XX
Physical Design Engineer - VLSI & SoCBluestream PeopleLondon, England, United Kingdom

This job offer is no longer available

XX

Physical Design Engineer - VLSI & SoC

Bluestream People
  • GB
    London, England, United Kingdom
  • GB
    London, England, United Kingdom

About

Join a multi-national Physical Design team as a
Physical Design Engineer - VLSI & SoC
contributing to the development of state-of-the-art Satellite SoCs, from design to production. Work on chips with complex digital and analog modules, including next-generation radiation-hardened satellite modems, using leading-edge EDA tools and process technologies. Responsibilities
Physical implementation of complex SoCs and VLSI devices, integrating custom and 3rd-party IP. Full block-level timing closure and manufacturing checks, including power planning and analysis. Collaborate with Logic Design RTL team to develop timing constraints at block and chip level. Insert DFT test structures and support chip-level integration, capture, and simulation. Contribute to process improvements and career development initiatives. Experience
BSc in Electrical Engineering, Computer Science, or related field. Strong commercial experience in physical design engineering (ASIC/SoC). Deep knowledge of COT/ASIC design flows: synthesis, floor-planning, P/R, CTS, STA, timing closure, physical verification, power analysis, DFT/ATPG. Experience with deep sub-micron processes (28nm or below). Proficiency in scripting languages (Tcl, Python, Perl) and EDA tools (Cadence or Synopsys). Strong problem-solving, analytical, and collaboration skills. Experience interfacing with design teams, IP/library suppliers, and EDA vendors. Bluestream People are an Equal Opportunities Employer and operates as an Employment Agency for permanent recruitment and an as an Employment Business for temporary / contract recruitment.
#J-18808-Ljbffr
  • London, England, United Kingdom

Languages

  • English
Notice for Users

This job was posted by one of our partners. You can view the original job source here.