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Derzeit Begutachtungsphase
Zur Förderung von Spitzenforschung erfolgt üblicherweise zweimal jährlich durch das Linz Institute of Technology (LIT) ein „Call for Proposals“. Projekte können in verschiedenen Projektkategorien eingereicht werden.
Zusätzlich gibt es Sonder-Calls, mit spezieller Zielsetzung.
Aktuell offener Call:
LIT Sondercall Ars Electronica 2025
Weitere Informationen zur Ausschreibung finden Sie unter: LIT Sonder-Call: Ars Electronica Festival 2025 | Art x Science School for Transformation
3. LIT Invest Call für Spitzenforschung.
Einreichfrist ist der 10. Jänner 2025.
Ein neuer LIT Sonder Call zur Förderung von bahnbrechender Forschung wird nun eröffnet. Bei den einzureichenden Proposals soll es sich nicht um ein klassisches Forschungsprojekt handeln, sondern zentrales Anliegen dieses LIT Invest Calls für Spitzenforschung ist die Finanzierung, Ko-Finanzierung oder auch Add-On Finanzierung von Forschungsinfrastruktur. Im Speziellen sollen zusätzliche Anlagen, welche multidsiziplinär an der JKU für Forschung genutzt werden können, gefördert werden.
Einreichunterlagen können hier heruntergeladen werden:
Abgeschlossene Calls
Entscheidung erfolgte im Juli 2024
Entscheidung erfolgte im Juni 2023
Genehmigte Projekte:
- Elisabeth Gaar: MOSOPT: Solving multi-objective facility layout problems via semidefinite optimization
- Kurt Hingerl: 2D3M: Decoherence and depolarization in müller matrix measurements
- Navid Rekabsaz: FAIRFLOW: Fair representation learning with fine-grained adversarial regulation of bias flow
- Bernhard Schmidpeter: Exploiting information from job advertisements to explore gender gaps and recruitment strategies
- Susanne Schmittat: VILP: Video technology in legal proceedings
- Bernhard Sonderegger: MLSC: Model development for lifetime assessment of steels under various creep loads
Genehmigte Projekte:
- Günter Klambauer: AIDD: Advanced machine learning for innovative drug discovery
- Lukas Klever: Self-help enforcement in the digital age
- Mahdi Saeedipour: MMBLOOD: Multiscale modelling of capillary-based blood separation
- Markus Schedl: TIMELY: Mitigating gender bias in job recommender systems: a machine learning-law synergy
- Claudia Schnugg: DIGI-SENSE: Digital sensemaking: constructive capacity building for co-creative transformative change
Genehmigte Projekte:
- Oliver Bimber: Search and rescue by airborne optical sectioning
- Johannes Brandstetter: DEEP FLOOD: Assessing hydrological extremes via deep learning
- Oliver Brüggemann: Biocompatible graphene oxide (GO) composites for medical and agrochemical applications
- Christoph Mayr-Dorn: How do engineers coordinate and execute crossdisciplinary changes in software-intensive mechatronical systems?
- Frank Müh: Molecular mechanism of adhesion reduction by sandfish scales
- Thomas Takacs: PDE-aware isogeometric discretization based on neural networks
- Christoph Topf: Manganese catalysts for (enantioselective) redox transformations
- Mario Waser: Asymmetric synergistic ammonium (hypo)iodite-imine catalysis
Genehmigte Projekte:
- Moritz Brehm: Strain tuning of next-generation group-IV light emitters
- David M. Cerna: Learning to prove by MATHematical induction: Invariant discovery aided by modern machine learning technology
- Andreas Ebner: Molecular recognition for medical blood diagnostics
- Martina Mara: Hands-on explainable AI
- Marcus Reindl: Color-independent generation of maximally entangled photon states in the solid state
- Manuela Schiek: Seamless bionic interfacing for visual neuro-prosthetics
- Markus Sinnl: Solution algorithms for hierarchical optimization problems
- Michael Vierhauser: Runtime monitoring for software-intensive systems
Genehmigte Projekte:
- Günter Klambauer: Self-normalizing networks as enabler of functional modularity in large AI systems / AI-SNN
- Sudip Poddar: Development of design automation methods for sample preparation on two-phase droplet microfluidic labs-on-chips
- Armando Rastelli: Entanglement-based quantum key distribution with on-demand photons generated by semiconductor quantum dots
- Theresa Roland: Human motion sensor system for daily life and analysis ba means of AI
Durchgeführte Projekte:
- Isabella Derler: Novel control of calcium entry via light-sensitive unnatural amino acids
- Andreas Gruber: Brain aneurysm demonstrator
- Georg Reischauer: Ecosystem response strategies
Durchgeführte Projekte:
- Oliver Brüggemann: Chameleomers: Chameleon inspired bio-molecule-responsive structures for detection of wound healing progresses and abnormalities
- Werner G. Müller: Exchange methods for constrained experimental design
- Thomas Renger: Towards a multiscale simulation scheme for organic solar cells
- Jürgen Schöftner: Refined beam models based on the boley method
- Philipp Stadler: Conductive biopolymer carbonate reduction
- Ioannis Toulopoulos: Numerical Simulation of incompressible Non-Newtonian flows modeled by power-law Navier-Strokes systems
- Rudolf Winter-Ebmer: Digitalisation and routine jobs: Unemployment experience and job search
- Yuriy Zakharko: Nanocavity-coupled carbon nanotubes for quantum photonics
Genehmigte Projekte:
- Judith Igelsböck: Upper Austrian Innovation Scripts
- Günter Klambauer: Deep Learning for in-silicio Toxicogenetics testing
- Thomas A. Klar: Sted Photochemistry
- Georg Kofler: Digitalization and Law: The LIT Digitized Village
- Andreas Müller: Exoskeletal Robotic Systems
- Stefan Pirker: Recurrence CFD Simulation of Linz/Westring pollutant dispersion
Durchgeführte Projekte:
- Armin Biere: Logic Technology for computer science Education
- Oliver Bimber: Towards a Flexible, Scale, and Transparent Thin-Film Camera
- Karin Bruckmüller: Autonomous Driving in Austria – Preconditions by, and a challenge for Criminal Law
- Alexander Egyed: Collaborative Engineering in a Multi-Tool Environment
- Ingrid Graz: From multi-material additive manufacturing of dampers to tailored viscoelastic dissipation
- Kurt Hingerl: Harmonium
- Clemens Hofreither: Fast multigrid solvers for Advanced Discretization Techniques in Isogeometric Analysis
- Astrid Pechstein: Mixed finite elements for smart materials and structures
- Yolanda Salinas: Degradable hybrid organosilica phosphazene mesoporous nanoparticles for nanomedicine
- Gabriela Slavcheva: Cavity-assisted non-classical light states generation with quantu mdots for integrated quantum photonics
- Irene Tiemann-Boege: Discovery of new Mutations with Ultra-Sensitive Sequencing
Durchgeführte Projekte:
- Bernad Batinic: Wearable Insights: The Potential of Tracking Technology to Enrich Psychological Research
- Moritz Brehm: Electrically Driven Ge Quantum Dot Lasers towards On-Chip Applications
- Andreas Ebner: Role of Cell Membrane Associated Hsp70 in Cancer Cell Adhesion and Metastasis
- Bernhard Etzlinger: 5G Secure Communications in Industrial Production Environments
- Sepp Hochreiter: Long Short-Term Memory For Self-Driving Cars
- Martin Kaltenbrunner: Career Accelerator Project Soft Electronics Laboratory SEL
- Nicole Kronberger: Neuroenhancement in Everyday Life
- Thomas Lichtenegger: Recurrence CFD – A Novel, Extremely Fast Simulation Technique for Complex Multiphase Flows
- Stefan Müllegger: Single-Atom Radio Frequency Fingerprinting
- Alexandru Paler: Complete Control Software for Reliable Quantum Computers
- Armando Rastelli: Scalable and Fully Tunable Quantum Dots for Quantum Technologies
- Milan Stehlik: Modeling Complex Dependencies: How to Make Strategic Multi-Criterial Decisions
- Thomas Voglhuber-Brunnmaier / Erwin Reichel: Sensing Arthritis with Integrated Novel Tools
