Find your place on the chip
By Tabish Iqbal · Last updated:
The VLSI career roadmap maps every chip-design role in India — RTL, verification, physical design, STA, DFT, analog, FPGA, embedded, architecture and manufacturing — to what each one does, the degree and college path that leads there, typical pay, and the projects that prove you're ready, from class 12 through your first job.
A chip passes through many hands before it becomes silicon. This roadmap shows each role, what it asks of you, and how a student in India gets there: from class 12 to the first offer.
Start from where you are
Roles by family
Front-end writes and proves the logic, back-end turns it into layout, analog works at transistor level, systems build around chips, and manufacturing makes them.
Front-endWrites and proves the logic
Back-endTurns logic into a manufacturable layout
- DFT EngineerMakes chips testable after manufacturing with scan, ATPG, memory BIST and JTAG.Demand: Medium
- Physical Design EngineerTurns a gate-level netlist into a DRC-clean, timing-closed layout ready for tapeout as GDSII.Demand: High
- STA & Timing Signoff EngineerProves the chip meets timing in every mode and corner, and drives ECOs until it does.Demand: High
AnalogDesigns circuits at transistor level
SystemsBuilds and models systems around chips
- Computer Architecture & AI Hardware EngineerDecides what the chip should be, models its performance, and designs CPU and AI accelerator micro-architecture.Demand: Growing
- FPGA EngineerBuilds working systems on FPGAs for prototyping, defense, telecom, video and test equipment.Demand: Medium
- Embedded Systems EngineerWrites firmware and drivers that run on microcontrollers and SoCs, close to the hardware.Demand: High
ManufacturingMakes, packages and tests the silicon
What the work pays
Ranges vary widely by company type, city and degree. Read them as a direction, not a promise.
Show as a table
| Role | Fresher to staff | 3–5 years |
|---|---|---|
| RTL design | ₹5–70 LPA | ₹12–24 LPA |
| Verification | ₹5–70 LPA | ₹12–25 LPA |
| Physical design | ₹5–65 LPA | ₹11–22 LPA |
| DFT | ₹5–58 LPA | ₹10–20 LPA |
| Analog / mixed-signal | ₹4–75 LPA | ₹10–22 LPA |
Source: semiconductor.cv VLSI Salary Guide India 2026, an aggregate of public salary sites with no stated method. Indicative only; company type, city, degree and college move these numbers a lot.
Prove it with projects
Open all 113 projectsTwo or three deep projects with a spec, verification and measured results beat ten copied ones. Good first picks:
Design your own chip: the free, open-source tool for every stage from RTL to GDS →
Questions about the roadmap
What is the VLSI career roadmap in India?
It maps the ten chip-design roles on this page — RTL, verification, physical design, STA, DFT, analog, FPGA, embedded, architecture and manufacturing — to what each one does, the degree path, typical pay and the projects that prove you are ready.
Which VLSI role should I pick?
Start from where you are: in class 11 or 12, see what subjects and branch to choose; in or after B.Tech, compare a job against M.Tech, MS or a training course. Then look at the role families — front-end, back-end, analog, systems and manufacturing — and pick one whose day-to-day work and hiring demand fits you.
How much do VLSI roles pay in India?
Pay varies widely by company type, city, degree and college. See the salary ranges by role on this page, sourced from the semiconductor.cv VLSI Salary Guide India 2026.
How do I prove I am ready for a VLSI job?
With two or three deep, finished projects that have a spec, verification and measured results — not ten copied ones. See the project library on this site for examples in each track.