35 results
Design, develop and deploy services that estimate the environmental impacts of large-scale distributed computing. The ODISSEE project and Avalon team extend energy-only measurements toward life-cycle and multiple-impact assessments, validating tools on the SLICES-FR infrastructure across the IoT, network, edge and cloud continuum. Required skills include…
This 48-month staff appointment focuses on the ATLAS ITk Pixel System, including reception tests, multi-module structures, detector services and combined Pixel/Strip testing. Responsibilities include test software and hardware, documented validation procedures and hands-on cleanroom integration. The role is fully on site, with an ideal start of 1 January…
This 54-month staff appointment supports integration and commissioning of the ATLAS Inner Tracker. Work centers on Strip Barrel and Endcap structures, services validation, integration-test hardware and software, coordination with off-site institutes, and preparation for cavern commissioning. The role is fully on site, with an ideal start of 1 January 2027.…
Develop interpretable computational tools for molecular and spatial analysis of tumour-cell plasticity in pancreatic ductal adenocarcinoma. Within the AIMPACT collaboration, the BioTiC team seeks an engineer to turn prototype differential-network software into a documented Python package, add visualization and example notebooks, and identify regulatory…
Join the Ensembl Microbes team to maintain microbial genome resources, coordinate data releases and develop annotation pipelines for bacteria, archaea, fungi and protists. The three-year role combines biological data analysis, production software and collaboration with research communities. Hybrid working includes at least two days each week at the Hinxton…
Develop a Python library for evaluating theoretical generalization bounds in deep learning within the SIERRA team and ERC DYNASTY project. The role connects learning theory with practical neural-network evaluation through modular scientific software, empirical experiments and publications. The two-year appointment has a planned start of 1 December 2026.…
Closes
An indefinite full-time role develops scientific data and publication platforms for CSIRO National Collections and Marine Infrastructure, including research-vessel Investigator data. Responsibilities include web tools, metadata, visualization, interoperability and scientific-data curation, working with data providers and users. Salary is AU$100,000–113,000…
Closes
Investigate the performance of current and future supercomputers through modelling, simulation and monitoring. Research includes cross-layer optimisation, performance portability and AI-assisted efficiency improvements for scientific applications.
Develop AI-based software tools for materials research and scientific computing. The work explores how foundation models and generated code can improve research workflows and computational methods.
Build and operate shared machine-learning infrastructure for CERN experiments and researchers. The role connects high-performance computing, cloud technologies and AI platforms used in scientific work.
Improve the computational performance of particle-physics simulation software. The appointment contributes to the NextGen collaboration connecting CERN computing teams and LHC experiments.
Develop GPU benchmarking and supporting computing infrastructure for high-energy physics. The work helps compare heterogeneous hardware used by the Worldwide LHC Computing Grid.
Develop agentic AI for accelerator operations in Berkeley Lab’s Advanced Light Source and the multi-laboratory MOAT-Core programme. Research covers planning, tool use, evaluation, human oversight and integration of the Osprey platform with control systems, models and facility knowledge. The full-time postdoctoral appointment lasts two years with possible…
The RIKEN Center for Computational Science seeks technical scientists to develop programming environments for supercomputers, including accelerator-based systems and Fugaku NEXT. Work covers compilers, performance tools, mathematical and communication libraries, AI-assisted software development and application performance evaluation. Researchers collaborate…
Develop scalable machine-learning methods and infrastructure for the Brain Health initiative. Integrate digital histology, spatial transcriptomics, MRI and clinical data to model brain-disease progression at cellular resolution. Responsibilities include foundation models, distributed training, robust data pipelines and open-source scientific tools. This…
Translate frontier machine-learning prototypes into scalable systems for drug discovery. The role optimises models such as diffusion networks, transformers and DNA-sequence models in JAX or PyTorch, improves distributed training and inference, and develops research libraries and evaluation tools.
Build and maintain data, data-science and model-training systems for AI BioDesign. Collaborate with research scientists on computational infrastructure and the development and evaluation of models for engineering biological systems.
Develop embedded hardware and software for intelligent sensors and edge AI. Work spans FPGA and HDL design, board layout and commissioning, sensor interfaces, real-time processing and deployment of models on resource-constrained systems.
Develop computational methods for biological digital twins, including parameter estimation, uncertainty quantification, Bayesian inference and physics-informed neural networks. Build scalable simulation software and apply it with experimental and clinical collaborators to development and disease models.
Build Unity interaction and rendering features and a Python language-model backend for the Digital Einstein platform. Evaluate conversational quality and latency, maintain the system and support selected demonstrations; the semester workload is approximately fifteen hours per week.
Develop the Belvue visual programming language with its designer. Implement editor features and reusable interface components, extend the C++ language implementation and contribute to language and user-interface design.
Develop and validate control software for physical robots, working across sensors, actuators and mechanical constraints. The role includes experiment design, commissioning, repeatable testing and documenting results so other researchers can extend the systems.
Develop physics-based models and scientific software for geothermal and other energy-conversion systems. Research combines process components, coupled surface–subsurface flow, numerical optimization and technoeconomic assessment, including power, heat and lithium production. The Geothermal Energy and Geofluids group offers an initial one-year salaried…
Advance lattice quantum chromodynamics using leadership-class computing. Develop, port, debug and optimize scalable scientific applications, construct performance models for future architectures, and collaborate with ORNL researchers on large-scale computational physics. Applications are made on the employer’s recruitment portal; no closing date is stated.…