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: General mammalian cell culture hiPSC culture and cardiac differentiation Molecular biology (RNA extraction, RT, qPCR) IF staining and imaging (inc. image processing and quantitative analysis of features
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vision algorithms for advance robotics systems. Develop perception pipelines for visible, infrared and event-based sensing systems. Contribute to image enhancement tasks such as defogging, deblurring
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to establish and lead high-caliber research programs while actively contributing to the educational missions of both undergraduate and graduate programs within SLST. Application Procedure: To apply, please
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FOR THE HIRING OF RESEARCH STAFF WITH A BACHELOR'S DEGREE IN SCIENTIFIC AND TECHNICAL ACTIVITIES IN THE RESEARCH AREA OF PRECISION AGRICULTURE THROUGH THE USE OF IMAGE-BASED INDICATORS (CODE: C-031/26). More
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. Research and/or professional experience (40%) Completion of the Final Degree Project (BS) and/or Master's Thesis in Computer Vision, Image Processing, Machine Learning (including Deep Learning), Demonstrable
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disruptive visual prescription device that makes the process faster and more precise, significantly improving its efficiency. This project is not only a scientific breakthrough, but also an exceptional
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, manufacturability and maintainability. Design mechanical interfaces for cameras, optical payloads, sensors, motors, actuators, electronics, cable routing, connectors and auxiliary subsystems. Work on prototype design
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of research activities spanning photodetectors, imaging technologies, photovoltaics, light emitters, modulators, and emerging optoelectronic devices. Key responsibilities include: Developing
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systems operating in technically demanding environments. The role spans the full development cycle, from schematic design and PCB layout through to prototype bring-up, hardware testing and system-level
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of core algorithms for image processing and computer vision based on deep learning and traditional algorithms; including but not limited to image recognition, detection, segmentation, generation