GLS 1-1 Training

Master Gate-Level Simulation concepts through personalized, hands-on sessions tailored to your design and verification needs. Learn timing, setup/hold checks, netlist-based debugging, and real-world GLS flows used in ASIC and FPGA signoff.

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Course Overview

GLS 1-1 Training Overview

This 1-on-1 training program is designed to equip engineers with in-depth knowledge and practical expertise in Gate-Level Simulation (GLS), a critical stage in the ASIC and FPGA design verification flow. The course bridges the gap between RTL simulation and post-synthesis/timing-aware validation, helping participants understand how timing, synthesis artifacts, and real gate-level behavior affect functional correctness. Delivered in a personalized format, the training adapts to the learner’s pace, current skill level, and project needs. Whether you're working toward signoff or trying to debug difficult setup/hold timing violations, the course provides the tools and insights needed to confidently navigate GLS environments.

Syllabus
GLS 1-1 Training Modules
  • GLS basics, Synthesis & STA basics
  • Setting up GLS TB environment, testplan, force files, unit delay and timing simulations
  • Setup time, hold time, SDF, timing corners, SDF annotation
  • GLS good practices, Choosing right frequency, Synchronizer flops
  • Debugging GLS failures – Log file debug, X-trace, data flow and schematic tracing
  • GLS hands on project – Unit delay and timing simulations, TB bring up
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Key Features

One-on-one personalized sessions tailored to your experience level and project needs
Covers both zero-delay and SDF-annotated gate-level simulation flows
Step-by-step guidance on debugging setup/hold violations and synthesis artifacts
Deep insights into timing behavior differences between RTL and netlist simulations
Hands-on waveform analysis for real-world GLS issues and netlist mismatches
Practical training on functional verification using synthesized netlists
Best practices for modifying testbenches and handling back-annotation flows
Focus on industry-relevant GLS scenarios used in ASIC and FPGA signoff stages

Who All Can Attend This GLS 1-1 Training?

This training is ideal for professionals involved in digital design, verification, and backend implementation who want to strengthen their understanding of post-synthesis simulation and timing-aware debugging. It is especially useful for those preparing for tape-out or working in signoff-critical environments.
RTL Design Engineers
Verification Engineers
ASIC Design Engineers
FPGA Designers
DFT Engineers
Physical Design Engineers
SoC Integration Engineers
Backend Design and STA Engineers
RTL Design Engineers
Verification Engineers
ASIC Design Engineers
FPGA Designers
DFT Engineers
Physical Design Engineers
SoC Integration Engineers
Backend Design and STA Engineers

Pre-requisites To Take GLS 1-1 Training

  • Basic understanding of digital design concepts and RTL coding (Verilog or VHDL)
  • Familiarity with simulation tools (e.g., ModelSim, VCS, or Questa)
  • Knowledge of synthesis flow and netlist generation is helpful
  • Awareness of timing concepts like setup, hold, and clock skew
  • Prior experience with RTL verification is beneficial but not mandatory
  • Comfort with reading and analyzing waveform outputs (optional but recommended)

High Demand for GLS 1-1 Training

Know about the Growing VLSI industry

ASIC Design Engineers with GLS expertise are preferred for signoff-level readiness and netlist validation.

Those who understand back-annotation, timing closure, and synthesis-to-simulation mismatches command higher salaries.

Mid-level engineers who can independently run and debug GLS regressions are often fast-tracked into lead positions.

Annual Salary

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VLSIGuru
VLSIGuru is a top VLSI training Institute based in Bangalore. Set up in 2012 with the motto of ‘quality education at an affordable fee’ and providing 100% job-oriented courses.
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