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Design for Test (DFT) Engineer

Confidential company · Munich · Posted Oct 2, 2026

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Public summary

Join a leading semiconductor design center in Munich as a Design for Test (DFT) Engineer. In this role, you will lead and develop test strategies for complex SoC projects, working with cutting-edge semiconductor technology including nonvolatile memory solutions. You will collaborate closely with synthesis, physical design teams, and participate in silicon bring-up and diagnostics to ensure high quality chip production.

Location and work setup

Location
Munich
Remote status
On-site
German requirement signal
No German Required Detected
Detected job language
English

Responsibilities

Define and lead DFT strategy and architecture for complex SoCs. Mentor and guide DFT engineers throughout the project lifecycle. Design and implement DFT flows using Synopsys and Siemens Tessent toolsets. Serve as the in-house expert on iJTAG integration, architecting hierarchical iJTAG networks. Implement scan insertion, MBIST, LBIST, and analog macro test structures. Generate and validate ATPG patterns and perform extensive pre-silicon DFT verification with gate-level simulations and timing analysis. Collaborate with synthesis and physical design teams to resolve timing, routing, and power issues relating to DFT. Lead silicon bring-up, automatic test equipment deployment, and debugging to diagnose yield issues and silicon failures.

Qualifications

Master's degree or higher in Electrical Engineering or related field. Minimum 5 years hands-on experience with DFT and test flow for large, complex SoCs. Strong knowledge of DFT methods including JTAG, ATPG, yield learning, logic diagnosis, scan compression, IEEE 1500 standard, and MBIST. Proficient in Synopsys DFT Compiler, Tetramax, VCS; experience with Tessent and Modus/Encounter tools a plus. Strong programming skills in Python, TCL, and shell scripting are required.

Skills

DFT architecture Test flow development Synopsys DFTMAX TetraMAX PrimeShield Siemens Tessent iJTAG (IEEE 1687) Scan insertion MBIST LBIST Analog Macro test structures ATPG pattern generation Pre-silicon DFT verification Gate-level simulation Physical design collaboration Silicon bring-up and diagnostics Python programming TCL scripting Shell scripting