System Architect Engineer

Job Title

System Architect Engineer

Role Summary

Work in a multidisciplinary system engineering team responsible for requirements, design, implementation, validation, integration and manufacturability of analog/digital processors, FPGAs, algorithms, signal processing, embedded software and sensors for space systems.

The role leads system-level technical work: defining algorithms, creating simulations and experiments, driving testability and FDIR design, and coordinating cross-functional R&D teams.

Experience Level

Senior — the posting requests at least 3 years of system engineering experience in a multi-discipline environment.

Responsibilities

Lead system-level technical activities and coordinate across R&D teams.

• Define algorithms to improve overall system performance.
• Design and implement simulations and lab experiments to predict and analyze system behavior.
• Design for testability, manufacturability and Fault Detection, Isolation and Recovery (FDIR) for space systems.
• Lead system-wide projects involving analog/digital/FPGA, SW and sensor teams.
• Provide hands-on issue resolution across disciplines, including customer-facing troubleshooting.
• Develop system architecture for next-generation ASICs.

Requirements

Must-have skills and experience; listed advantages are labeled.

• Minimum 3 years of system engineering experience in a multi-discipline environment.
• Hands-on experience with development tools and lab equipment.
• Strong problem-solving skills; quick learner and self-directed.
• Ability to see the big picture and drive cross-discipline integration.
• Excellent interpersonal and team-working skills.
• Nice-to-have: experience in ASIC architecture and development.
• Nice-to-have: experience in software architecture and requirements definition.

Education Requirements

B.Sc. in Physics, Aeronautics or Electrical Engineering is specified. M.Sc. in science or engineering is listed as an advantage.

About the Company

Company: Ramon.Space

Ramon.Space develops resilient, software-defined space computing platforms that equip satellites with advanced storage, processing, and connectivity for communications, 5G NTN, earth observation, and space-based data centers, serving commercial and government space missions.