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Key Responsibilities:
Design and develop new digital circuit architectures from concept, architecture, design, design integration through to production on advanced process nodes including development of block level testbenches
Collaborate with a team of engineers with responsibility for the delivery of complex mixed-signal products and IPs
Contribute to technical reviews and ensure IP quality using checklists
Influence the growth of the team through supervision of junior engineers
Required Skills and Qualifications:
Bachelor’s, Master's or Doctorate degree in Electrical Engineering (or related discipline) with an extensive proven background in digital CMOS circuit design
Implementation of complex digital circuits and sub-systems in RTL using Verilog / SystemVerilog
Understanding of digital system-level design, including use of standard bus protocols, bus architecture design and chip-level clock and reset architectures
Verification of block-level digital designs
Understanding of synthesis and timing analysis of digital circuits
Good interpersonal skills, share technical expertise and knowledge, contribute to design reviews, work optimally to resolve conflicts
Organised, detailed, and meticulous with strong communication skills
Self-motivated with strong analytical and problem-solving skills
Ability to work with a sense of urgency and thrive in a dynamic environment
Preferred Skills and Qualifications:
An understanding, appreciation, and passion for mixed signal engineering
Experience working within UVM based verification environments
Scripting and automation of design tasks
Experience with AMBA, SPI, I2C protocols
Lab and silicon validation skills; Experience of chip bring-up and debug from design perspective
Good understanding of Linting, CDC and RDC tools
Collaboration with DFT and Place and Route teams
Board level interface standards and interface design
Experience with clock generation circuits and handling multiple clock domains
Experience with Power gating and low power design techniques
Experience with ARM, RISC-V, or similar microcontrollers as well as memory controllers
DSP filter design using MATLAB and signal analysis techniques
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