Hyderabad · Industry-aligned training
Industry-focused VLSI and chip-design training for B.Tech and M.Tech students in Hyderabad. Hands-on labs, mentor-led batches, and structured placement support for roles across design, verification, and physical implementation.
Structured programs built for engineering students and early-career professionals entering the semiconductor workforce.
Train in a city with a growing semiconductor and electronics ecosystem, with easier access to internships and hiring networks.
Learn from practitioners with experience in tape-outs, verification closure, and physical design sign-off—not generic faculty slides.
Mini and major projects aligned to job descriptions: blocks, testbenches, constraints, and layout exercises you can discuss in interviews.
Resume reviews, mock technical rounds, and domain-specific prep for VLSI and embedded roles—without inflated success claims.
Scheduled lab hours, tool exposure, and assignments designed to build reproducible portfolios.
Roadmaps for PD, DV, DFT, analog layout, and FPGA paths so you pick depth that matches your degree and timeline.
Modular programs you can combine based on role targets. Durations and modes are indicative—confirm current batches at counseling.
Floorplanning, placement, CTS, timing closure, and sign-off concepts with lab exercises on representative PDK-style flows.
SystemVerilog, UVM fundamentals, coverage-driven verification, and protocol-oriented labs with reusable testbench structure.
Device placement, matching, ESD-aware layout, DRC/LVS mindset, and layout review practice for analog and mixed-signal blocks.
Scan, ATPG concepts, JTAG boundary scan, compression basics, and how DFT interfaces with PD and test engineering.
RTL design for FPGAs, timing constraints, on-board bring-up, and bridges toward prototyping skills used in validation teams.
MCU fundamentals, peripherals, RTOS introduction, and interface to digital design for students targeting SoC-adjacent roles.
Devices, CMOS process overview, digital IC design flow from specification to GDSII, and how teams collaborate across PD, DV, and DFT.
Choose a track that matches your degree stage and how much time you can commit per week.
Practical hours are scheduled, not optional. You work through flows with mentor checkpoints.
Featured project
Students implement a small SoC-adjacent block, write constrained-random tests, and prepare a short handoff note for physical design—mirroring how teams split ownership in industry.
We focus on preparation and referrals where our network fits—transparent expectations, no guaranteed packages.
Location matters for internships, peer learning, and long-term networking in India’s electronics corridor.
Train where the industry cluster is active—then target roles across India with a solid portfolio.
Fusion Semi is a Hyderabad-based training centre focused on semiconductor skilling—not a mass-market coaching brand.
We work with B.Tech and M.Tech students from ECE, EEE, E&I, and CSE backgrounds, as well as graduates preparing for first jobs in chip design and verification. Programs emphasize disciplined lab work, documented projects, and honest career guidance.
Our mentors combine academic clarity with industry practice so you understand both why a flow exists and how teams use it under tape-out pressure. Content is updated as tools and hiring expectations evolve.
Representative feedback patterns from recent batches.
“The DV track forced me to keep a clean testbench structure. Mock interviews were closer to real panels than generic HR practice.”
“PD labs helped me explain placement and CTS trade-offs without hand-waving. I could map every project bullet to what I actually ran in the lab.”
“As a working engineer moving toward FPGA validation, the evening hybrid batch and recorded lab reviews fit my schedule. Assignments were strict but fair.”
Yes. We start from programmable logic and HDL comfort, then move to flow-specific depth. ECE/EEE/CSE students typically map to DV, FPGA, or fundamentals first; PD and analog layout often follow stronger digital basics.
We provide resume reviews, technical mocks, and share openings from partner networks when available. We do not guarantee placements; outcomes depend on your consistency and market conditions.
Yes, core batches run with classroom labs in Hyderabad. Selected modules are offered in hybrid form for outstation students and working professionals.
Most freshers begin with Semiconductor fundamentals plus either Design verification or FPGA, then specialize. Counseling helps align this with your degree projects and hiring season.
Yes. We help scope thesis-friendly work that still looks credible to industry interviewers—documentation, verification plans, and review cycles included.
Share your background and course interest. We respond with batch timings, prerequisites, and fee structure.
