Students, academicians & research labs

Silicon literacy from RTL to fab

Design, develop, and manufacture chips with institutional rigor

Chip workspaces, simulation pipelines, PDK-aware curricula, and fab process modules — Gatkul ChipOS keeps labs, professors, and research groups on one traceable stack.

Lineage-aware design flows · Fab-aware pedagogy · Research-grade collaboration

Demo

Swipe to explore all 8 chapters.

Students and professor at RTL design workstations in an Indian VLSI lab.

Built for semiconductor programs

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Features

VLSI courses, microelectronics departments, and research groups need the same thread: design intent, verification evidence, and manufacturing awareness — without disconnected tool silos.

Capability Anchors

Capability anchors

Lineage-aware design flows
Fab-aware pedagogy
Research-grade collaboration
RTL & design workspaces: Structured projects for digital and analog blocks — hierarchy, versioning, and review disc…
Simulation & verification: Functional, timing, and power flows with job queues and evidence trails — grades and audit…
PDK & IP library access: Process design kits, standard cells, and reference IPs scoped to lab entitlements — fab ru…

Engineers reviewing simulation and verification results on a large lab display.

Commercial posture

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Plans

Per-seat and per-lab models with optional rollout SOW — quotes after discovery.

Capability Anchors

Plans anchored around Department

Per-seat and per-lab models with optional rollout SOW — quotes after discovery. Tax and currency per contract region.

Review tiers

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Share institution, lab scale, and toolchain context — a solutions lead follows up within two business days.

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