Job Description:
Job Summary
This role focuses on designing, developing, and maintaining scientific software that converts raw spacecraft data into high-precision data products used by astronomers worldwide. The position supports multiple space science missions and contributes to calibration pipelines, data processing automation, and data quality monitoring in a fast-paced, multi-mission environment.
The engineer will collaborate closely with scientists and developers to deliver reliable, accurate, and scalable software solutions. This role involves both internal development and external-facing support, requiring strong technical skills, problem-solving ability, and effective communication with diverse user communities.
Key Responsibilities
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Develop and maintain software for processing and calibrating astronomical data
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Build and enhance calibration software for space-based scientific instruments
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Contribute to automation of data processing pipelines and data quality monitoring systems
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Support development of scientific data formats and open-source astronomy libraries
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Collaborate with astronomers to deliver solutions for complex scientific problems
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Identify issues, implement fixes, and provide technical guidance to development teams and end users
Required Qualifications
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Strong expertise in Python software development
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Experience developing software in C
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Experience using open-source scientific libraries such as NumPy, SciPy, and Astropy
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Proficiency with Git and collaborative version-control workflows
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Familiarity with software testing tools and practices
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Strong analytical, problem-solving, planning, and organizational skills
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Excellent written and verbal communication skills
Preferred Qualifications
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Familiarity with data formats such as YAML, JSON, HDF5, or similar
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Experience working with astronomical data formats
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Educational background in engineering, computer science, mathematics, physics, astronomy, or a closely related discipline