Hands-on RTL Design & Verification
Learn Hardware Design and Verification through our hands-on design challenges, real-silicon like projects, and interactive simulations with waveform debug.
82.6%
Percentage Completion
module counter(
input logic clk, reset,
output logic [7:0] count
);
always_ff @(posedge clk) begin
if (reset) count <= 8'h00;
else count <= count + 1;
end
endmoduleWhy Choose QuickSilicon?
We've designed the most comprehensive, practical and hands-on hardware design learning platform
Interactive Learning
Learn by doing with our hands-on coding environment and real-time feedback system.
Project-Based
Build real-world projects from simple counters to complete RISC-V processor.
Industry-Ready
Learn industry-standard tools and methodologies used by top hardware companies.
Expert Guidance
Get mentorship from industry professionals with years of hardware design experience.
Certification
Earn certificates that validate your skills and boost your career prospects.
Simulation Tools
Access open-source simulation tools and synthesis environments.
Hands-on Hardware Design and Verification courses
Learn real-world Hardware Design & Verification skills through hands-on projects, industry relevant challenges, and interactive simulations with waveform debug
Hands-on RTL Design
25 handpicked questions to up your interview game
Learn about skid buffers, fifos, valid-ready protocol and a lot more
Designing complex microarchitectures with focus on PPA
Converting microarchitecture details into real-world synthesizble RTL
3 days no-questions-asked refund policy
Hands-on Testbench Design
Pre-Launch Discounted Price
Various SystemVerilog Verification constructs useful for building modern testbenches
Learn, develop and simulate real-world Testbenches
Start from architecture and go all the way up-to transactions, driver and scoreboards
Build complete testbench with DPI support to verify RV32I RISC-V Processor
Get video explanations and working solutions in SystemVerilog
3-days no-questions-asked refund policy
RISC-V Processor Design
Fundamental concepts of computer architecture and processor design
Practical exposure to the unprivileged RISC-V Instruction Set Architecture (ISA)
Learn to design a single-cycle RV32I compliant processor from scratch in SystemVerilog
Create RISC-V assembly programs and execute them on the designed processor
3 days no-questions-asked refund policy
SystemVerilog for Design
Various SystemVerilog language constructs useful for writing modern synthesisable RTL
Understanding how sequential and combinatorial logic is converted into RTL
Get exposed to converting microarchitecture to RTL
Learn basic building-blocks like counters, shift-registers from ground up
3 days no-questions-asked refund policy
Various SystemVerilog language constructs useful for writing modern synthesisable RTL
Learn, develop and share RTL Design and Testbenches
Start from a basic mux to designing round-robin arbiters
Get working solutions in SystemVerilog
Hands-On RTL design for Networking Systems
Pre-Launch Discounted Price
Problemset specialized in design patterns from the world of networking chips
Directly inspired by real world silicon and big tech interview questions
Covers various sub-topics ranging from simple gearboxes to complex packet parsers,arbiters and timing logic.
Power, performance and area tradeoffs to be handled in each problem
Course is available only in System Verilog (Get video explanations and working solutions in Only SystemVerilog)
3-days no-questions-asked refund policy
Our Videos set us apart
Our two-part videos cover microarchitecture design and RTL implementation in System Verilog, offering both a comprehensive understanding of microarchitecture and detailed RTL walkthroughs
Microarchitecture Overview
Comprehensive design principles
Line-by-line RTL walkthrough
Detailed implementation guide
Try out our practice playground
The platform focuses on hands-on learning, offering ability to code, simulate and debug RTL in multiple HDLs.
About the Instructor
Rahul Behl
Hardware Design Expert
Rahul Behl
With over 10+ years of experience in the semiconductor industry, Rahul is passionate about using technology to solve real-world problems. He is also dedicated to teaching various Hardware Design & Verification concepts with a strong emphasis on practical implementation.
Rahul has worked with companies like ARM and Tenstorrent. He holds a BE (Hons) in Electronics and Instrumentation Engineering from BITS Pilani University.
Years Experience
Semiconductor Industry
Students Taught
Hardware Design Concepts