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Engineers Trained
6 Months
Offline Classes
ChipXpert’s Advanced RTL Design and Integration Course is tailored for students and professionals aiming to excel in VLSI front-end design. Designed by industry veterans from companies like NVIDIA, Qualcomm, Intel, and AMD, the course bridges academic knowledge with practical industry requirements.
Course Fee
EMI Option
Merit Based Discount Option Upto 60%
By the end of this course, you will be able to:
CMOS inverter and logic gates
Timing concepts (delay, setup, hold)
Power, performance, and area basics
Binary, octal, hexadecimal
Signed vs unsigned arithmetic
Fixed-point representation
Overflow and saturation
Combinational logic design
Sequential logic design
Latches vs flip-flops
Synchronous design principles
Linux file system
Shell commands
Makefiles basics
Simulation environment setup
Verilog syntax and constructs
Blocking vs non-blocking assignments
Always blocks
Module hierarchy
Logic data type
always_comb, always_ff
Interfaces and modports
Parameterized design
Muxes, encoders, decoders
Counters and registers
Pipelining techniques
Reset strategies
Moore vs Mealy FSMs
State encoding techniques
FSM coding styles
Debugging FSM issues
Synthesizable coding rules
Avoiding latches and glitches
Clock and reset handling
Reusable RTL design
Testbench basics
Self-checking testbenches
Functional coverage concepts
Debug using waveform viewers
RTL to gate-level flow
Timing, area, power trade-offs
Common synthesis issues
Reading synthesis reports
Setup and hold analysis
Clock uncertainty and skew
Path exceptions
Timing-aware RTL coding
CDC problem types
Synchronizer flops
Async FIFO design
CDC verification concepts
Reset synchronization
Async vs sync resets
Power-up sequencing
Reset-related bugs
Power consumption in RTL
Clock gating techniques
Isolation and retention concepts
Introduction to UPF
Clock definitions
Input/output delays
False paths and multicycle paths
Writing RTL-friendly constraints
Scan concepts
Test-friendly RTL coding
Memory BIST basics
DFT guidelines for designers
Bus protocols overview (AXI, AHB, APB)
IP integration
Address decoding
Interrupt handling
RTL linting rules
Common RTL violations
CDC/RDC tool reports
Clean RTL sign-off checklist
Complete RTL block design
Coding, simulation, linting
Synthesis and timing check
Interview-focused explanation
At ChipXpert VLSI Training Institute, our Placement Desk is dedicated to bridging the gap between skilled engineers and top-tier VLSI companies. The placement desk tracks entry-level openings at semiconductor product and service companies and helps trained engineers prepare for them.
We offer comprehensive placement assistance as part of our training package. From resume building and interview preparation to arranging direct interviews with hiring companies, our support continues through your job search. Additionally, we stay in constant touch with recruiters to ensure our students are matched with roles that best suit their skills and aspirations.
Our placement desk also offers personalized guidance for job seekers, including industry-specific tips and insights to help them excel during interviews. Candidates are encouraged to register with the placement desk for dedicated support throughout their job search. For further details or to start the placement process, please reach out to our Learning Advisor.
RTL (Register Transfer Level) design is where the behavior of a digital circuit is described using hardware description languages. It acts as the foundation of chip design, because this is the stage where functionality is defined before it gets converted into a physical implementation.
You will learn how to write clean and efficient design code, understand how modules interact, and handle real design scenarios. The focus is not just on syntax, but on how engineers actually think while building and optimizing digital designs.
This course is designed to support both beginners and those with some prior knowledge. If you understand basic digital electronics, you can start from fundamentals and gradually move towards more advanced RTL design concepts used in the industry.
After completing this course, you can aim for roles such as RTL Design Engineer, Front-End Design Engineer, or ASIC Design Engineer. These roles focus on creating and improving the logical design of chips before they move to later stages.
The course focuses on hands-on practice, assignments, and real design thinking. By working on practical problems and understanding industry expectations, you build confidence to handle interviews and real-time RTL design tasks.
Talk to our admin team for the latest batch plan and career guidance.
Contact Admin TeamThe Advanced RTL Design course trains you to write synthesizable Verilog and SystemVerilog, design FSMs and datapaths, think about micro-architecture and timing, and pass lint and clock-domain checks. It is offered online and in classroom batches in Hyderabad and Bangalore.
You write, simulate, lint and synthesize RTL on industry-standard tools, following the front-end flow used in ASIC projects.
B.E / B.Tech, M.E / M.Tech and M.Sc students and graduates in ECE, EEE, Instrumentation and related branches, and working engineers who want to move into VLSI.
ChipXpert provides placement assistance: resume building, mock interviews and interview preparation. It is assistance with your job search, not a guarantee of employment.
Live instructor-led online classes with recorded sessions, or classroom batches at our Hyderabad (Madhapur) and Bengaluru (Bellandur) centres. You practise on industry-standard EDA tools through your browser, with 24x7 lab access, so no installation or high-end laptop is needed. A new batch starts every 21 days. See the current fee structure and batch calendar.
RTL (Register Transfer Level) design describes a digital circuit as data moving between registers each clock cycle, written in Verilog or SystemVerilog. See our RTL Design hub.
Both are used. The focus is on synthesizable coding style for ASIC design.
Yes, at Hyderabad and Bengaluru, and live online batches across India.
Project work is modelled on industry practice. Typical project themes:
Start with digital electronics fundamentals, learn the domain through the syllabus above, build project work, then prepare for interviews with mock rounds and resume reviews. Our beginner VLSI course is the starting point if you are new to VLSI.
Hyderabad: our centre is in Madhapur, close to Hyderabad, Madhapur, HITEC City, Gachibowli, Kondapur, Kukatpally, Ameerpet, Secunderabad. Bengaluru: our centre is in Bellandur, close to Bengaluru, Bellandur, Marathahalli, HSR Layout, Koramangala, Sarjapur Road, Whitefield, Electronic City. Live online batches run across India and overseas.
Programme fees run from ₹45,000 to ₹90,000 + applicable taxes depending on the format. See the fee page for the full table. EMI options over 3 to 6 months are available.
Yes, a merit-based discount of 50–60% (up to 60%) for eligible B.Tech/B.E, M.Tech/M.E and M.Sc students, assessed through a short aptitude interaction.
Yes. The demo class is free; share your details and a counsellor will arrange it.
Yes, a course certificate and placement assistance: resume building, mock interviews and interview preparation. Placement assistance is support for your job search, not a guarantee of employment.
The next batch starts on 28th October 2026. A new batch begins every 21 days. See the course calendar.
Live online and classroom batches in Hyderabad & Bengaluru. Fill in your details and a counsellor will call you back.
