RF Systems Engineer - Phased Arrays & System Integration

Sofant Technologies; City of Edinburgh; On-site; GBP 65,000 - 90,000; Full time

Job summary

Sofant Technologies is seeking an RF System Engineer to define top-level specifications for phased arrays in Edinburgh, UK. You will perform system simulations, develop control algorithms, and write specifications for integration with digital hardware and software teams.

Responsibilities include creating detailed RF system requirements, ensuring regulatory compliance, and leading board-level integration and debugging efforts across subsystems.

Qualifications

• Bachelor or Master of Electrical Engineering or equivalent.
• Experience in RF and system modelling.
• Experience in system integration, prototyping, measurement and transfer to production.
• Ability to work independently with minimal supervision.
• Strong analytical and problem-solving skills.

Responsibilities

• Create detailed system requirements based on customer requirements.
• Ensure requirements meet regulatory requirements.
• Define RF system board layout floorplan and layout strategies.
• Lead RF system integration and debug at board level.
• Develop algorithms for control of RF blocks.
• Collaborate with Digital hardware and software teams to validate algorithms.
• Develop test and calibration strategies for sub-assemblies of complete array.

Skills

RF modelling

System modelling

Control algorithms

System integration

Independent worker

Analytical thinking

Education

Bachelor/Master of Electrical Engineering

Tools

Keysight SystemVue

Job description

Sofant Technologies is seeking an RF System Engineer to define top-level specifications for phased arrays in Edinburgh, UK. You will perform system simulations, develop control algorithms, and write specifications for integration with digital hardware and software teams.

Responsibilities include creating detailed RF system requirements, ensuring regulatory compliance, and leading board-level integration and debugging efforts across subsystems.