Jobs in Portugal, in English.

Analog IC Layout Engineer – FinFET Technologies

On-site in Lisbon·Added 1 month ago (last checked 2 Nov)

Our summary

Work mode
On-site, Lisbon
Experience
5+ years

Skills

Requirements

What we're looking for

  • BSc or MSc in in electrical engineering or related field
  • 5+ years of professional experience in Analog IC Layout, with at least 2 years in FinFET technologies (e.g., 7nm, 5nm, 3nm nodes)
  • Hands-on experience with Cadence Virtuoso, Assura, PVS, and/or Mentor Calibre layout and verification tools
  • Strong understanding of analog layout principles, ESD/LU protection, parasitic-aware design, DFM, EM, antenna effects, and FinFET-specific LDE
  • Comfortable working in a Linux-based CAD environment
  • Scripting knowledge (e.g., SKILL, Shell, Perl, TCL) is a plus
  • Excellent English communication skills, both written and verbal

Pay & benefits

What you'll get

  • Integration program in a professional, young & dynamic team
  • Professional development opportunities
  • Competitive salaries & benefits
  • Health insurance
  • International work environment

The role

ADVANS Group in Portugal is looking for experienced Analoc IC Layout Engineers to work in the semiconductor industry in our new Lisbon offices.

What you'll do

  • Design and implement analog IC layouts including floor planning, integration, area estimation, and abstract view generation
  • Perform placement and routing at block, top, and full-chip levels in the Cadence Virtuoso environment
  • Develop and layout I/O structures, ESD protection, PADs, and seal rings following advanced node constraints
  • Execute and debug physical verification checks including DRC, LVS, ERC, and antenna rule checks using industry-standard tools (Assura, PVS, Calibre)
  • Conduct parasitic and electromigration (EM) extractions, and collaborate closely with Analog Design Engineers to ensure performance and reliability
  • Address and optimize FinFET-specific challenges, including layout-dependent effects (LDE), double-patterning, DFM, and reliability constraints in nodes below 10nm
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