Hire DFT Engineers Who Lift Real Coverage

Coverage looked fine on paper. Then test escapes showed up at the customer and test cost crept past budget. On ShawSilicon you read the category score before you read the resume: every DFT engineer in the pool has passed a structured 10-question technical interview in their specialization — scan insertion, ATPG, BIST, JTAG and boundary scan, scored category by category against a fixed pass floor — and stays invisible to you until they clear it. You see the breakdown across conceptual depth, design, debugging, diagrams and adversarial debug, then you decide.

Charter clients at locked pricing Verified shortlist in 72 hours for an eligible role, or no charge Scored by category vs a fixed pass floor Engineers keep 100% — zero commission
Get your first verified shortlist → Join as an engineer →

Send one eligible role brief and get a verified shortlist within 72 hours, or a straight answer that the verified depth is not there yet. Either way, no charge for that shortlist. Eligible = a role in one of the nine specializations with a clear brief (stack, level, must-haves).

9
SPECIALIZATIONS
10
QUESTIONS PER SCREEN
Scored
SHORTLIST BY CATEGORY
8–15%
PLATFORM FEE

Why DFT Hiring Is Broken

DFT engineers ensure that manufactured chips can be thoroughly tested on the production line. They insert scan chains, generate test patterns, implement BIST, and optimize test coverage to catch manufacturing defects before chips reach customers.

DFT is a specialized discipline that sits at the intersection of design and manufacturing. Engineers need deep understanding of both RTL architecture and semiconductor manufacturing defect mechanisms. ShawSilicon verifies DFT engineers with domain-specific questions on scan architecture, ATPG methodology, and test coverage optimization.

Key Skills & Tools

Core Skills

Scan InsertionATPGBIST (Memory/Logic)JTAG/IEEE 1149.1Boundary ScanCompressionFault SimulationTest Pattern GenerationYield Analysis

EDA Tools & Platforms

Synopsys DFT CompilerTetraMAXMentor TessentCadence Modus

Roles We Fill

Who Sets the Bar

The same engineer designs the interview behind every specialization on ShawSilicon. It is built by John Bagshaw, a Senior FPGA Design Engineer with 8+ years designing for AMD, Intel, and Xilinx platforms — Zynq UltraScale+ and Agilex 7. The benchmarks behind the bar are public and timing-closed: cxl-kv-forge-qos at 400 MHz (WNS +0.413 ns, WHS +0.017 ns), a GNSS spoof/jam detector at 488.76 MHz, and flashattn-softmax and kvcache-compress both closed at 400 MHz. The fixed pass floor every engineer clears is the bar he holds himself to.

How ShawSilicon Works

Step 1: Post your DFT role with required skills, rate range, and timeline.

Step 2: ShawSilicon matches you with verified engineers who have passed the structured technical interview in DFT / DFM. You see the category-by-category score, not just a resume.

Step 3: You interview the shortlist and start the engagement.

Get your first verified shortlist →

Frequently Asked Questions

What DFT skills does ShawSilicon test?
Our structured technical interview covers scan chain insertion methodology, ATPG algorithm understanding, BIST architecture (memory and logic), compression techniques, JTAG/boundary scan implementation, and fault coverage optimization strategies.
What DFT tools do your engineers use?
Our verified DFT engineers work with Synopsys DFT Compiler and TetraMAX, Mentor Tessent, Cadence Modus, and related tools for scan insertion, ATPG, and fault simulation.
How much do DFT engineers cost on ShawSilicon?
ShawSilicon charges companies a platform fee of 8–15%, versus the 25–50% placement fee charged by traditional semiconductor recruiting agencies. Engineers keep 100% of their billings — zero commission. Each engineer sets their own rate.
Can DFT engineers help with yield improvement?
Yes. Many DFT engineers on ShawSilicon have experience with yield analysis, diagnostic test pattern generation, and working with foundry teams to identify and address systematic yield limiters.
Do your DFT engineers work with advanced node designs?
Yes. Our engineers have experience with DFT challenges at advanced nodes including cell-aware ATPG, multi-VT scan design, and low-power test modes for FinFET and GAA processes.

Other Semiconductor Specializations