Phased Array System Engineer

Building the space between proven and possible, MDA Space is a trusted mission partner to the global space industry. A robotics, satellite systems and geointelligence pioneer with a 55-year+ story of world firsts and more than 450 missions, MDA Space is a global leader in communications satellites, Earth and space observation, and space exploration and infrastructure. The global MDA Space team of more than 3,800 space experts has the knowledge and know-how to turn an audacious customer vision into an achievable mission – bringing to bear a one-of-a-kind mix of experience, engineering excellence and wide-eyed wonder that’s been in our DNA since day one. For those who dream big and push boundaries on the ground and in the stars to change the world for the better, we’ll take you there. For more information, visit .Role:

MDA is seeking a Phased Array Antenna Systems Engineer to be responsible for the definition, development, design, integration, verification, and test of phased‑array antenna subsystems for current and next‑generation communications satellites. Our portfolio spans from broadband to Direct to user solutions (D2D) Phased Array antennas with digital Beam forming capability. The role will lead a cross‑disciplinary team to deliver phases array antenna designs that meet mission performance, budget, and schedule requirements, and will support the full product lifecycle from concept through delivery and in‑orbit operations.

Tasks summary:

Architecture Concept & Requirements

• Perform trade-offs of phased array antenna design architectures to meet satellite requirements and optimize SWaP.

• Generate and maintain antenna subsystem requirements and lower‑level child requirements with mapping to the payload performance.

• Perform requirement management and maintain bidirectional traceability throughout the program life cycle.

Design Analysis & Budgeting

• Lead development of the antenna design architecture and subsystem‑level performance budgets (gain, bandwidth, beam‑forming, spurious, linearity, timings, power, etc.).

• Support payload and platform teams for DC power budget with traffic & utilization models

• Converge cross‑disciplinary teams on a design that satisfies mission objectives and coverage.

• Perform FMECA, Fault tree, reliability modeling and availability to meet mission objectives.

Integration & Verification (IVV)

• Develop verification plans, test matrices, and validation procedures and detailed test requirements.

• Support Integration and test activities from planning through production.

• Coordinate test campaigns at antenna test facilities (radiated tests, anechoic chambers, etc.)