- The digitally enabled atom to system revolution -

 

Monday 11.09.2017 - Friday 15.09.2017

 

DRESDEN | Germany


 

 

It was a blast! Thanks to all participants!


 

 

Photo gallery

Innovative materials are one of the key technologies for keeping products and industrial processes economically competitive and ecologically sustainable. Modern materials science requires a multi-discipline approach embracing chemistry, physics, engineering, as well as theoretical and numerical modelling. The summer school MATERIALS 4.0 - The digitally enabled atom to system revolution will provide an overview of current developments in the ongoing digitalisation revolution in materials science and will offer a platform for discussions about future perspectives. (Summer School FlyerAnnouncement Poster)

The summer school targets Master students, PhD students and (early-stage) Postdocs. For excellent PhD students and (early-stage) Postdocs, up to 20 all-inclusive grants (travel support, accommodation, participation) will be available. Applicants not receiving full funding are requested to pay a fee of 95 EUR (partially covering meals, coffee breaks and school material). Registrations received until July 15th will be considered preferentially. 

This summer school is part of TU Dresden's Institutional Strategy, funded by the Excellence Initiative of the German Federal and State Governments.

Organization

Scientific Board

Prof. Daniel Balzani

Prof. Gianaurelio Cuniberti

Prof. Ronald Tetzlaff

Organizing Board

Alexander Croy

Florian Pump

Claudia Müller

Elisabeth Schudt

Speakers


Prof. Daniel Balzani


Prof. Sandro Carrara


Prof. Michael Gelinsky


Prof. Viktor Mechtcherine


Prof. Christoph Leyens


Prof. Alfred Ludwig


Dr. Martin Pfeiffer


Prof. Ronald Tetzlaff


Dr. Pedro Dollabella Portella


Prof. Wolfgang E. Nagel


Assistant Professor, Simulation of Nanosystems for Energy Conversion, Fakultaet Elektrotechnik und Informationstechnik an der Technischen Universitaet Muenchen (TUM); Foto: © Astrid Eckert / TU Muenchen

Prof. Alessio Gagliardi


Dr. Frank Striggow


Dr. Carlo Vittorio Cannistraci


Dr. Tilmann Hickel


Dr. Stanley Williams


Prof. Ralf Wehrspohn


Prof. David Field

 

Prof. Thomas Heine

 
  

Program


Arrival & Registration: Sunday, 10th September

Departure: Saturday, 16th September

Abstracts: download the book of abstracts here

 Monday 11.09.Tuesday 12.09.Wednesday 13.09.Thursday 14.09.Friday 15.09.
9:00openingProf. Dr. Sandro Carrara (EPFL)Dr. Frank Striggow (LSI Sachsen)Prof. Dr. C. Leyens (TUD, IWS)opening
9:30Prof. Dr. Daniel Balzani (TUD)Prof. Dr. Thomas Heine (UL)
10:00Dr. Martin Pfeiffer (Heliatek)
10:30coffee breakcoffee breakcoffee break
11:00coffee breakDr. P. Portella (BAM)coffee breakProf. Dr. M. Gelinsky (TUD, UKD)Prof. Dr. David Field (WSU)
11:30Prof. Dr. Ronald Tetzlaff (TUD)Prof. Dr. W. E. Nagel (ZIH, TUD)
12:00
12:30luncheonluncheonluncheonluncheon
13:00luncheon
13:30
14:00Prof. Dr. Alfred Ludwig (RUB)Dr. Tilman Hickel (MPIE)ZIH TutorialDr. C. V. Cannistraci (Biotec Dresden)Round Table with Participants
14:30
15:00
15:30coffee breakcoffee breakContributed Talksclosing
16:00Prof Dr. V. Mechtcherine (TUD)Dr. Stanley Williams (HP)
16:30
17:00Poster SessionProf. Dr. A. Gagliardi (TUM
17:30Get-to-Know
18:00Evening Lecture
Prof. Dr. R. Wehrspohn (IMWS)
18:30
19:00
19:30
20:00

Evening lecture:
  • Materials Data Space – Roadmap to Industry 4.0- ready Materials, Prof. Dr. Ralf B. Wehrspohn, Fraunhofer Institute for Microstructure of Materials and Systems IMWS
Keynote talks:
  • Bio/Nano/CMOS interfaces for Ultrasensitive Memristive Biosensors, Prof. Sandro Carrara, EPFL
  • Heterogeneous dislocation density modeling of interstitial free steel, Prof. Dr. David Field
  • Rational Computational Materials Design using Quantum Confinement or Beyond Structural Materials Engineering, Prof. Dr. Thomas Heine, University of Leipzig
  • The Art and Science of Constructing a Physics-Based Memristor Model, Dr. Stanley Williams, HP Enterprise
Invited lectures & talks:
  • Coupled two-scale modeling and simulation of complex materials – Application to multiphase steels, Prof. Dr. Daniel Balzani, TU Dresden
  • Brain active-matter bioinspired algorithms for prediction of self-organization and evolution in complex networks, Dr. Carlo Vittorio Cannistraci, TU Dresden and Biotec
  • Simulation of mesoscopic solar cells: challenges and solutions, towards a multiscale approach, Prof. Alessio Gagliardi, TU München
  • 3D bioprinting of biodegradable implants and tissue constructs, Prof. Gelinsky, TU Dresden
  • Quantum-mechanically guided materials design, Dr. Tilman Hickel, MPI für Eisenforschung
  • Additive Manufacturing of Metals: Materials, Processes and Applications, Prof. Leyens, TU Dresden
  • Development of new materials using high-throughput experimentation and simulation, Prof. Dr. Alfred Ludwig, Ruhr-Universität Bochum
  • 3D printing of houses, Prof. Mechtcherine, TU Dresden
  • Convergence of HPC and Data Analytics: a service oriented approach, Prof. Wolfgang E. Nagel, TU Dresden
  • Role of Materials Data, Dr. Pedro Dolabella Portella, BAM
  • Efficient organic multijunction solar films prepared by vacuum deposition of small molecules, Dr.  Martin Pfeiffer, Heliatek GmbH
  • Technology Transfer, Dr. Frank Striggow, Life Science Inkubator GmbH
  • Sensor-Processor Systems: Closed loop control system for Laser Beam Welding processes and Introduction to the theory of memristors, Prof. Dr. Ronald Tetzlaff, TU Dresden
Contributed talks:
  • Manufacturing of porous models for investment casting for heat storage application, Anna Dmitruk, Wroclaw
  • Prediction and Fabrication of Materials With High Piezoelectric Coefficients and Flexibility, Roland Krieger, Cornell
  • Multiscale modelling of heat conduction in 2D materials and heterostructures, Dr. Bohayra Mortazavi, Weimar
  • 3D printing in pharmaceutical industry and 4D printing as biofabrication next generation, Karim Osouli-Bostanabad, Tabriz
  • 3-dimensional crossbar memory as the next-generation computing element, Dr. KyungJean Yoon, NASA

Venue

The summer school will take place in the Görges building which is located on the main campus of TUD. The address is Helmholtzstraße 9.