Master Static Timing Analysis (STA) Tools.
Unlock the secrets of timing closure. Our comprehensive program teaches you to use leading STA tools to identify and fix timing violations, ensuring your digital designs meet performance specifications.
Why Master Static Timing Analysis?
STA is the cornerstone of modern digital design sign-off. Proficiency in STA is non-negotiable for ensuring your chip’s performance and functionality.
Prevent Timing Violations
Learn to meticulously analyze timing paths to prevent costly setup and hold time violations, which can cause chip failure in the field.
Master SDC Constraints
Understand how to write comprehensive Synopsys Design Constraints (SDC) to accurately describe your design’s timing requirements, including clocks, I/O delays, and false paths.
Achieve Timing Closure
Learn the iterative process of timing analysis, optimization, and reporting to successfully achieve timing closure on your complex designs.
Understand Multi-Corner Analysis
Gain expertise in analyzing timing under various operating conditions (PVT corners) to ensure your design is robust and reliable across all scenarios.
Crosstalk & Signal Integrity
Explore advanced STA concepts like analyzing the impact of crosstalk on signal delay and understanding how to mitigate it in your physical design.
Accelerate Design Sign-off
By leveraging STA tools effectively, you can reduce the number of time-consuming post-layout simulations and achieve faster design sign-off.
Hierarchical STA
Understand how to perform static timing analysis on large, complex designs using a hierarchical approach to manage complexity and reduce runtime.
Path-Based Analysis
Learn to perform a detailed path-based analysis to debug and resolve critical timing issues on the most demanding parts of your design.
What You’ll Master in Our STA Program
Our curriculum provides hands-on training on the leading STA tools, from fundamental concepts to advanced sign-off methodologies.
- Timing Path Fundamentals:
Understand key timing concepts, including arrival time, required time, slack, and path components.
- SDC Constraints:
Master the syntax and usage of core SDC commands like ‘create_clock’, ‘set_input_delay’, and ‘set_output_delay’.
- Timing Exceptions:
Learn to apply timing exceptions such as ‘set_false_path’ and ‘set_max_delay’ to correctly constrain your design.
- Timing Report Analysis:
Get skilled at generating and interpreting detailed timing reports to identify critical paths and debug violations efficiently.
- STA Sign-off Flow:
Grasp the complete STA flow from netlist to final sign-off, including pre-layout and post-layout analysis.
Who Is This Program For?
Aspiring VLSI Engineers
Students and fresh graduates who want to build a foundational and comprehensive skill set in timing analysis that is essential for a career in chip design.
RTL and Logic Designers
Designers who want to take full responsibility for the timing quality of their designs by performing their own preliminary STA and pre-signoff analysis.
Physical Design Engineers
Physical design professionals who need to understand timing reports, debug timing violations, and perform timing-driven placement and routing.
Ready to Close Timing on Your Designs?
Don’t let timing violations stand between you and a successful chip. Master STA and take control of your design’s performance.
ENROLL FOR FREEWhat Makes Our Training Unique?
We offer a structured, guided, and industry-focused training experience that is unlike any other.
Project-Based Learning
Our program is built around a full STA project on a real-world design, allowing you to apply SDC constraint writing and timing analysis from scratch to sign-off.
Hands-On Tool Training
You will learn to use leading industry tools like Synopsys PrimeTime or Cadence Tempus, with a focus on practical command-line usage and reporting.
In-Depth Theory & Practice
We combine a strong theoretical understanding of timing analysis with practical, real-world examples, ensuring you understand not just “how,” but “why” each timing report is critical.
Focus on Industry Sign-off
The curriculum is designed to prepare you for the official timing sign-off process, including handling waivers and generating final reports for different operating modes.
Mentorship & Support
Get personalized mentorship from experienced timing engineers who can guide you through complex timing problems and help you master the tool. Our instructors have years of industry experience to share.
Certification & Career Support
Receive a recognized certification upon completion that validates your skills. We also offer career services to help you land your dream job in the semiconductor industry by refining your resume and preparing for technical interviews.
Our Alumni Are Now at Leading Companies
What Our Students Are Saying
“I used to spend hours debugging simple coding errors. After this course, I’ve integrated linting into my daily workflow and it’s saved me countless hours. Highly recommend!”
“The best part was learning how to customize rule decks. It gave me the confidence to apply linting effectively in my work, ensuring I meet our company’s high-quality standards.”
“This course is a game-changer. I now understand how to interpret and fix the most common lint violations, which makes my code much cleaner and more reliable from the start.”
“The program was well-structured and provided a comprehensive understanding of the VLSI design flow through practical projects. I appreciated the feedback sessions and the opportunity to present my work. It prepared me perfectly for my current role.”
“The exposure to the latest EDA tools and the chance to work on a team project were highlights for me. It was an inspiring environment that fostered innovation and collaborative learning. I gained invaluable insights into the semiconductor world.”