An exciting opportunity is available for an experienced Systems Test Engineer to support the development of cutting-edge phased array antenna technology for both airborne and land-mobile applications. This role offers the chance to work with highly complex systems that integrate RF subsystems, communications chains, power and control electronics, HW/SW integration, and mechanical structures. You’ll work in a multidisciplinary, international environment with a strong focus on continuous improvement.
Key Responsibilities
Develop and implement system verification strategies, test plans, procedures, and reports
Create and maintain automated test scripts to improve testing processes
Execute manual and automated test cases, analyse results, and report issues
Collaborate with design teams to reproduce and resolve technical problems
Ensure system testing strategies meet technical and customer requirements
Document testing phases, defects, and contribute to improving processes
Assess system performance under varying conditions, including stress and scalability testing
Ensure compliance with relevant industry standards and regulatory requirements
Stay up to date with testing tools and methodologies to enhance effectiveness
Provide feedback to improve product design, functionality, and performance
Participate in review meetings to present test results to project stakeholders
Requirements
MSc in Engineering (Telecommunications, Electronics, Automation, Microtechnology, or related fields)
Experience or strong interest in active Antenna, RF, and Digital Systems
Previous industry experience, particularly with airborne applications, is highly desirable
Swiss or EU (27) citizenship
Beneficial Experience
High-level system test verification, serving as the primary technical point of contact
Stakeholder collaboration across internal and external teams
Supplier engagement and coordination
Experience with space or airborne system testing
Knowledge of 5G technologies
This is an excellent opportunity for a motivated engineer to contribute to the development of advanced RF and antenna systems in a dynamic and innovative environment.
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