s space and ground segments and the ability to translate customer use cases into practical satellite-IoT architectures. The position is both highly technical and customer-facing, working closely with engineering, payload, and sales teams.

Key responsibilities include, but are not limited to:

Design and support end-to-end satellite IoT architectures covering devices, RF links, satellites, ground stations, and cloud platforms
Optimize low-power, low-data-rate device-to-satellite communication under high latency and intermittent connectivity
Interface with SmallSat/CubeSat payload teams, accounting for link budgets, orbital dynamics, power, and scheduling constraints
Apply RF fundamentals including link budgets, interference, Doppler, antennas, and regulatory constraints
Support ground segment and cloud integration, including data decoding, buffering, retries, and scalable ingestion pipelines
Act as technical support for pre-sales activities, solution design, feasibility analysis, and customer discussions
Assist with pilot deployments, PoCs, and field debugging of device, RF, and data issues

Candidate Requirements:

Bachelor's or Master's degree in Electronics, Communication, Embedded Systems, Aerospace, or related fields
3+ years of experience in IoT systems (terrestrial or satellite)
Strong understanding of embedded systems, RF communication, and networking (TCP/IP, MQTT, CoAP)
Solid knowledge of satellite communication principles, LEO constraints, and ground station operations
Experience with LoRa/LoRaWAN, NB-IoT/LTE-M, or similar low-power protocols is a plus

IoT Engineer