Project Description

Requirements

  • Good verbal and writing communication skills. · Fabrication process variation impacts and performance.
  • Experience in low-power design techniques.
  • Good understanding of ERC, EMI rules and impact on final chip verification and cycle time reduction.
  • Ability to work in a team environment and participate in cross-functional activities.
  • Experience with the following tools:
    o Mandatory: Cadence RTL Compiler, SOC-Encounter/ EDIS, ETS, EPS. o
    o Desirable: Mentor Calibre/ Assura.

Responsibilities

Work closely with front end design engineers to translate RTL-to-GDSII. Responsible for all aspects of physical design and implementation. Participate in the efforts of establishing physical design methodologies and flow automation. Work on chip and block floorplan, power/ clock distribution, chip assembly, P&R, and timing closure. Implement and monitor Quality Assurance/Quality Control standards based on corporate guidelines in a project
setting. Train/mentor new employees.

Job Description / Other Requirement

  • Power planning, optimization, power grid and signal routing considering timing
    constraints.
  • Design floor planning, analogue and memory macro placement.
  • Place and route including timing closure.
  • Extraction of layout parasitics and SPEF/ SDF generation. Signal integrity tests.
  • Post-synthesis static timing analysis (STA) and post-layout STA.
  • Physical verification (DRC, ERC, LVS, ANTENNA rules).
  • Writing, running, optimization of scripts for above tasks.
  • Implement and monitor Quality Assurance/ Quality Control standards based on corporate guidelines in a project setting.
  • Have done multiple tape outs and proven record of designing complex ICs in state of the art CMOS process technologies and has successfully placed products into volume production, preferably multiple times.

To apply for this position, kindly send an email with your resume to careers@symmid.com