A career roadmap built around real labs. Write Verilog, catch a real bug, simulate analog circuits, and learn what chip companies check when they hire. Start with a free chapter you can finish in one evening.
Two digital labs and two analog labs, each with the real output a simulator printed. No stock screenshots.
Engineers design the chip in software. A fab prints it onto silicon wafers. Packaging plants cut, mount, connect and test each chip. India is building all three, and each stage hires engineers.
Micron's ATMP (assembly, test, marking and packaging) plant in Sanand, Gujarat opened on 28 February 2026 to assemble and test DRAM and NAND memory, with about 5,000 direct jobs expected at peak. Packaging plants from Kaynes, CG Power and Tata (Assam) are next. Packaging and test need engineers who understand both the chip and the physics, which is why the book covers analog, test and DFT as well as digital.
Every waveform and number below came from running the lab files with Icarus Verilog and ngspice. You get the same files, so you can reproduce each result on your laptop or in a browser.
Count 0 to 15, wrap to 0, and restart cleanly when reset fires mid-count. The testbench checks every clock edge against a reference model.
What it proves to a recruiter: you write clean sequential logic and you test edge cases, not just the easy path.
A 4-entry buffer passes every normal test. Write five values into it and the buggy design silently overwrites the oldest one. One condition fixes it.
Why it matters: this is the daily job of a verification engineer, the largest hiring track.
R = 1 kΩ, C = 100 nF. The formula 1/(2πRC) predicts a 1,591.5 Hz cutoff. The simulator measured it.
Where it lives: in front of every microphone, touchscreen and sensor that feeds an analog-to-digital converter.
Every digital gate is an analog circuit. Balance the transistors and it switches at exactly half the supply. Make its load four times heavier and watch it slow down.
The bridge: this effect is what physical-design and timing engineers fight every day.
An application processor, modem, power-management chip and camera sensor, each designed by separate teams.
RTL · verification · analog front ends
Battery monitoring, motor control and radar chips, where precise analog and safety-checked digital logic meet.
Mixed-signal · power · test
Accelerator chips with billions of transistors, where timing closure and verification teams grow fastest.
Physical design · STA · verificationRTL design, verification, physical design and analog are four very different days at work. Answer four quick questions to see which fits you, and which lab to start with.
| Track | Your day | Fresher pay in India | Recruiters check for |
|---|---|---|---|
| RTL design | Write Verilog for blocks: state machines, FIFOs, bus interfaces | ₹6–8 LPA | Verilog, digital logic, clean synthesisable code |
| Design verification | Build testbenches, hunt bugs, measure coverage | Tracks RTL design | SystemVerilog, testbenches, OOP, Python or Perl |
| Physical design / STA | Floorplan, place, route and close timing with scripts | ₹6–12 LPA | Static timing, DRC/LVS, Tcl scripting |
| Analog & mixed-signal | Design amplifiers, data converters, PLLs, power circuits | Premium over digital generalists | MOSFET and op-amp design, SPICE |
| Packaging & test | Assemble, test and qualify chips at ATMP/OSAT plants | Varies by plant and role | Test basics, measurement, data analysis, DFT |
Pay source: Futurense, chip design engineer salaries in India (2026). Top MNC offers run higher (Intel ₹18–24 LPA, NVIDIA ₹22–28 LPA including stock). Pay varies by city, company and skills. Hiring in India includes Intel, NVIDIA, Qualcomm, Texas Instruments, Samsung, AMD, TSMC and Saankhya Labs.
Custom silicon for AI keeps verification and physical-design teams growing fastest.
Battery, motor-control and radar chips need analog and mixed-signal skills.
Chips built from smaller dies create roles in integration, test and signal integrity.
Billions of battery devices keep low-power design and analog front ends in demand.
About 10–12 hours a week. Students with exams can take the flexible pace of 5–7 hours a week and finish in about five months.
Next phase of skilling: UVM and formal verification for DV, low-power and timing closure for physical design, data converters and PLLs for analog, and a tiny design on real silicon through a shared shuttle such as Tiny Tapeout.
Each problem is a small circuit or code snippet, the kind you meet in a first-round chip interview. The clock runs from your first problem.
A quick warm-up drawn from the four starter labs, with the reasoning shown after each answer.
Each chapter follows the same pattern: a plain-English explanation, a real-world example, a lab you can run, a recruiter's view, and a five-question self-check.
From how a chip works to your first offer, in five parts.
Guided labs with expected outputs, plus 10 portfolio projects ranked by difficulty.
5–8 minute recaps for revision on your commute.
Tool setup, coding, debugging and documenting a project.
Each with the reasoning, a common wrong answer and the likely follow-up.
Track finder, 90-day tracker, evidence map, CV and README templates.
Secure checkout by Razorpay: UPI, cards, net banking and wallets. The book is emailed to you as soon as Part 1 is released. Changed your mind before delivery? Email debasis.panda1985@gmail.com for a full refund.
Your free downloads:
Starter chapter (PDF, 9 pages) Lab manual with every file printed in full (PDF) Lab files: counter4.v · tb_counter4.v · fifo_buggy.v · tb_fifo.v · rc_lowpass.cir · inverter.cirWant the full book at the pre-launch price? Pre-order for ₹499 on Razorpay.
Preview mode: this copy of the page is not connected to the waitlist, so nothing was sent. Individual lab files download on skillnsuccess.com.
No. Every lab uses free software: Icarus Verilog, ngspice, Yosys and an open-source layout flow. The Verilog labs also run in a browser on EDA Playground, with nothing to install.
It's a good time. The first phase covers digital logic, CMOS and Verilog basics, which line up with your coursework. Use the flexible pace of 5–7 hours a week.
No book can promise that. It gives you a clear plan, real projects and practice for the questions companies ask. Your results depend on the work you put in and on each employer's needs.
All of them. Two of the four starter labs are analog, and the full book has chapters on analog and mixed-signal design, physical design and timing, DFT, test and post-silicon validation.
Pre-order now for ₹499 through Razorpay (UPI, cards, net banking). The book is emailed to you as soon as Part 1 is ready, and you can ask for a full refund any time before delivery. After launch, the price is ₹999 in India and US$19 internationally.
No. The 12% Sprint code applies to the launch price. The ₹499 pre-launch price is already the lowest price.