D.O.E) The responsibilities of this role include: Implement data and machine learning based methods for training and validation results. Be able to apply signal processing techniques in accordance to improving algorithm performance Ability to process and visualise datasets and discussing the performance and accuracy of the data. To be … with time series data or computer vision) Experience working and deployment using cloud services (AWS preferably) ** If you have experience working with problems in imageprocessing or working with DAS sensors that would be highly beneficial ** We currently have interviews being arranged with a client who is looking more »
Careers that Change Lives Are you interested in developing real-time AI and video processing pipelines for the operating room? Do you like the challenge of optimising performance for edge devices? Do you enjoy working with a dynamic team with a technically diverse skill set? Digital Surgery is developing … new products to provide real-time guidance and decision support inside the operating room. As a Software Engineer working on the real-time video processing team, you’ll be helping to develop high-performance video and AI processing pipelines for use in the operating room. We’re looking … for someone experienced with real-time video manipulation and parallel processing who is comfortable working in a multidisciplinary team. A Day in the Life • Design, implement, and optimize video processing pipelines running on computing systems deployed in the operating room. • Leverage hardware acceleration to develop high-performance, low more »
science, and modern machine learning techniques in the cyber domain and discovery operations. Experience with standard analytic techniques and metrics. Knowledge of Natural Language Processing and ImageProcessing techniques. Familiarity with Predictive modelling, Statistical Analysis and Hypothesis testing. Experience with algorithm design and development in cloud environments. more »
this sense is predominantly in the form of images (and their associated metadata) captured by our device, which are then processed by our proprietary imageprocessing software and algorithms to arrive at a conclusion (infection status, identification of bacteria, which antibiotics might be suitable) which is then reported … these settings. Proactive and enjoy working as part of a small professional team Good working knowledge of the MS Office Suite and relevant data processing software Salary and benefits £50-80k, DoE 30 days holiday + bank holidays Employee Health cash plan/Health Insurance Company Pension Scheme more »
rendering engines. Strong experience with Shaders OpenGL (GLSL/CG), Unity3D (ShaderLab) Experience with Unity AR Foundation. Desirable Qualifications: MSc in Visualisation, Computing, Games, ImageProcessing or similar Experience in and passion for AR, VR. Good knowledge of C++. Experience with image processing. Experience and understanding of more »
products such as DragonFly IV. You will be directly responsible for assuring the quality of our Windows ASP.Net Server product that provides high-speed imageprocessing and printhead electronics integration. You will develop automated test scripts to exercise system-level product behaviours and maintain the product’s Continuous more »
ion channel activation, hands on experience in primary cell cultures of hippocampal neurons as well as a direct handling of a fluorescence microscope and image processing. Ideally the MSc candidate should have a background in cultivation of cells and previous experience on microscopy (optical or fluorescent), as well as more »
ion channel activation, hands on experience in primary cell cultures of hippocampal neurons as well as a direct handling of a fluorescence microscope and image processing. Ideally the MSc candidate should have a background in cultivation of cells and previous experience on microscopy (optical or fluorescent), as well as more »
Computer Vision or Computational Imaging Demonstrated record of collaborative software development, especially in distributed teams. Additional Information Our group develops advanced algorithms for efficient processing, reliable reconstruction, and automated information extrac-tion from multidimensional microscopy datasets, predominantly in electron and X-ray microscopy. We have expertise in deep learning … large-scale optimization, signal and imageprocessing, and experimental design for advanced X-ray and electron microscopy experiments. We have for the first time reconstructed large phase-contrast volumes at atomic resolution beyond the traditional limits of electron microscopy. Your project will revolve around further developing the algorithms … and applying them to image challenging materials systems, like metal-organic frameworks and other beam-sensitive materials. We offer access to state-of-the-art aberration-corrected electron microscopes and a lab-based x-ray microscope at the Center for Nanoanalysis and Electron Microscopy, access to high-performance computing more »
Computer Vision or Computational Imaging Demonstrated record of collaborative software development, especially in distributed teams. Additional Information Our group develops advanced algorithms for efficient processing, reliable reconstruction, and automated information extrac-tion from multidimensional microscopy datasets, predominantly in electron and X-ray microscopy. We have expertise in deep learning … large-scale optimization, signal and imageprocessing, and experimental design for advanced X-ray and electron microscopy experiments. We have for the first time reconstructed large phase-contrast volumes at atomic resolution beyond the traditional limits of electron microscopy. Your project will revolve around further developing the algorithms … and applying them to image challenging materials systems, like metal-organic frameworks and other beam-sensitive materials. We offer access to state-of-the-art aberration-corrected electron microscopes and a lab-based x-ray microscope at the Center for Nanoanalysis and Electron Microscopy, access to high-performance computing more »
Computer Vision or Computational Imaging Demonstrated record of collaborative software development, especially in distributed teams. Additional Information Our group develops advanced algorithms for efficient processing, reliable reconstruction, and automated information extrac-tion from multidimensional microscopy datasets, predominantly in electron and X-ray microscopy. We have expertise in deep learning … large-scale optimization, signal and imageprocessing, and experimental design for advanced X-ray and electron microscopy experiments. We have for the first time reconstructed large phase-contrast volumes at atomic resolution beyond the traditional limits of electron microscopy. Your project will revolve around further developing the algorithms … and applying them to image challenging materials systems, like metal-organic frameworks and other beam-sensitive materials. We offer access to state-of-the-art aberration-corrected electron microscopes and a lab-based x-ray microscope at the Center for Nanoanalysis and Electron Microscopy, access to high-performance computing more »
Computer Vision or Computational Imaging Demonstrated record of collaborative software development, especially in distributed teams. Additional Information Our group develops advanced algorithms for efficient processing, reliable reconstruction, and automated information extrac-tion from multidimensional microscopy datasets, predominantly in electron and X-ray microscopy. We have expertise in deep learning … large-scale optimization, signal and imageprocessing, and experimental design for advanced X-ray and electron microscopy experiments. We have for the first time reconstructed large phase-contrast volumes at atomic resolution beyond the traditional limits of electron microscopy. Your project will revolve around further developing the algorithms … and applying them to image challenging materials systems, like metal-organic frameworks and other beam-sensitive materials. We offer access to state-of-the-art aberration-corrected electron microscopes and a lab-based x-ray microscope at the Center for Nanoanalysis and Electron Microscopy, access to high-performance computing more »
Computer Vision or Computational Imaging Demonstrated record of collaborative software development, especially in distributed teams. Additional Information Our group develops advanced algorithms for efficient processing, reliable reconstruction, and automated information extrac-tion from multidimensional microscopy datasets, predominantly in electron and X-ray microscopy. We have expertise in deep learning … large-scale optimization, signal and imageprocessing, and experimental design for advanced X-ray and electron microscopy experiments. We have for the first time reconstructed large phase-contrast volumes at atomic resolution beyond the traditional limits of electron microscopy. Your project will revolve around further developing the algorithms … and applying them to image challenging materials systems, like metal-organic frameworks and other beam-sensitive materials. We offer access to state-of-the-art aberration-corrected electron microscopes and a lab-based x-ray microscope at the Center for Nanoanalysis and Electron Microscopy, access to high-performance computing more »
Computer Vision or Computational Imaging Demonstrated record of collaborative software development, especially in distributed teams. Additional Information Our group develops advanced algorithms for efficient processing, reliable reconstruction, and automated information extrac-tion from multidimensional microscopy datasets, predominantly in electron and X-ray microscopy. We have expertise in deep learning … large-scale optimization, signal and imageprocessing, and experimental design for advanced X-ray and electron microscopy experiments. We have for the first time reconstructed large phase-contrast volumes at atomic resolution beyond the traditional limits of electron microscopy. Your project will revolve around further developing the algorithms … and applying them to image challenging materials systems, like metal-organic frameworks and other beam-sensitive materials. We offer access to state-of-the-art aberration-corrected electron microscopes and a lab-based x-ray microscope at the Center for Nanoanalysis and Electron Microscopy, access to high-performance computing more »
Computer Vision or Computational Imaging Demonstrated record of collaborative software development, especially in distributed teams. Additional Information Our group develops advanced algorithms for efficient processing, reliable reconstruction, and automated information extrac-tion from multidimensional microscopy datasets, predominantly in electron and X-ray microscopy. We have expertise in deep learning … large-scale optimization, signal and imageprocessing, and experimental design for advanced X-ray and electron microscopy experiments. We have for the first time reconstructed large phase-contrast volumes at atomic resolution beyond the traditional limits of electron microscopy. Your project will revolve around further developing the algorithms … and applying them to image challenging materials systems, like metal-organic frameworks and other beam-sensitive materials. We offer access to state-of-the-art aberration-corrected electron microscopes and a lab-based x-ray microscope at the Center for Nanoanalysis and Electron Microscopy, access to high-performance computing more »
Computer Vision or Computational Imaging Demonstrated record of collaborative software development, especially in distributed teams. Additional Information Our group develops advanced algorithms for efficient processing, reliable reconstruction, and automated information extrac-tion from multidimensional microscopy datasets, predominantly in electron and X-ray microscopy. We have expertise in deep learning … large-scale optimization, signal and imageprocessing, and experimental design for advanced X-ray and electron microscopy experiments. We have for the first time reconstructed large phase-contrast volumes at atomic resolution beyond the traditional limits of electron microscopy. Your project will revolve around further developing the algorithms … and applying them to image challenging materials systems, like metal-organic frameworks and other beam-sensitive materials. We offer access to state-of-the-art aberration-corrected electron microscopes and a lab-based x-ray microscope at the Center for Nanoanalysis and Electron Microscopy, access to high-performance computing more »
Computer Vision or Computational Imaging Demonstrated record of collaborative software development, especially in distributed teams. Additional Information Our group develops advanced algorithms for efficient processing, reliable reconstruction, and automated information extrac-tion from multidimensional microscopy datasets, predominantly in electron and X-ray microscopy. We have expertise in deep learning … large-scale optimization, signal and imageprocessing, and experimental design for advanced X-ray and electron microscopy experiments. We have for the first time reconstructed large phase-contrast volumes at atomic resolution beyond the traditional limits of electron microscopy. Your project will revolve around further developing the algorithms … and applying them to image challenging materials systems, like metal-organic frameworks and other beam-sensitive materials. We offer access to state-of-the-art aberration-corrected electron microscopes and a lab-based x-ray microscope at the Center for Nanoanalysis and Electron Microscopy, access to high-performance computing more »
Computer Vision or Computational Imaging Demonstrated record of collaborative software development, especially in distributed teams. Additional Information Our group develops advanced algorithms for efficient processing, reliable reconstruction, and automated information extrac-tion from multidimensional microscopy datasets, predominantly in electron and X-ray microscopy. We have expertise in deep learning … large-scale optimization, signal and imageprocessing, and experimental design for advanced X-ray and electron microscopy experiments. We have for the first time reconstructed large phase-contrast volumes at atomic resolution beyond the traditional limits of electron microscopy. Your project will revolve around further developing the algorithms … and applying them to image challenging materials systems, like metal-organic frameworks and other beam-sensitive materials. We offer access to state-of-the-art aberration-corrected electron microscopes and a lab-based x-ray microscope at the Center for Nanoanalysis and Electron Microscopy, access to high-performance computing more »
Computer Vision or Computational Imaging Demonstrated record of collaborative software development, especially in distributed teams. Additional Information Our group develops advanced algorithms for efficient processing, reliable reconstruction, and automated information extrac-tion from multidimensional microscopy datasets, predominantly in electron and X-ray microscopy. We have expertise in deep learning … large-scale optimization, signal and imageprocessing, and experimental design for advanced X-ray and electron microscopy experiments. We have for the first time reconstructed large phase-contrast volumes at atomic resolution beyond the traditional limits of electron microscopy. Your project will revolve around further developing the algorithms … and applying them to image challenging materials systems, like metal-organic frameworks and other beam-sensitive materials. We offer access to state-of-the-art aberration-corrected electron microscopes and a lab-based x-ray microscope at the Center for Nanoanalysis and Electron Microscopy, access to high-performance computing more »
hardware-in-the-loop (HWIL) simulators. Interface with the engineering teams to design, develop, and integrate sensor hardware and software, including sensor electronics, FPGA processing boards, DSP/ARM/PowerPC boards, PCI & VPX busses, health, and status circuits, cryocoolers, and sensor data interfaces. Participate in development phases from … detailed requirements flow down, trade studies, processing architecture design, hardware selection, firmware and software development, sensor and payload integration and test, spacecraft integration and test, and on-orbit support. Analyze user requirements to derive software design and performance requirements. Assist with developing and executing test procedures for software components. … project limitations and capabilities, performance requirements and interfaces. Integrate existing sensor-based software into new or modified sensors or operating environments. Collaborate with signal processing engineers, software leads, and FPGA designers. Experience with Continuous Integration and Continuous Delivery (CI/CD) tools such as Jenkins Agents or GitLab Runners. more »
hardware-in-the-loop (HWIL) simulators. Interface with the engineering teams to design, develop, and integrate sensor hardware and software, including sensor electronics, FPGA processing boards, DSP/ARM/PowerPC boards, PCI & VPX busses, health, and status circuits, cryocoolers, and sensor data interfaces. Participate in development phases from … detailed requirements flow down, trade studies, processing architecture design, hardware selection, firmware and software development, sensor and payload integration and test, spacecraft integration and test, and on-orbit support. Analyze user requirements to derive software design and performance requirements. Assist with developing and executing test procedures for software components. … project limitations and capabilities, performance requirements and interfaces. Integrate existing sensor-based software into new or modified sensors or operating environments. Collaborate with signal processing engineers, software leads, and FPGA designers. Experience with Continuous Integration and Continuous Delivery (CI/CD) tools such as Jenkins Agents or GitLab Runners. more »
hardware-in-the-loop (HWIL) simulators. Interface with the engineering teams to design, develop, and integrate sensor hardware and software, including sensor electronics, FPGA processing boards, DSP/ARM/PowerPC boards, PCI & VPX busses, health, and status circuits, cryocoolers, and sensor data interfaces. Participate in development phases from … detailed requirements flow down, trade studies, processing architecture design, hardware selection, firmware and software development, sensor and payload integration and test, spacecraft integration and test, and on-orbit support. Analyze user requirements to derive software design and performance requirements. Assist with developing and executing test procedures for software components. … project limitations and capabilities, performance requirements and interfaces. Integrate existing sensor-based software into new or modified sensors or operating environments. Collaborate with signal processing engineers, software leads, and FPGA designers. Experience with Continuous Integration and Continuous Delivery (CI/CD) tools such as Jenkins Agents or GitLab Runners. more »
hardware-in-the-loop (HWIL) simulators. Interface with the engineering teams to design, develop, and integrate sensor hardware and software, including sensor electronics, FPGA processing boards, DSP/ARM/PowerPC boards, PCI & VPX busses, health, and status circuits, cryocoolers, and sensor data interfaces. Participate in development phases from … detailed requirements flow down, trade studies, processing architecture design, hardware selection, firmware and software development, sensor and payload integration and test, spacecraft integration and test, and on-orbit support. Analyze user requirements to derive software design and performance requirements. Assist with developing and executing test procedures for software components. … project limitations and capabilities, performance requirements and interfaces. Integrate existing sensor-based software into new or modified sensors or operating environments. Collaborate with signal processing engineers, software leads, and FPGA designers. Experience with Continuous Integration and Continuous Delivery (CI/CD) tools such as Jenkins Agents or GitLab Runners. more »
hardware-in-the-loop (HWIL) simulators. Interface with the engineering teams to design, develop, and integrate sensor hardware and software, including sensor electronics, FPGA processing boards, DSP/ARM/PowerPC boards, PCI & VPX busses, health, and status circuits, cryocoolers, and sensor data interfaces. Participate in development phases from … detailed requirements flow down, trade studies, processing architecture design, hardware selection, firmware and software development, sensor and payload integration and test, spacecraft integration and test, and on-orbit support. Analyze user requirements to derive software design and performance requirements. Assist with developing and executing test procedures for software components. … project limitations and capabilities, performance requirements and interfaces. Integrate existing sensor-based software into new or modified sensors or operating environments. Collaborate with signal processing engineers, software leads, and FPGA designers. Experience with Continuous Integration and Continuous Delivery (CI/CD) tools such as Jenkins Agents or GitLab Runners. more »
hardware-in-the-loop (HWIL) simulators. Interface with the engineering teams to design, develop, and integrate sensor hardware and software, including sensor electronics, FPGA processing boards, DSP/ARM/PowerPC boards, PCI & VPX busses, health, and status circuits, cryocoolers, and sensor data interfaces. Participate in development phases from … detailed requirements flow down, trade studies, processing architecture design, hardware selection, firmware and software development, sensor and payload integration and test, spacecraft integration and test, and on-orbit support. Analyze user requirements to derive software design and performance requirements. Assist with developing and executing test procedures for software components. … project limitations and capabilities, performance requirements and interfaces. Integrate existing sensor-based software into new or modified sensors or operating environments. Collaborate with signal processing engineers, software leads, and FPGA designers. Experience with Continuous Integration and Continuous Delivery (CI/CD) tools such as Jenkins Agents or GitLab Runners. more »
