| Wednesday, March 11, 08:00 - 17:30, ESH |
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| 08:00–08:50 | Registration |
| 08:50–09:00 | Opening |
| 09:00–10:20 | — Chair: Alexander Mielke |
| 09:00–09:40 | Klaus Gärtner | Discrete dissipative structures and semiconductor device equations |
| 09:40–10:20 | Ansgar Jüngel | Matrix spin drift-diffusion models for semiconductors: Analysis and simulation |
| 10:20–10:50 | Coffee Break |
| 10:50–12:10 | — Chair: Ansgar Jüngel |
| 10:50–11:30 | Claire Chainais-Hillairet | Numerical schemes for the drift-diffusion system: Study of the stability at the quasi-neutral limit |
| 11:30–12:10 | Giles Richardson | Modelling charge transport processes in perovskite solar cells |
| 12:10–14:00 | Lunch |
| 14:00–15:20 | — Chair: Bernd Witzigmann |
| 14:00–14:20 | Hans Wenzel | Simulation of high-power semiconductor lasers at sub-zero temperatures |
| 14:20–14:40 | Marita Thomas | Modeling of edge-emitting lasers based on tensile strained Germanium microstripes |
| 14:40–15:00 | Clément Jourdana | Hybrid models for electron transport in carbon nanotube field-effect transistors |
| 15:00–15:20 | Vittorio Romano | Comparing kinetic, Monte Carlo and hydrodynamical models for electron transport in monolayer graphene |
| 15:20–15:50 | Coffee Break |
| 15:50–17:30 | — Chair: Yuh-Renn Wu |
| 15:50–16:30 | Matthias Auf der Maur | Multiscale approaches for the simulation of electronic devices |
| 16:30–17:10 | René Pinnau | Optimal design of semiconductor devices |
| 17:10–17:30 | Riccardo Sacco | Bio-polymer interfaces for optical cellular stimulation: A computational modeling approach |
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| Thursday, March 12, 09:00 - 17:30, ESH |
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| 09:00–10:20 | — Chair: Klaus Gärtner |
| 09:00–09:40 | William Vandenberghe | Numerical study of electronic transport in low-dimensionality materials for future FETs |
| 09:40–10:20 | Eric Polizzi | Computational first-principle real-time spectroscopy with applications to nanoplasmonic in 1D carbon-based materials |
| 10:20–10:50 | Coffee Break |
| 10:50–12:10 | — Chair: Hans Wenzel |
| 10:50–11:30 | Yuh-Renn Wu | Multidimensional numerical modeling on the influence of random alloy fluctuation in InGaN quantum well LED to the transport behavior |
| 11:30–12:10 | Oliver Marquardt | Carrier confining mechanisms in axial InxGa1-xN/GaN nanowire heterostructures |
| 12:10–14:00 | Group Photo and Lunch |
| 14:00–15:20 | — Chair: Eric Polizzi |
| 14:00–14:20 | Stefan Birner | Efficient method for the calculation of dissipative quantum transport in quantum cascade laser |
| 14:20–14:40 | Andrea Mantile | A linearised model of quantum transport in the asymptotic regime of quantum wells |
| 14:40–15:00 | Vladimir Kaganer | Monte Carlo simulations of X-ray diffraction from dislocations in epitaxial films |
| 15:00–15:20 | Orazio Muscato | Hydrodynamic model for silicon carbide semiconductors including crystal heating |
| 15:20–15:50 | Coffee Break |
| 15:50–17:10 | — Chair: Karin Zojer |
| 15:50–16:10 | Torsten Sachse | Semi-empirically enhanced TD-DFT spectra involving full vibrational progression for morphology characterization |
| 16:10–16:30 | Felix Kaschura | Simulation of organic permeable base transistor |
| 16:30–16:50 | Axel Fischer | Modeling electrothermal feedback in OLEDs by a 2D thermistor network comprising negative differential resistance |
| 16:50–17:10 | Matthias Liero | On a PDE thermistor system for large-area OLEDs |
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| Thursday, March 12, 18:30 - 21:00, Brauhaus Georgbräu |
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| 18:30–21:00 | Dinner |
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| Friday, March 13, 09:00 - 15:30, ESH |
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| 09:00–10:20 | — Chair: Peter Bobbert |
| 09:00–09:40 | Reinhard Scholz | CT states in molecular blends: Interpretation of measured open circuit voltage and observed CT transitions with DFT-based calculations |
| 09:40–10:20 | Alison Walker | Kinetic Monte-Carlo techniques for modeling and simulation of organic semiconductors |
| 10:20–10:50 | Coffee Break |
| 10:50–12:10 | — Chair: Alison Walker |
| 10:50–11:30 | Peter Bobbert | Simulating charge and exciton dynamics in organic semiconductor devices |
| 11:30–12:10 | Karin Zojer | Modeling and simulation of organic semiconductor devices: A drift diffusion perspective |
| 12:10–14:00 | Lunch |
| 14:00–15:20 | — Chair: Thomas Koprucki |
| 14:00–14:40 | Bernd Witzigmann | The non-equilibrium Green's function method for semiconductor light emitting diode simulation |
| 14:40–15:20 | Karl Rupp | ViennaSHE: A semiconductor device simulator based on the Spherical Harmonics Expansion method |
| 15:20–15:30 | Closing |