Staff Digital Design Engineer

The Role We are looking to expand our team with a Principal Digital IC Design Engineer. You will help us develop IP for next generation Automotive, Industrial & Medical products. The successful candidate will participate in the design of complex mixed-signal IPs like DACs, ADCs, PLL and wireless interface etc. Why Join Us We create a diverse set of world-class products in a friendly and team-oriented atmosphere. We provide an environment of continual learning and growth opportunities and support volunteer & charitable programs. You will be able to build up a career in a successful international company, and you can participate in interesting international projects. #LI-RG1 What You’ll Do Define architecture and participate in feasibility studies for new analog/mixed-signal IP components Drive design and verification of state-of-the-art CMOS and SOI designs which can be reused across different market segments. Lead small teams on sub-projects and contribute to SoC integration Propose innovative solutions to meet customer and product needs Collaborate on DFT strategies and document designs thoroughly Partner with test, product, and applications engineering to ensure successful production release Documentation: including architecture and circuit descriptions, testing procedures, and safety mechanisms. #LI-RG1 Qualifications What You’ll Need Minimum BS/MS in Electrical Engineering or related technical field 10 years in ultra-low-power digital design using Verilog/System Verilog Capacity to think at the system level and to operate as a technical leader Creativity, dynamism, reliability and team spirit Excellent English written and verbal communication skills What Else You May Bring Experience in some of the following areas is a plus: Knowledge Verilog-A or VHDL-AMS. Experience with embedded CPUs (e.g. ARM Cortex, DSP), AMBA bus protocols (AHB/APB) Experience in ADC, DAC, PLL, power management systems Programming in Python for automation and in C/C++ for embedded software Design intent (timing constraints/SDC, power intent/UPF) Design of accelerators and signal processing components RTL to GDS flow, including logic synthesis, place-and-route, STA, power analysis Advanced digital verification methodology (e.g. UVM) Knowledge in Functional Safety #LI-RG1