Principal Engineer, Analog Design

Principal Engineer, Analog Design

ADI - Analog Devices

Valencia or Cork

The Position:

The group is seeking an experienced Principal Analog IC Design Engineer to work on the development of new product solutions for portable consumer applications, engaging directly with our Tier 1 OEMs, along with supervisor/mentor leadership opportunities.

Responsibilities:

• Working within an analog/mixed-signal design team based in our Valencia (Spain), Cork (Ireland), Limerick (Ireland) and Newbury (England) sites.
• Definition and architecture development of high-performance mixed signal devices.
• IC block design, transistor-level circuit design and simulation.
• Conducting technical presentations to ADI’s internal engineering team and customers.
• Using recommended design and verification techniques, tools & flows to produce efficient designs which meet all specified functional, power and timing objectives.
• Successful integration of blocks into larger mixed-signal systems.
• Supporting other job functions such as layout, lab evaluation and test to ensure successful delivery meeting all requirements.
• Continuing to improve analog design methodologies consistent with the group’s wider business objectives to reduce time and cost to market.

Requirements:

• Electronic Engineering degree with 10+ years’ experience as an analog/mixed signal IC designer.
• Candidates should have a good knowledge of analog and mixed signal electronics, tools and flows.
• Design experience with circuits such as amplifiers, DACs, ADCs, bandgaps, bias circuits, LDOs, switching power supply circuits, audio etc., is an advantage.
• Strong people leadership, inter-personal, teamwork and communication skills are required to work well within a multi-site cross functional team.
• The successful candidate will be expected to take a full cell or system ownership role and contribute to the development of new products from architecture selection to implementation and debug.
• Experience of integrating analog blocks (converters, power management, etc.) in complex microcontroller systems would be an advantage.
• Some limited travel should be expected.