Take technical ownership of the integration and verification of the satellite Attitude and Orbit Control System (AOCS).
Work closely with Engineering and Production teams to ensure the AOCS is manufacturable, testable, and reliable throughout assembly, integration, and system validation.
Define integration and test strategies for AOCS units (reaction wheels, star trackers, gyros, magnetorquers, GNSS modules, and associated software).
Ensure designs can be built and verified efficiently.
Support projects from early design through final testing, contributing to key reviews and ensuring integration plans, tools, procedures, and documentation are robust.
Lead AOCS system testing and debug activities on the production floor.
Support anomaly resolution and root cause analysis when needed.
Provide system-level, hands-on expertise and collaborate across teams to ensure ICEYE’s AOCS performs reliably in orbit and scales with production.
Requirements
3 - 7 years of experience working with aerospace/robotics (or similar) control systems: Strong understanding of control systems and closed-loop feedback principles, particularly as applied to spacecraft attitude and orbit control
Understanding of how embedded systems are validated in real hardware
Experience translating software logic into testable behaviors
Familiarity with satellite system-level integration, including interface dependencies
Experience participating in major satellite project reviews (e.g. PDR, CDR, PRR)
Hands-on experience with integration and testing sensors and actuators, and complex mechatronic or embedded systems
Working knowledge of Python, bash or scripting tools for test automation, data logging, and analysis.
Experience working as the interface between Production and Engineering, ideally in aerospace or robotics.
Familiarity with verification methods and test coverage across various environmental and functional campaigns.
Strong collaboration skills and willingness to support teams on the production floor.
Proactive mindset and comfort operating in fast-paced, high-change environments.