Python Software Developer
Pubblicato il 03-10-2026 - Aresys in Milano
ARESYS is an Italian SME providing innovative satellite-based sensing solutions to the Space and Defense markets.
ARESYS offers a 20+ years of expertise in designing and developing on-board and on-ground systems with a vertical specialization in microwawe ( Radar, SAR) and Optical technologies.
We are looking for a Python Software Developer.
The candidate will become a specialist of data processing (acquired both from satellites, drones and ground scanning sensors), working on real-life data, proposing innovative efficient and smart processing algorithms to be developed in Python.
The candidate will design, develop and maintain efficient data processing solutions, leveraging state-of-the-art development strategies and High Performances Computing techniques.
You will collaborate with top-tier Software Engineers, Computer Scientists and Radar Specialists, contributing to projects at the forefront of innovation in RADAR and Earth Observation technologies.)
Main tasks and responsibilities:
- Design and code high-performances scientific libraries and applications for RADAR data processing
- Review, validate and optimize developed code
- Design and support solutions that strengthen the reliability of development and testing operations
- Drive bug resolution through systematic data analysis
- Develop and integrate innovative algorithms and processing techniques together with the R&D; team
Required skills:
- Professional experience in Python software development
- Knowledge of software development lifecycleExcellent written and verbal communication skills – needed for communicating with a wide range of people, both internally and externally
- Knowledge of technical understanding of RADAR and SAR Systems
- Electronical/Telecommunication background
Your background:
- Bachelor's degree in computer science, computer engineering, electrical engineering, math, or a STEM discipline or 5+ years of professional experience in software engineering
What We Offer:
- A dynamic an