Overview of the course

Hands-On Synthesis and STA Training with Industry Projects & EDA Tool Exposure

The 4-month Synthesis and Static Timing Analysis (STA) Training at Vidyouth Intelligence is crafted for fresh graduates and working professionals aspiring to build careers in Front-End and STA roles within the VLSI industry. This intensive training program focuses on real-time Sign-Off strategies and end-to-end synthesis flows, including constraints development, optimization, and hands-on tape-out preparation using industry-standard EDA tools.

What You Will Learn

Static Timing Analysis (STA) Essentials

Master the core of chip timing with in-depth concepts including Setup & Hold checks, Crosstalk Noise/Delay, OCV/CPPR, and Clock Domain Crossing (CDC) analysis. Explore advanced STA methodologies relevant to deep sub-micron technologies (28nm to 5nm).

Sign-Off Timing Closure Strategies

Learn complete sign-off flows including Graph-based vs Path-based analysis, Multi-Mode Multi-Corner (MMMC) timing, Pessimism Removal, Clock and Data path ECOs, and constraint development for real-time project environments.

Comprehensive Synthesis Flow

Understand the RTL-to-Netlist conversion with detailed training on elaboration, generic and technology mapping, logic optimization, clock gating, retiming, scan insertion, and hierarchical synthesis using Cadence Genus/RTL Compiler.

Real-Time Projects & Tool Exposure

Gain 70% hands-on training via two end-to-end sign-off projects. Work with Cadence tools and remote VPN access to servers for full-time project engagement, ensuring industry-grade exposure in synthesis and STA.

Key Features

• Balanced structure: 70% hands-on + 30% theory

• Hands-on access to EDA tools from both institute and home

• 2 complete Sign-Off projects covering both synthesis and STA closure

• Training on UNIX, scripting, and version control tools

• Live debugging of timing violations and constraint issues

• Focus on block-level and full-chip analysis

  Why Vidyouth Intelligence

  • Curriculum designed by industry experts with real-time STA and synthesis experience

  • Flexible learning via live online classes + lab-based offline sessions

  • Personalized mentoring, resume guidance, and mock interviews

  • Tailored for B.Tech, M.Tech, BE, ME students and working professionals

  
  STA Training Topics Covered

  • Fundamental Setup and Hold Checks

  • Timing Arcs, Stage, Cell, and Net Delay

  • Asynchronous Flop Timing (Recovery/Removal)

  • Cross Clock and Interface Timing Analysis

  • Clock Group-Based Analysis

  • Crosstalk Delay and Noise

  • Advanced OCV and CPPR Concepts

  • MMMC Timing Analysis

  • Graph-Based vs Path-Based Analysis

  • Timing DRC: Transition, Capacitance, Fanout Fixes

  • Clock Path & Data Path ECOs

  • Constraint Development for Interfaces

  • Pessimism Removal via Path-Based Techniques

  
  Synthesis Training Topics Covered

  • HDL Reading, Dotlib, and SDC Handling

  • RTL Constructs and Elaboration

  • DesignWare and Logical Operator Handling

  • Generic and Technology-Mapped Synthesis

  • Clock Gating and Power Optimization

  • Scan Insertion and Area Estimation

  • Unclocked Flops and Clock Reachability

  • Time Borrowing in Latch-Based Paths

  • Cell Variants (LVT, RVT, HVT) and Leakage Concepts

  • Hierarchical Constraints and Constraint Propagation

  • Clock Creation, Input/Output Delay, and Uncertainty Estimation

  • Multi-Cycle Path and False Path Handling

  • Timing Loops and Logical Equivalence Checks

  • Final Netlist Handoff to PnR Tools

    This program ensures every learner is job-ready for roles like Front-End Engineer, Synthesis Engineer, or STA Engineer, equipped with practical expertise, project experience, and tool knowledge to stand out in the semiconductor industry.

   

Course Syllabus