Fusion Semi VLSI Design Services
Fusion Semi combines VLSI expertise and project-led training to support ASIC, SoC, and custom IP development. We work with students, startups, and product teams to bridge design, verification, layout, and delivery for real-world semiconductor workflows.
We combine industry-grade VLSI training, practical lab workflows, and mentor-led project support so learners and teams gain real design delivery experience.
End-to-end semiconductor design, verification, and training aligned with industry workflows.
SystemVerilog testbench development, coverage-driven verification, and regression methodology. Learn assertion-based techniques, formal verification basics, and how to architect test plans for complex designs.
Scan chain insertion, ATPG strategies, and test pattern generation. Learn how to structure designs for manufacturability and debug, including boundary scan and built-in self-test fundamentals.
Memory architecture and array design for SRAM, DRAM, and embedded memory IP. Timing optimization, power management, and layout-aware cell characterization for high-performance memory subsystems.
Full-custom analog circuit design, mixed-signal blocks, and precision layouts. Device matching, parasitic control, and DRC/LVS verification for manufacturable analog implementations.
Standard cell library development for logic gates, flops, and I/O structures. Robust characterization across process corners and integration support for RTL-to-GDSII flows.
Precision layout for analog, mixed-signal, and high-performance digital designs. DRC/LVS verification, parasitic optimization, and foundry-ready GDSII generation.
RTL-to-GDSII flow: floor planning, placement, routing, and timing closure. DRC/LVS sign-off and power/timing optimization techniques for production tapeouts.
Fusion Semi provides flexible delivery models for semiconductor product development, helping customers scale quickly while managing cost and time-to-market.
Practical hours are scheduled, not optional, and you work through flows with mentor checkpoints.
A VLSI design services and training centre that combines real chip design delivery with practical learning pathways.
We support B.Tech and M.Tech students, first-job aspirants, and working professionals with project-based semiconductor design services and hands-on training. Our approach focuses on documented design flows, tool-driven execution, and silicon-ready delivery practices.
Mentors bridge academic principles with production-quality design methods so you understand both the why and the how behind RTL, layout, verification, and physical implementation.
