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ASIC Digital Design Training using Verilog HDL
Master ASIC digital design using Verilog HDL with hands-on implementation, real-world projects, and expert guidance.
Meet Your Instructor
Mr. Shubham Chauhan
Technical Advisor | Expertise in Digital Design and ASIC Design.
What will I learn here?
This course offers a strong foundation in Verilog HDL, perfect for anyone learning basic Verilog or diving into advanced Verilog concepts. Designed for students, professionals, and embedded enthusiasts, it covers everything from digital design through Verilog HDL to ASIC design flow in Verilog. Whether you're studying APB Verilog, exploring AMBA Verilog protocols, or integrating Arduino Verilog applications, this course equips you with essential practical skills.
You’ll begin with an introduction to Verilog HDL, progressing to Verilog data types, operators, procedural assignments, and finite state machine (FSM) modeling. The course also explores synthesis-ready coding, verification techniques, and hands-on practice through projects and simulations tailored for digital design and embedded systems using Verilog.
By the end, you’ll confidently simulate and implement digital systems using ASIC Verilog and master digital design through Verilog. This course prepares you for roles in SoC development, hardware verification, and the semiconductor industry.
Write clean and efficient Verilog HDL code
Simulate and verify digital logic using industry tools
Design FSMs and understand their role in embedded/digital systems
Apply Verilog in ASIC and FPGA design processes
Understand synthesis, timing constraints, and testbenches
Build end-to-end digital circuits from logic to layout
Module 1: Introduction to Verilog HDL
● Applications of Verilog HDL
● Verilog HDL language concepts
● Verilog language basics and constructs
● Abstraction levels
Module 2: Data Types
● Type concepts
● Nets and registers
● Non-hardware equivalent variables
● Arrays
Module 3: Verilog Operators
● Logical operators
● Bitwise and reduction operators
● Concatenation and conditional operators
● Relational and arithmetic operators
● Shift and equality operators
● Operator precedence
Module 4: Assignments
● Types of assignments
● Continuous assignments
● Timing references
● Procedures
● Blocking and non-blocking assignments
● Execution branching
● Tasks and functions
Module 5: Finite State Machine (FSM)
● Basic FSM structure
● Moore vs. Mealy FSM
● Common FSM coding styles
● Registered outputs
Module 6: Advanced Verilog for Verification
● System tasks
● Compiler directives
● Internal variable monitoring
● File input and output
Module 7: Synthesis Coding Style
● Unwanted latches
● Synthesizable operators
● RTL coding styles
● Synthesis errors
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Live Training Benefits
Doubt sessions
Live Q&A sessions to clarify all your queries instantly
Hands on Projects
Practical learning through real world project implementation
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Course Completion
Practical learning through real world project implementation
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Recorded Sessions
Practical learning through real world project implementation
1:1 Mentor
Practical learning through real world project implementation
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Structured Curriculum
Practical learning through real world project implementation
Bonus Learning Perks
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Github Profile
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LinkedIn Profile
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Resume Writing
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Soft Skills
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Mock Interview
TESTIMONIALS
See what our Learners have to say
Priyanshu mishra
Iot
I am thankfull to hole nation innovation team, iam learning on the best faculty about iot and I completed at well , so I am to much happy to doing training here..
Kartik yadav
electronic device and circuit
A good platform for creative and curious minds interested in the field of electronics. Platform offers an extremely well-curated list of courses and modules couldn't be more satisfied!!
Jibin Joy
Project support
I am very happy to learn from this institute. Thanks for providing very good support in academic project in deep learning