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initiatives. Oversee day‑to‑day laboratory operations, facilities, and a team of researchers, while driving cost efficiency and process improvements. Conduct hands‑on experimental work and support research
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focus on simulation, prototyping, lab testing and developing smart connectors for modular floating breakwaters. Key Responsibilities: Design and build connector models Simulation and optimization
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single‑photon performance. - Run theoretical simulations (FDTD or equivalent) to optimize structures. - Publish results, support grant deliverables, and collaborate/mentor within the team. Job Requirements
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undertake the responsibilities towards the development of new photopolymers and biomaterials. Key Responsibilities: Operate nano-computed tomography (nano-CT) systems to perform high-resolution 3D imaging
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profiles to obtain optimal disease resistance. The work is linked to other work packages related with disease resistance and metabolomics and requires strong collaborative and interdisciplinary skills. Key
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with team members to ensure completion of deliverables. Lead the design, construction, and optimization of synthetic biological systems and enzyme engineering workflows. Execute advanced molecular
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for separation and performance benchmarking Develop and implement AI-driven optimization workflows (Bayesian optimization, active learning) Analyze membrane selectivity, stability, ion transport, and energy
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mathematical modeling framework to find the optimal operation strategy for public transport services with autonomous vehicles Conduct computer programming to verify the efficiency of the designed solution
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nonlinear dynamics in optical systems, particularly fiber lasers. Design, build, and optimize state-of-the-art fiber laser setups to experimentally investigate nonlinear phenomena such as soliton dynamics
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implementation of elastomer adhesives Optimization of formulation for 3D printing and 2D printing Contribute to ongoing ionic liquid formation projects Design and prototype and scalable processing Collaborate with