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device characterization and calibration methods to mitigate these sources of systematic errors. Essential Job Duties Design, engineering, and optimization of imaging sensors and their operating modes
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collaboration with engineering and scientific team members. Tasks may include: Designing, developing, and testing tools to deploy and automate science algorithms in cloud environments. Implementing and
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, or optimization algorithms in geophysical modeling. Experience integrating field measurements and remote sensing data with numerical model frameworks. Proven ability to lead research initiatives and contribute
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(SSC) at IPAC is a part of the Roman Ground Data System, providing algorithm and software development for spectroscopic and Galactic Bulge Time Domain Survey data processing. In addition, the SSC will
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, engineering, and optimization of imaging sensors and their operating modes, typically working in wavelengths from 120 nm to 5 µm. Design, develop, and implement detector interface and control electronics, real
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a Research Engineer to help us develop the next generation of autonomous systems and algorithms for Earth and space applications. Our group doesn't just develop new theories, but puts them to the test
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the areas of dark energy, exoplanets and infrared astrophysics. It is slated for launch in 2026. The Roman Science Support Center (SSC) at IPAC is a part of the Roman Ground Data System, providing algorithm
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learning (RL), to tackle complex research-level mathematical problems and to innovate new algorithms for mathematical reasoning. Essential Job Duties Lead and manage research projects within the AI and
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analyses, and data visualization. Application of latest developments and algorithms from computer vision and machine learning to spatial data analyses in geosciences. Experience working with satellite