VLSI Corporate Training | Hands-on VLSI Design Courses

VLSI Design and Verification

About The Course

This course is tailored for design and verification engineers, offering a comprehensive learning experience through practical lab sessions conducted from scratch with instructor guidance. It is highly recommended for professionals in the core domains of electronics and electrical engineering.

Participants will refine their design and verification skills, gain hands-on experience, and deepen their understanding of electronic engineering principles and practices. This training provides valuable knowledge and practical skills essential for roles as design or verification engineers.

What Will You Learn?

Participants will acquire expertise in modeling digital blocks using Verilog and performing functional simulations. Completion of mini and major projects will equip them with industry-ready coding techniques, enhancing their readiness for positions as Digital Design or Verification Engineers.

Training Outcomes

Upon completing the training, participants will:

Learn Verilog from Scratch
Design Digital Circuits
Verification Techniques
Cadence EDA Tool Access*
Simulation and Debugging
Certification and Technical Support

Who can Benefit

Working Professional, Technical Staffs.
Core Engineers.

For customized corporate training, contact us today.

+91 93539 01711

Training Modules

High-Performance Design:

Techniques: Optimization methods for speed, including clock distribution and skew management

Pipelining: Advanced techniques for breaking down operations into stages to increase throughput

Parallel Processing: Design methods to handle multiple data streams concurrently for improved performance

Low-Power Design:

Power Gating: Strategies to shut down inactive circuit parts, reducing leakage power

Clock Gating: Techniques to disable the clock signal to inactive modules, saving dynamic power

Multi-Threshold CMOS: Using multiple threshold voltages to balance power and performance

FSM Optimization:

State Reduction: Techniques for minimizing the number of states in a finite state machine

Power-Efficient FSMs: Design strategies for creating low-power finite state machines

HDLs: Advanced Features

Parameterized Designs:

Verilog/VHDL Parameters: Using parameters to create flexible and reusable hardware modules

Generic Programming: Applying generic programming concepts in HDL to handle various data widths and configurations

Scripting for Automation:

Python for EDA: Using Python for automation of repetitive tasks in the design flow

Tcl Scripting: Automating EDA tools using Tcl scripts to streamline the design process

System Verilog and UVM

Advanced SystemVerilog Features:

Constraints and Randomization: Techniques for creating complex constrained random tests

Coverage-Driven Verification: Methods to ensure comprehensive verification using coverage metrics

Assertions: Using SystemVerilog assertions for functional verification

UVM Methodologies:

Reusable Verification Components: Creating and integrating drivers, monitors, and scoreboards

Advanced UVM Features: Using UVM sequences, phases, and transaction-level modeling for efficient verification

Formal Verification

Model Checking

Properties and Specifications: Defining properties and specifications for model checking

Tools and Techniques: Using formal verification tools to verify design properties

Equivalence Checking:

RTL vs. Netlist: Ensuring the synthesized netlist matches the RTL design

Tool Usage: Using equivalence checking tools for different stages of the design flow

Practical Sessions and Assessments

Advanced Labs

High-Frequency Circuit Design:

Hands-On Projects: Designing and testing high-frequency circuits.

Simulation and Testing: Using advanced tools for simulation and testing of high-frequency designs

Complex Verification Projects:

Practical Verification: Implementing advanced verification techniques on real-world projects

UVM and Formal Methods: Applying UVM and formal methods in practical verification scenarios

High-Frequency Analog Design

RF Circuit Design:

Design Principles: Fundamentals of designing circuits operating at radio frequencies.

Simulation and Testing: Techniques for simulating and testing RF circuits.

High-Speed ADC/DAC:

Design Techniques: Methods for designing high-speed analog-to-digital and digital-to-analog converters.

Performance Optimization: Balancing speed, accuracy, and power consumption in converter designs.

Advanced Mixed-Signal Techniques

Mixed-Signal Modeling:

Behavioral Modeling: Creating accurate behavioral models for mixed-signal circuits.

Verification Techniques: Methods for verifying mixed-signal designs.

Deep Sub-Micron Design

Challenges in Advanced Nodes:

Variability and Leakage: Addressing issues of variability and leakage in deep sub-micron processes.

Scaling Challenges: Techniques to overcome scaling challenges in advanced technology nodes.

Advanced Timing Closure:

Timing Analysis: Using advanced timing analysis tools and techniques.

Optimization Methods: Methods for timing-driven placement and optimization.

Advanced Physical Verification

DRC and LVS:

Advanced Techniques: Ensuring design rule and layout vs. schematic compliance in advanced nodes.

Tool Proficiency: Mastery of DRC and LVS tools and methodologies.

ERC

Electrical Constraints: Verifying electrical constraints such as voltage and current limits.

Advanced Tools: Using ERC tools for comprehensive electrical rule checking.

Comprehensive Assessments

Real-World Problem Solving:

Design Challenges: Addressing real-world design challenges through practical assessments.

Industry Scenarios: Solving problems based on actual industry scenarios.

Advanced Design Challenges:

Complex Projects: Tackling complex

Low Power Design

Power Gating:

Implementation: Implementing power gating in design flows.

Verification: Techniques to verify power gating effectiveness.

Multi-Voltage Design:

Design Techniques: Designing circuits that operate at multiple voltage levels.

Power Management: Strategies for managing power in multi-voltage designs.

Performance Enhancement

Pipelining:

Techniques: Advanced pipelining techniques to increase throughput.

Balancing Stages: Methods to balance pipeline stages for optimal performance.

Parallel Processing:

Design Methods: Techniques for designing systems that process multiple tasks simultaneously.

Performance Analysis: Analyzing and optimizing parallel processing systems.

3D ICs and Advanced Packaging

TSVs

Design and Manufacturing: Using through-silicon vias for 3D IC integration.

Challenges: Addressing thermal and mechanical challenges in 3D ICs.

Heterogeneous Integration:

Techniques: Methods for integrating different types of chips in a single package.

Applications: Applications and benefits of heterogeneous integration.

Nanotechnology and Quantum Computing

Nano-Scale Devices:

Physics and Design: Understanding the physics and design considerations for nano-scale devices.

Fabrication Techniques: Methods for fabricating nano-scale devices.

Quantum Circuit Design:

Basics: Fundamentals of designing circuits for quantum computing.

Design Challenges: Addressing the unique challenges of quantum circuit design.

Custom Tool Flows

Scripting for Automation:

Python and Tcl: Advanced use of Python and Tcl for design automation.

EDA Tool Integration: Integrating scripts with EDA tools to streamline the design process.

Custom PDK Development:

PDK Components: Creating and using custom Process Design Kits.

Customization Techniques: Techniques for developing customized PDKs for specific technologies.

Machine Learning in EDA

AI-Based Optimization:

Machine Learning Models: Applying machine learning models to optimize design and verification processes.

Tool Integration: Integrating AI-based tools into the EDA workflow.

Predictive Modeling:

Techniques: Using predictive modeling to anticipate and solve design issues.

Applications: Practical applications of predictive models in VLSI design.

Technical Leadership

Managing Design Teams:

Leadership Techniques: Strategies for effectively leading and managing technical teams.

Team Dynamics: Understanding and improving team dynamics in a technical environment.

Innovation Management

Fostering Innovation: Techniques for fostering innovation within a technical team.

Managing R&D: Strategies for managing research and development projects.

Advanced Communication Skills

Technical Writing:

Best Practices: Techniques for writing clear and concise technical documents.

Documentation Standards: Understanding and applying industry standards for technical documentation.

Effective Presentation Techniques:

Presentation Skills: Developing skills for delivering impactful presentations.

Audience Engagement: Techniques for engaging different types of audiences with technical content.

Complex Project Design

End-to-End SoC Design:

Design Flow: Detailed steps from specification to tape-out of a system-on-chip.

Case Studies: Examination of successful industry projects and the challenges faced.

Real-World Project Challenges:

Problem Solving: Addressing and solving real-world design challenges.

Best Practices: Learning from best practices and lessons from industry projects.

Innovation and Patenting

Intellectual Property Development:

Creating IP: Techniques for developing valuable intellectual property in the VLSI industry.

Protection Strategies: Strategies for protecting IP through patents and other means.

Patenting Process:

Legal and Procedural Aspects: Understanding the legal and procedural aspects of patenting VLSI inventions.

Case Studies: Examples of successful patents in the VLSI industry.

For customized corporate training, contact us today +91 93539 01711

Why Abhiyantha

Industry-leading Expertise

Specialized training from VLSI industry experts.

Guiding the VLSI Career

Nurturing the journey to VLSI excellence.

Tailored VLSI Programs

Customized courses addressing specific corporate needs.

Cutting-edge Learning Tools

Hands-on experience with state-of-the-art tools and techniques.

Global VLSI Training Reach

Accessible training programs delivered worldwide.

Proven Success in VLSI Training

Track record of enhancing VLSI skills in top companies.

For customized corporate training, contact us today.

+91 93539 01711

Why VLSI Corporate Training

Enhance VLSI Competence

Develop expertise in advanced VLSI design and verification.

Increase VLSI Productivity

Improve efficiency in VLSI project execution.

Cost-effective VLSI Training

Invest in upgrading VLSI skills rather than hiring new talent.

Team-oriented VLSI Learning

Foster collaboration among VLSI team members.

Stay Competitive in VLSI Industry

Keep pace with rapid advancements in VLSI technology.

Immediate Application of VLSI Knowledge

Apply new VLSI skills to ongoing projects for immediate impact.

For customized corporate training, contact us today.

+91 93539 01711

Why Now?

Seize VLSI Market Opportunities

Lead the VLSI market with cutting-edge skills.

Stay Ahead in VLSI Competition

Gain competitive advantage in dynamic VLSI industry.

Optimize VLSI Resources

Maximize VLSI project efficiency through targeted training.

Future-proof Your VLSI Skills

Prepare for future VLSI challenges with proactive training.

Immediate VLSI Project Benefits

Apply new VLSI knowledge to current projects for immediate gains.

Address VLSI Skills Gap

Equip your team with latest VLSI design and verification skills.

For customized corporate training, contact us today.

+91 93539 01711

Training Links

Corporate Training in VLSI Design & Verification

VLSI Design and Verification

1. Advanced Digital System Design

HDLs: Advanced Features

2. ASIC Verification

System Verilog and UVM

Formal Verification

Equivalence Checking:

Practical Sessions and Assessments

3. Analog and Mixed-Signal Design

High-Frequency Analog Design

Advanced Mixed-Signal Techniques

4. SoC Physical Design

Deep Sub-Micron Design

Advanced Physical Verification

Comprehensive Assessments

5. Low Power and High Performance-Based SoC

Low Power Design

Performance Enhancement

6. VLSI Emerging Technologies

3D ICs and Advanced Packaging

Nanotechnology and Quantum Computing

7. EDA Tools and Methodologies

Custom Tool Flows

Machine Learning in EDA

8. Project Management Skills and Leadership

Technical Leadership

Advanced Communication Skills

9. Use-case Projects and Case Studies

Complex Project Design

Innovation and Patenting

Why Abhiyantha

Industry-leading Expertise

Guiding the VLSI Career

Tailored VLSI Programs

Cutting-edge Learning Tools

Global VLSI Training Reach

Proven Success in VLSI Training

Why VLSI Corporate Training

Enhance VLSI Competence

Increase VLSI Productivity

Cost-effective VLSI Training

Team-oriented VLSI Learning

Stay Competitive in VLSI Industry

Immediate Application of VLSI Knowledge

Why Now?

Seize VLSI Market Opportunities

Stay Ahead in VLSI Competition

Optimize VLSI Resources

Future-proof Your VLSI Skills

Immediate VLSI Project Benefits

Address VLSI Skills Gap

Our Trainers

Cadence Certified Training Partner