Kutató fejlesztő állások, munkák Külföldön

• Vasúti kivitelezési projektek végrehajtása Németországban
• Infrastruktúra fejlesztési munkálatok koordinálása és ellenőrzése
• Kapcsolattartás a németországi partnerekkel és alvállalkozókkal
• Projekttervek és műszaki dokumentációk követése

• Heidenhain vezérlésű gépek programozása
• Munkavégzés 5 tengelyes maró gépeken
• Szerszámozás, átállások, mérések elvégzése
• Nagy méretű alkatrészek gyártása

• Lead the planning, execution, and coordination of sterile product development in the formulation lab, focusing on parenteral small molecule and peptide dosage forms.
• Design, review, and recommend changes to scientific protocols and procedures for aseptic processing and sterile manufacturing.

• Develop computer vision models to analyze surgical videos, including action recognition, instrument usage, and relevant interactions
• Build and annotate a suitable dataset in close collaboration with other project staff; develop annotation and quality-assurance tools

• Drive pioneering technical advances to the field of foundation models on structured data, as well as exploring world models for solving business problems.
• Expand the horizon of what is possible by bringing together rich semantic context with large scale business data

• Research using behavioral experiments to incentivize consumer flexibility
• Publication (also as co-author)
• Co-supervision of bachelor and master theses (in the context of the project)
• Participation in CoDeF activities
• Academic self-governance

• In this project, Molecular Beam Epitaxy (MBE) is our primary tool. You won't just be an observer; you will be an architect of matter. Your responsibilities will include:
• Designing and growing high-quality semiconductor heterostructures.

• Research on learned components for streaming data systems, such as
• learned cost, latency, and throughput models for continuous and multimodal queries,
• learning-based scheduling, parallelism, and resource allocation for streaming operators, and

- development and parameterization of machine learning interatomic potentials - implementation of new algorithms in scientific software packages - generation of training data using electronic structure calculations, atomistic simulations - presentation of scientific results at conferences and in...

· RESEARCH AND DEVELOPMENT: o Design and evaluate distributed learning algorithms that operate across heterogeneous nodes, exploring model splitting, collaborative inference, and adaptive training strategies. o Investigate privacy-preserving and energy-efficient learning mechanisms and study the...

• Study episodic representations [= memory representations of personally experienced past events] through tools from semantics/philosophy of language
• Apply findings to issues in contemporary philosophy of memory (esp. the compositional (re-)combination of episodic representations, WP5)

• Development of computational linguistic methods for the recognition and interpretation of (multimodal) metaphors
• Exploring the use of deep learning and LLMs for metaphor analysis
• Creation of annotated corpora and datasets
• Collaboration in an interdisciplinary team

Detailed characterization of pristine HSDP2 samples, as well as samples that have undergone thermal analysis, using a variety of techniques....

• Develop and apply frequency comb spectroscopy setups and utilize the existing CARS and QCLAS setups
• Apply the laser diagnostics to measure molecular species in atmospheric pressure plasmas related to plasma catalysis, such as COx, NOx, H2O2.

Develop and apply THz absorption spectroscopy and cavity-enhanced spectroscopy setups to measure atomic (O, Al) and molecular species (NO) and apply the existing E-FISH setup to measure electric fields in atmospheric pressure plasmas related to plasma catalysis...

• In this project, Molecular Beam Epitaxy (MBE) is our primary tool. You won't just be an observer; you will be an architect of matter. Your responsibilities will include:
• Designing and growing high-quality semiconductor heterostructures.

• Upstream processing in the field of viral vectors / ATMPs
• Establishment of cell and virus banks
• Implementation and optimisation of seed trains
• Production of viral products and/or ATMPs up to a scale of 200 litres

• Hands-on experience building foundations for realtime simulation systems
• The chance to learn, implement and extend state-of-the-art simulation methods (XPBD, advanced constraint solvers, hybrid models)
• Mentorship from PhD-level researchers

• design and conduction of experimental studies
• application/development of neurobiological, molecular, electrophysiological or imaging methods
• analysis and statistically evaluation of experimental data
• documentation, interpretation and presentation of research findings

• Develop new tools and models for the design and analysis of practical cryptography in the post-quantum setting
• Revisit the concrete security of real-word cryptographic protocols
• Additional responsibilities include supporting the tasks in the Chair, e.g. the organisation of scientific conferences