Overview
In this role you will contribute to the design and development of high-performance RF ICs for next-gen wireless applications within a global R&D team. You will work on innovative architectures using advanced CMOS technologies to meet performance targets and drive impactful solutions. The position offers exposure to a range of experience levels and a clear path to shape cutting-edge RF solutions for 5G/6G. A strong emphasis is placed on collaboration, verification, and hands-on tapeout work to deliverables that push the boundaries of wireless technology.
Pay / Benefits
- annual bonus
- visa sponsorship
- relocation assistance
Responsibilities
- Specify, architect, and implement RF ICs and subsystems
- Develop and optimise high-performance RF circuits for advanced wireless applications
- Support design verification, testing, and troubleshooting to meet performance targets
Key requirements
- Degree in Electrical Engineering, Electronic Engineering, RF Engineering or closely related field
- Strong fundamentals in RF circuit design and analysis
- Practical IC tapeout experience
- Experience in mmWave circuit design is strongly preferred
- Strong problem-solving abilities
- Team collaboration and cross-functional communication
- Adaptability and willingness to tackle complex technical challenges
- RF circuit design and analysis
- RF IC design
- mmWave circuit design (preferred)
RF/mmWave IC Design Engineer employer: Intellectual Capital Resources
Join a dynamic team where innovation meets collaboration, as we empower our Opto Mechanical Engineers to transform cutting-edge optical concepts into tangible products. Our supportive work culture fosters continuous learning and professional growth, with hands-on opportunities in a state-of-the-art laboratory environment. Located in a vibrant area, we offer competitive benefits and a chance to work alongside industry experts, making this an ideal place for those seeking meaningful and rewarding employment.
Contact Details:
Intellectual Capital Resources Recruitment Team
