MORE ABOUT THE PROJECT HERE Or watch our video >>> |
|
