Satellite ground systems engineering at MDA demands RF integration and systems verification across connected space and terrestrial infrastructures. Support work spans end-to-end operations. As a Ground Segment Systems Engineer, you will define, integrate, verify, commission, and support satellite ground systems. The work connects satellite communications, RF ground stations, terrestrial networks, cloud services, and user systems. You will contribute to architectures, requirements, interfaces, verification strategies, and operational continuity. Key Responsibilities:
Define architectures, CONOPS, requirements, interfaces, and verification strategies Integrate satellite, SOCC, NOC, ground, network, cloud, and user systems Perform RF link analysis and RF-to-cloud trade-off studies Develop integration plans, test procedures, and acceptance criteria Support commissioning, in-orbit testing, operations, and upgrades Requirements:
Bachelor's degree and over five years of relevant experience Experience designing, integrating, verifying, commissioning, or operating ground systems Knowledge of RF technologies, link analysis, testing, and troubleshooting Mastery of systems engineering, requirements, architecture, and verification Excellent written and oral communication skills in English Apply satellite systems engineering, RF analysis, and verification expertise across MDA ground segment integration and operations.
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Satellite Ground Systems Engineer in Montréal employer: MDA
Osgoode Hall Law School is an exceptional employer that fosters a collaborative and innovative work culture, making it an ideal place for professionals passionate about legal education. With a commitment to employee growth, Osgoode offers numerous opportunities for professional development and leadership advancement, all while being situated in the vibrant city of Toronto, which enhances both personal and professional experiences. Join us to make a meaningful impact in the evolving landscape of legal education, where your contributions will resonate locally and internationally.
