Lakhs of ECE engineering graduates. Very few become core VLSI engineers.
The difference is RTL, SystemVerilog, UVM and STA — and we teach exactly that, in 500+60 hours, with placement assistance.
hands on program
Hiring companies partnered
Core-to-signoff curriculum
100% Placement Assistance
Batch Start: 20th Aug 2026
Semiconductor companies don’t hire marks. They hire skills, problem-solvers, and industry-ready engineers.
College covers gates and flip-flops. Interviews ask about functional coverage, assertions and constrained-random verification — a language your labs never spoke.
A brochure line isn't a plan. You need to know exactly who preps you, how many attempts you get, and what "100% job assured" is actually backed by.
Scattered tutorials teach syntax. Recruiters hire for RTL-to-signoff thinking — design, verify, synthesize, sign off — built through real capstone projects, not playlists.
India’s semiconductor industry doesn’t need more electronics graduates. It needs engineers trained on what it actually hires for — RTL, SystemVerilog, UVM, STA, tested on the same Cadence and Synopsys-grade tools used on the job. Cranes Varsity has spent 14+ years working backward from 500+ hiring partners’ interview rounds to build exactly that. Not a syllabus. A pipeline.
Circuits, logic design, FSMs and timing basics — the physics under every gate you'll ever design.
Structures, pointers, STL and OOP — the reasoning skills that later carry straight into System Verilog classes.
Verilog from gate-level to FSMs, UART/I2C/SPI/AXI4 design, and hands-on Artix-7 / Zynq SoC boards.
Constrained-random verification, UVM testbenches, protocol verification, Python/TCL scripting, timing signoff.
Portfolio of capstone projects + interview prep, backed by our placement desk and 500+ hiring partners.
OOP, randomization, functional coverage, assertions.
Base classes, phases, TLM ports, reusable testbenches.
UART, SPI, I2C and AXI4 — designed, then verified.
Automating reports, timing parsing, testbench utilities.
Shell automation and environment fluency EDA tools expect.
Setup/hold, PVT corners, synthesis, signoff-level reading.
Hiring companies across the placement network
Structured training hours, core to signoff
Capstone projects on real FPGA/EDA tooling
Job assistance backed by our placement desk


























I didn’t expect the interviewer to actually know Cranes Varsity’s name — but he did. I walked in with my UART and AXI4 capstone builds, and instead of generic questions, he asked me to walk him through my testbench. That’s when I realized the diploma wasn’t just a certificate — it was proof I’d already done the work they were hiring for.
— Recent graduate, PG Diploma in VLSI Design & ASIC Verification
No. A basic grounding in digital electronics is enough — the program builds programming and RTL skills from the ground up across Stages 1–3 before specialization begins.
Resume preparation, structured mock interviews, and direct access to our network of 500+ hiring companies through a dedicated placement desk — running alongside the technical curriculum, not after it.
Yes — live, instructor-led online sessions are available for working professionals and remote students, alongside in-person cohorts at our Bengaluru campus.
Xilinx Vivado Suite, EDA Playground, OpenTimer, and physical Artix-7 FPGA and Zynq SoC boards — the same class of tools used in industry EDA flows.
Talk to an admission counsellor about eligibility, batch dates, and the scholarship test — no obligation, fifteen minutes.
