Master Digital Design, Verilog HDL, RTL Design, FSMs, Memory Design, and FPGA Implementation to build industry-ready VLSI design skills through hands-on projects, expert mentorship, and real-world applications. Gain practical experience with industry-standard design methodologies and accelerate your
The RTL Design Using Digital Electronics and Verilog HDL program is designed to provide strong fundamentals and practical skills required for VLSI Front-End Design, FPGA Design, and RTL Engineering roles. The curriculum covers Digital Electronics, Boolean Algebra, Logic Minimization, Combinational and Sequential Circuits, FSM, Memory Design, FIFO, and FPGA fundamentals. Learners gain hands-on experience in designing Adders, Multipliers, MUX, Registers, Counters, ALU, and Control Logic circuits. The Verilog HDL module focuses on RTL coding, modeling techniques, testbench development, simulation, debugging, and synthesis-aware design practices. Through practical labs and industry-oriented projects, learners develop skills in creating reusable, scalable, and synthesizable hardware designs. The program also includes FPGA implementation, mini projects, interview preparation, and placement support for careers in the semiconductor industry.
Master industry-leading RTL design tools including Xilinx Vivado, ModelSim, and QuestaSim through hands-on Verilog HDL projects, FPGA implementation, RTL simulation, synthesis, timing analysis, and real-world ASIC/FPGA design applications.
India Standard Time (IST)
Everything you need to succeed - from day one to your first job offer.
Learn SPICE simulation concepts through an industry-focused curriculum covering circuit analysis, simulation techniques, and debugging methodologies.
Gain practical experience in creating circuit schematics and understanding design flow using professional EDA environments.
Perform practical circuit simulations to verify functionality, analyze performance, and understand circuit behavior.
Learn LTspice simulation techniques including circuit setup, analysis methods, parameter evaluation, and result interpretation.
Get hands-on exposure to Tanner EDA tools for schematic capture, simulation, and analysis of electronic circuits.
Understand Cadence Virtuoso simulation workflows and gain practical knowledge of industry-standard analog design environments.
Analyze simulation waveforms to evaluate circuit performance, identify issues, and validate design functionality.
Develop skills to identify simulation errors, troubleshoot circuit issues, and improve design accuracy.
Work on simulation-based mini projects to apply concepts and build confidence in circuit analysis and verification.
Prepare for VLSI and electronics industry interviews with technical discussions, simulation-based questions, and mock interview guidance.
Receive a course completion certificate validating your SPICE simulation and debugging skills for professional growth.
Earn an industry-recognized certificate upon successfully completing the program.
Talk to our training advisors and get a personalized learning roadmap, course fee details, batch schedule, and career guidance - all for free.