
Certification Course In Synthesis and STA
The Certification Programme in Synthesis & Static Timing Analysis (STA) is a specialized training program designed to provide participants with the technical knowledge and practical expertise required for key stages in the VLSI design process.
COURSE OVERVIEW
The Certification Programme in Synthesis & Static Timing Analysis (STA) is a specialized training program designed to provide participants with the technical knowledge and practical expertise required for key stages in the VLSI design process. Delivered in an immersive in-campus mode, the program focuses on the synthesis and timing analysis phases, enabling students and professionals to excel in the semiconductor industry.
Course Fees:
Smart Investment, Bright Future-
Incl.GST
Certification Programme in SYNTHESIS & STATIC TIMING ANALYSIS
(In-Campus Mode):
Module 1: Introduction to VLSI Design
- Overview of VLSI concepts and applications.
- Digital design methodologies.
- ASIC technologies and their applications.
- Fundamentals of VLSI design flow.
Module 2: Fundamentals of Hardware Description Languages (HDLs) Introduction to Verilog programming.
- Introduction to Verilog programming.
- Digital circuit design using HDL.
- Synthesis constraints and their implementation in HDL.
Module 3: Synthesis Techniques
- Synthesis flow and its importance.
- Optimization for timing, power, and area.
- Managing constraints, exceptions, and analyzing synthesis reports.
- Debugging synthesis results for efficiency.
Module 4: Physical Design
- Basics of physical design concepts.
- Floor planning and clock tree synthesis (CTS).
- Placement strategies, power planning, and routing.
- Constraint management and GDS generation for fabrication.
Module 5: Static Timing Analysis (STA)
- Timing analysis and Synopsys Design Constraints (SDC).
- Analyzing timing reports and fixing violations using ECOs.
- Practical solutions to common STA challenges.
Module 6: Emerging Trends and Power Optimization
- Power-efficient design strategies.
- Emerging semiconductor trends.
- Applications of advanced EDA tools for modern challenges.
Module 7: Hands-On Project
- Real-world project using Cadence EDA tools (Genus and Tempus).
- End-to-end digital circuit design and timing analysis.
- Industry expert-guided exposure to real-world challenges and solutions.
Module 8: Industry Exposure and Job Preparation
- Insights from experts with 40+ years of semiconductor industry experience.
- Practical tips for cracking semiconductor job interviews.
- Overview of 30+ chip tapeouts by leading companies like Intel, STMicroelectronics, and NXP.
This program is designed to cater to a diverse audience
-
- Undergraduate and Postgraduate Students: Individuals who have completed or are currently pursuing B.Tech, M.Tech, or M.Sc. degrees in disciplines such as Electronics & Communication Engineering, Electrical Engineering, Computer Science, or related fields.
- Recent Graduates: Aspiring professionals looking to transition into the semiconductor industry and build a career in VLSI and ASIC design.
- Research Scholars: Scholars engaged in advanced studies and research in semiconductor technology or allied domains.
- Faculty Members: Educators seeking to enhance their knowledge in ASIC design and semiconductor technology to support academic and research activities.
- Industry Professionals: Professionals aiming to upskill and stay updated with the latest advancements in ASIC design and VLSI technologies.This comprehensive eligibility framework ensures that the program addresses the needs of individuals at different stages of their academic and professional journeys.
Key Tools Covered in the Program:
- Genus:
A leading synthesis tool from the Cadence EDA suite, Genus specializes in high-performance logic synthesis and design optimization, enabling efficient and scalable ASIC designs. - Cadence EDA Tool Suite:
Cadence offers a comprehensive suite of tools for electronic design and verification, including Virtuoso (custom IC design), Innovus (physical implementation), Genus (synthesis), Tempus (STA), and many more for end-to-end semiconductor design workflows.
- Tempus:
Cadence’s Tempus tool focuses on static timing analysis (STA), offering precise timing verification to ensure chip performance and reliability across various operating conditions.
- Genus:
These tools collectively provide participants with hands-on experience in designing, analyzing, and optimizing ASICs, aligning with
industry standards and practices.



Is there any discount available?
Yes, we offer a 10% group discount for students and working professionals from the same university or institute.
What Libraries and Tools are Used in the Courses?
The Certification Programme in ASIC Design incorporates industry-leading tools and resources to provide practical training in ASIC design workflows.
Genus: For logic synthesis and RTL design optimization.
Innovus: For physical design tasks like floor planning, placement, routing, and clock tree synthesis.
Tempus: For static timing analysis and timing closure.
Do you have an EMI/Installment Option Available?
Yes, we offer a two-part installment option for the course fees. For more details, please refer to the registration page.
Course Delivery Model
- In-Campus Mode Training.
- Hand-on training with licensed cadence EDA tools.
- Industry oriented project exposure.
- One-to-one Mentorship in physical mode.
- Hand on projects to apply learned skills practically
VLSI Tools
- Genus
- Innovus
- Tempus EDA tool of Candence
Eligibility
- Students who have completed or pursuing B.Tech/ M.Tech/M.Sc. in, Electronics & Communication Engineering, Electrical Engineering, Computer Science or relevant fields
- Recent graduates/Faculty members seeking to enter the semiconductor industry
- Research Scholars, Faculty members, and Industry professionals can also enroll
Payments
- Pay through Debit card/ Credit card/ Net banking/ UPI.
- Attractive Discount for Group of 5 Students or more from the same College/Institution/University
Registration Process
- Candidates have to apply in the prescribed application form through https://regn.nielitvte.edu.in/in_campus_courses.php.
- The duly filled form along with the course fees receipt has to be submitted in online mode through the above link. The Fees deposited are Non-Refundable.
Course Cordinator
- PRASHANT PAL
- Deputy Director/Scientist C
- CoE in Chip Design, NIELIT Noida
- e-mail: prashantpal@nielit.gov.in
Why Choose Synthesis & Static Timing Analysis
Synthesis and Static Timing Analysis are essential in VLSI design, ensuring optimized hardware and reliable timing performance. Mastery of these processes is vital for success in semiconductor and chip design industries.

Custom Design

High Performance

Advance Verification

End-To-End Process
