What are the responsibilities and job description for the Sr. Satellite Systems Engineer position at System One?
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Germantown, MD - onsite
DIRECT HIRE
Requires: Green Card or US Citizen (per gov requirement)
Senior Satellite Systems Engineer to help us develop the next generation of satellite communications systems. The successful candidate will enjoy a rich and fulfilling career with a variety of responsibilities ranging across the entire life cycle, including: initial conceptual system design; analysis, simulation, and specification; implementation; integration and test; performance monitoring; and end-of-life transition to the next system. We are looking for someone with broad experience to work on our next generation LEO/MEO/GEO satellite communication systems, and a willingness to do even more.
Responsibilities:
Review internal or external requirements for satellite systems; refine or generate appropriate system-level requirements
Analyze, model, and simulate candidate designs.
Develop system level algorithms such as for power control, timing and frequency synchronization.
Write and review specifications, design documents, reports and presentations
Analyze system requirements and develop system architectures for RF and baseband subsystems.
Develop subsystem requirements, specifications and technical evaluations
Conduct link budgets analyses, block and signal level analyses, and, trade off studies
Analyze RF performance and conduct simulations and measurements to determine signal integrity, crosstalk, coupling, noise, insertion loss, return loss.
Develop algorithms for calibration of antenna subsystems in fixed and mobile user terminal installations
Develop constellation modeling and analyses for LEO/MEO/GEO satellite systems and conduct analyses against regulatory masks.
Document detailed designs and present them internally and to external customers
Requirements:
BSEE in electrical engineering with emphasis on signal analyses and RF/microwave engineering
15 years expertise in communications systems theory and analysis including link budgets, signal propagation, phase noise, EVM, non-linear effects, etc.
5 experience using analytical skills and modeling skills for performance in LEO/MEO/GEO systems (LEO is a plus).
Preferred Qualifications:
MSEE in electrical engineering with emphasis on signal analyses and RF/microwave engineering
Ph.D. in electrical engineering with emphasis on signal analyses and RF/microwave engineering
Familiarity with 5G NR-NTN standards.
Knowledge of satellite system architectures (LEO, GEO, MEO).
Ability to develop a variety of simulation models of satellite communications systems, including determining system capacity, error rate performance, queuing, traffic management, etc.
Ability to create and use detailed link budgets
Skill in using a variety of simulation and modeling tools and programming languages
Familiarity with ITU-R and FCC regulations as they apply to satellites and ground equipment
Familiarity with DVB-S2X and other wireless standards in the terrestrial and satellite realm
Awareness of GRASP and antenna performance parameters
Will be eligible for discretionary bonus, with funding based on company performance.
#M2
Germantown, MD - onsite
DIRECT HIRE
Requires: Green Card or US Citizen (per gov requirement)
Senior Satellite Systems Engineer to help us develop the next generation of satellite communications systems. The successful candidate will enjoy a rich and fulfilling career with a variety of responsibilities ranging across the entire life cycle, including: initial conceptual system design; analysis, simulation, and specification; implementation; integration and test; performance monitoring; and end-of-life transition to the next system. We are looking for someone with broad experience to work on our next generation LEO/MEO/GEO satellite communication systems, and a willingness to do even more.
Responsibilities:
Review internal or external requirements for satellite systems; refine or generate appropriate system-level requirements
Analyze, model, and simulate candidate designs.
Develop system level algorithms such as for power control, timing and frequency synchronization.
Write and review specifications, design documents, reports and presentations
Analyze system requirements and develop system architectures for RF and baseband subsystems.
Develop subsystem requirements, specifications and technical evaluations
Conduct link budgets analyses, block and signal level analyses, and, trade off studies
Analyze RF performance and conduct simulations and measurements to determine signal integrity, crosstalk, coupling, noise, insertion loss, return loss.
Develop algorithms for calibration of antenna subsystems in fixed and mobile user terminal installations
Develop constellation modeling and analyses for LEO/MEO/GEO satellite systems and conduct analyses against regulatory masks.
Document detailed designs and present them internally and to external customers
Requirements:
BSEE in electrical engineering with emphasis on signal analyses and RF/microwave engineering
15 years expertise in communications systems theory and analysis including link budgets, signal propagation, phase noise, EVM, non-linear effects, etc.
5 experience using analytical skills and modeling skills for performance in LEO/MEO/GEO systems (LEO is a plus).
Preferred Qualifications:
MSEE in electrical engineering with emphasis on signal analyses and RF/microwave engineering
Ph.D. in electrical engineering with emphasis on signal analyses and RF/microwave engineering
Familiarity with 5G NR-NTN standards.
Knowledge of satellite system architectures (LEO, GEO, MEO).
Ability to develop a variety of simulation models of satellite communications systems, including determining system capacity, error rate performance, queuing, traffic management, etc.
Ability to create and use detailed link budgets
Skill in using a variety of simulation and modeling tools and programming languages
Familiarity with ITU-R and FCC regulations as they apply to satellites and ground equipment
Familiarity with DVB-S2X and other wireless standards in the terrestrial and satellite realm
Awareness of GRASP and antenna performance parameters
Will be eligible for discretionary bonus, with funding based on company performance.
#M2
