Senior RF IC Design Engineer

Expert Employment; Essex; On-site; GBP 60,000 - 80,000; Full time

Job summary

A leading semiconductor company in the United Kingdom is seeking a Senior RF IC Design Engineer to join their New Product Engineering team. The successful candidate will design and implement RF analogue circuits and integrate high-performance SiGe and CMOS RF circuitry. The role demands expertise in RF design principles and relevant educational qualifications. Competitive compensation and innovative projects await the right candidate.

Qualifications

• SiGe Bipolar and CMOS process knowledge is essential.
• Ability to design and implement RF and analogue circuits.
• Experience with IC layout principles and ESD protection.

Responsibilities

• Design RF analogue blocks including LNAs, mixers, and filters.
• Integrate high performance SiGe and CMOS RF circuitry.

Skills

SiGe Bipolar and CMOS process knowledge

RF and analogue design experience

Design experience of RF circuits

Cadence Virtuoso proficiency

IC layout principles

Education

Masters degree or PhD or equivalent relevant industry experience

Tools

EM tools

Version control systems

Job description

Senior RF IC Design Engineer required for a leading semiconductor New Product Engineering team. This is a hands on RF design, implementation and verificartion of analogue sub system ICs.

Requirements

• SiGe Bipolar and CMOS process knowledge
• RF and analogue experience design experience including mismatch, linearity, noise, stability, etc.
• Design experience of RF front end and baseband circuits such as PA, LNA, mixer, oscillator, PLL, VGA, filter, TIA.
• Cadence Virtuoso, version control systems, and EM tools.
• Masters degree, PhD, or equivalent relevant industry experience.
• First time right silicon champion.
• IC layout principles, design-for-manufacture, and ESD protection skills.

Responsibilities

• Design RF analogue blocks such as LNAs, mixers, filters, dividers, bias circuits, bandgaps, PLLs, TIAs.
• SiGe and CMOS high performance RF circuitry integration.