DFT Course Online | Design for Testability Training 2025
Master Design for Testability — scan insertion, ATPG, BIST, boundary scan, and compression techniques. DFT engineers ensure that every manufactured chip can be tested efficiently, achieving target fault coverage and yield.
View DFT CoursesFull scan, partial scan, and muxed-D scan insertion. Understand scan chain ordering, scan compression, and the impact of scan on timing and area. Learn to balance scan density with design constraints.
Generate test vectors that detect stuck-at, transition, path-delay, and bridging faults. Understand fault models, fault grading, and achieving target fault coverage (typically 95%+ for production).
Logic BIST (STUMPS architecture, PRPG, MISR) and Memory BIST for embedded SRAMs, ROMs, and register files. Design BIST controllers, march algorithms, and repair logic.
IEEE 1149.1 standard — TAP controller, instruction register, boundary scan register, and BSDL descriptions. Board-level test access and in-system programming using JTAG.
Test data compression for reducing test time and cost — Synopsys DFTMAX, Cadence EDT, and Mentor TestKompress. Understand compression ratios, pattern counts, and impact on ATE requirements.
Hands-on training with industry-standard DFT tools — scan insertion, test point insertion, compression insertion, and ATPG using Synopsys DFT Compiler and TetraMAX.
Every chip that comes off the manufacturing line must be tested. Without DFT, testing a modern SoC with billions of transistors would be physically impossible. DFT engineers are the bridge between design and manufacturing.
DFT (Design for Testability) is the set of techniques added to a chip design to make it testable after manufacturing. Without DFT structures like scan chains, BIST, and JTAG, it would be impossible to verify that manufactured chips work correctly. DFT enables automated testing on ATE (Automatic Test Equipment).
Excellent choice. DFT is essential at every chip company, has fewer specialists creating less competition, offers good work-life balance, and pays well. It also provides a unique perspective spanning both design and manufacturing — making DFT engineers versatile and valuable.
You need basic digital design knowledge (logic gates, flip-flops, FSMs) and understanding of the ASIC design flow. Knowledge of Verilog helps but is not mandatory to start. Our courses cover prerequisites and build up to advanced DFT concepts.
Learn the specialized skill that every semiconductor company needs. Master scan, ATPG, BIST, and JTAG with expert-led courses and industry-standard tools.
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