STA Engineer (M, F, D)

Munich Until 9/22/2026 First posted July 24, 2026 Last posted July 24, 2026
Job description

We are looking for talented engineers to join our STA team. In this role, you will be working closely with multiple integration teams, like DFT, Top Level PNR, PHY designers and PNR teams.

Description

You will be responsible for:
Developing automated block and full chip level signoff flows
Full Chip Timing/Noise convergence and full signoff for high quality TO
Enabling hierarchical Timing flows
Power optimizations
Generating block level budget and context for correlation with Full Chip
Driving custom IP integration and custom timing checks flows
Closing work with Design, DFT, architecture and Power team

Minimum Qualifications

You hold a MSEE or equivalent strong experience in Static Timing analysis
Extensive experience with one of the commercial STA tools
Ability to fluently speak and write in English.

Preferred Qualifications

Familiarity with hierarchical design approach, top-down design, timing and physical convergence
Experience with backend STA closure and Signoff
Deep understanding of designs' constraints development
Good understanding of AC timing from specs to implementation
Good understanding of DFT modes and their constraints
Good communication skills and team player
Quick learning of flows and methods
Advantage - Understanding noise and signal integrity effects
Advantage - Timing margins fundamental from synthesis to signoff
Advantage - Experience with scripting

About this role

Summary

Develop and optimize static timing analysis flows for chip design projects.

Job title

STA Engineer (M, F, D)

Experience level

none

Industry

semiconductors

Location requirements

Munich, on-site with flexible remote options

Salary

Not specified

Management role

No

Skills & keywords

Required skills

static timing analysiscommercial STA toolsEnglish

Preferred skills

hierarchical designtiming closuresignoffdesign constraintsAC timingDFTnoisesignal integrityscripting

Specializations

static timing analysisIC designpower optimizationsignoffhierarchical design
Locations

Structured locations inferred from the posting.

Munich, Germany

Hybrid City