Satellite Systems Operations Engineer

About the role

Lynk is the inventor of satellite direct to device or D2D technology, and has the world's only commercial license from the FCC to operate a commercial D2D system. Today, Lynk allows mobile network operators' subscribers to send and receive text messages to and from space via standard unmodified, mobile devices. Lynk's service has been tested and proven on all seven continents, has regulatory approvals in more than 30 countries and is currently being deployed commercially based on more than 40 MNO commercial service contracts covering approximately 50 countries. Our technology will enable all 8 billion people on the planet to stay connected with the existing standard phone in their pocket. Everywhere. No matter what. By joining Lynk, you will have the opportunity to directly touch the lives of billions. Your mission will be to bring mobile broadband to billions, pull hundreds of millions out of poverty, and save countless lives. The Satellite Operations Engineer is a technical systems engineering position pivotal to ensuring the operational integrity and safety of the constellation of LEO satellites. Your primary responsibilities will encompass technical review and assessment of satellite telemetry, analyzing trends, leading investigations, conducting technical trades affecting satellite fleet operation, developing and evaluating concepts of operations, overseeing launch and early operations. Additionally, this role involves providing inputs and requirements to data analysis tools and operations workflows. This role works closely with the Principal Satellite Operations Systems Engineer, contributing to and executing against system-level investigations, operational strategies, and technical direction. This position is deeply technical. The ideal candidate is comfortable working through ambiguity to develop a clear, technically sound understanding of system behavior and operational approaches.

Key facts

What you'll do

Conduct daily telemetry review and alarm assessment to monitor the health and performance of the satellite constellation across all orbital regimes and mission phases.

Drive anomaly investigations end-to-end, from initial detection through root cause analysis, corrective action implementation, and verification, while developing a deep understanding of system behavior and ensuring durable, long-term solutions.

Perform technical trades involving power consumption, communication bandwidth, and orbital dynamics to optimize satellite operations and fleet efficiency under varying mission constraints.

Collaborate with stakeholders to develop, evaluate, and document concepts of operations and automations aimed at maximizing the productivity and efficiency of the satellite constellation.

Provide technical oversight and support during satellite launch and early operations phases, ensuring smooth transitions into operational status through methodical in-orbit test procedures.

Define and drive improvements to data analysis tools, operational workflows, and telemetry interpretation methods to enhance the efficiency and effectiveness of the satellite operations team.

Participate in daily technical data and telemetry alert reviews, performing or directing investigations and guiding the implementation of in-orbit operations while assessing their effectiveness.

Conduct comprehensive review of fleet investigation history to assess the resolution and effective implementation of corrective actions for future operational improvements.

Identify and implement operational workarounds, automated fault detection and recovery, and improvements for the in-orbit fleet to enhance satellite performance and reliability.

Inform the design and test of improved on-board automation for in-development satellites by analyzing operational feedback and performance data.

Provide technical oversight for multi-satellite LEOP activities, ensuring adherence to safety protocols and methodical execution of in-orbit test procedures.

Leverage systems engineering principles to translate operational requirements into actionable technical tasks and interface effectively with cross-functional teams.

Maintain detailed documentation of operational procedures, investigation findings, and automation logic to support knowledge transfer and continuity.

Support the evolution of telemetry interpretation methods to accommodate new satellite capabilities and evolving mission objectives.

Requirements

Must have proven experience in satellite operations, telemetry analysis, and anomaly resolution within a space operations environment.

Must demonstrate proficiency in data analysis and systems analysis tools and techniques, such as STK, Matlab, and python scripting.

Must typically possess 5-10 years of experience, with demonstrated ownership of spacecraft operations or system-level investigations in a satellite context.

Must have a strong understanding of and experience working with satellite flight software, attitude control algorithms, and space-to-ground interfaces.

Must have experience working with or interfacing closely with satellite flight software and onboard autonomy systems.

Must have a solid understanding of orbital dynamics, attitude control, and space-based navigation concepts relevant to LEO satellite operations.

Must be capable of reviewing and interpreting complex telemetry data sets to identify trends, anomalies, and potential impacts on constellation health.

Must be able to communicate technical findings and recommendations clearly to both technical and non-technical stakeholders within a global team environment.

Practical notes

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