VLSI Training in Mohali

VLSI (very large scale integration) is the discipline behind processors, memory and the SoCs inside every phone. For students, it can look intimidating because the tools are specialised and the concepts stack on top of each other. Our VLSI training in Mohali organises the subject into a clear flow so that you know where each concept fits.

The chip design flow

We begin with the big picture: specification, architecture, RTL design, functional verification, logic synthesis, floorplanning, placement and routing, timing signoff and fabrication. You are taught which parts are front-end (RTL and verification) and which are back-end (physical design), so you can decide where to focus.

Core topics

• Digital design refresher: combinational and sequential logic, finite state machines, setup and hold
• CMOS basics: inverter, NAND and NOR gates, transistor sizing, delay and power ideas
• Verilog HDL: modules, always blocks, blocking and non-blocking assignments, parameters, testbenches
• Design examples: adders, ALU, counters, FIFO, UART transmitter, simple RISC-style datapath
• Simulation and waveforms using tools such as ModelSim or Vivado simulator
• Synthesis concepts: what constructs infer latches, registers and multiplexers
• Static timing analysis ideas: clock period, slack, critical path
• Introduction to SystemVerilog assertions and the idea behind UVM-style verification

Learning approach

Every module ends with code you write, simulate and debug. You read waveforms, find the bug, fix it and re-run. Where board hardware is available the same RTL can be taken further in FPGA training, which makes the abstract concrete by lighting LEDs or driving a display. If your college syllabus uses VHDL instead, see VHDL training.

Who should join

B.Tech and diploma ECE learners, M.Tech VLSI and embedded students, and electronics graduates aiming at design or verification roles. A solid grounding in digital electronics is the main prerequisite.

Outcomes

You finish with the ability to describe a design in synthesizable Verilog, verify it with your own testbench and explain basic synthesis and timing results. Industry-grade EDA tools from major vendors are expensive, so we discuss open and vendor-free-edition options honestly and clarify what can and cannot be practised.

Next step

Duration, schedule and tool availability are shared on enquiry. You may also read about electronics training in Mohali if you need a stronger base first.

Topics typically covered

• Digital design review
• CMOS gates and delay
• Verilog HDL syntax
• Testbenches and simulation
• Finite state machines
• Synthesizable coding style
• Introduction to synthesis
• Static timing basics
• SystemVerilog and verification intro
• ASIC versus FPGA flow

These are indicative topics. The confirmed syllabus, duration, batch timings and certificate details are shared when you enquire.

Who this is for

• B.Tech ECE students
• Diploma electronics learners
• M.Tech VLSI and embedded students
• Graduates exploring chip design careers
• Students whose syllabus includes Verilog or digital design

Frequently asked questions