Systems Engineer Space Solutions (m/f/d)

Rohde & Schwarz GmbH & Co. KGDresden

Stellenbeschreibung:

With your affinity for complex systems you will drive the new space based solutions, working closely with colleagues, that are experts in their fields, and external organizations
You master system-level RF architecture & design principles and contribute to the definition of end-to-end RF system architecture and requirements, ensuring compatibility with mission constraints and performance goals
You perform end-to-end performance analysis, eg. perform RF link budget analysis and system-level trade-offs to evaluate performance under various mission scenarios
You support requirements definition flow-down from mission-level needs to RF subsystem specifications
You manage internal and external expectations, participate in customer meetings, as well as prepare and maintain realistic customer requirement challenges
You support EMI/EMC challenges, identifying and mitigate potential EMI/EMC issues through design reviews and validation testing
You support RF test campaigns with AIT teams, not limited to test planning, documentation, and reporting of verification results.
You utilize modeling and simulation tools (e.g., MATLAB, CST, ADS) to validate designs and predict system performance
You act as a technical interface between RF, software, mechanical, system, Ground and AIT teams to ensure smooth integration and alignment with program objectives
You perform lead trade studies to support make-or-buy decisions, cost-risk-schedule assessments and design trade-offs.
You coordinate and manage internal teams and external technical partners, including requirements and interface definition, technical budgets, CONOPS development and supplier integration.
You prepare, organize and lead system documentation and reviews (requirements flow-down, SRR/PDR/CDR or equivalent), ensuring configuration control and traceability
You contribute your system engineering experience and lay the foundation for successful contracts during the proposal phase