Meet ChipGurukul — the world's premier simulator-based ATMP & OSAT learning platform. We empower universities, OSAT lines, and engineers with high-fidelity virtual cleanroom tool consoles, parameter tuning, and fault-injection scenarios so talent is job-ready from day one.
Building a physical semiconductor packaging lab costs millions in capital, demands specialized cleanrooms, and risks costly line stoppages during training.
Institutions and OSAT facilities face massive barriers when trying to train engineers and technicians with physical equipment.
Cloud-hosted, physics-informed tool sandboxes that replicate the exact tactile controls, parameter tuning, and fault diagnostics of actual fab machinery.
From wafer thinning and die attach to high-frequency wire bonding and automated testing — every critical step of modern semiconductor packaging in one unified platform.
Wafer thinning, tape lamination, thickness metrology, stress relief, and total thickness variation (TTV) control.
Mechanical blade dicing, laser stealth dicing, kerf verification, blade wear compensation, and chipping prevention.
Epoxy and eutectic dispense, pick-and-place precision, die tilt management, bond line thickness (BLT), and fillet control.
Thermal cure profiles, snap cure convection ovens, outgassing mitigation, and package stress reduction cycles.
Argon/Oxygen plasma activation, surface energy elevation, organics removal, and intermetallic adhesion promotion.
Thermo-sonic ball & wedge bonding (Au, Cu, Ag), loop trajectory programming, capillary life tracking, and shear testing.
Epoxy molding compound (EMC) pellet preheat, transfer ram speed/pressure, mold voiding prevention, and wire sweep minimization.
Polymer cross-linking optimization, warpage control across thermal ramps, and package glass transition (Tg) stabilization.
Chemical/media deflash, leadframe cleaning, electroplating chemistry, and solderability protection.
Flux dispensing, solder sphere placement for BGA/CSP, vacuum reflow profiling, and ball coplanarity inspection.
High-speed Nd:YAG/fiber laser coding, 2D DataMatrix engraving, contrast optimization, and optical character verification (OCV).
Trim & form tooling, saw singulation, package edge inspection, and zero-defect tray loading.
Automated test handlers, load board interfacing, burn-in sockets, tri-temp testing (-40°C to 125°C), and yield binning.
Carrier tape pocket insertion, cover tape heat sealing, peel strength measurement, and moisture barrier bag (MBB) sealing.
Built for serious technical rigor — combining interactive machine simulation with enterprise learning management.
Replicates actual fab equipment GUIs. Trainees adjust temperatures, pressures, bond parameters, feeds, and recipes in realistic operational environments.
Over 50+ real-world failure modes. Students encounter NSOP, die tilt, wire sweep, popcorn cracking, and solder voids, learning root-cause resolution.
Develop, tune, and validate packaging recipe files across diverse package families (QFN, BGA, SOP, FCBGA, SiP) with physics-based constraints.
Exposes trainees to factory automation principles, equipment communication standards, lot tracking, dispatch lists, and cleanroom SPC/OEE analytics.
Faculty and L&D administrators track student competencies, module completion, troubleshooting speed, and diagnostic accuracy in real time.
Skill credentials tied to actual simulator test benchmarks — giving employers verifiable proof that candidates know how to operate OSAT equipment.
Experience how our simulator bridges the gap between academic textbooks and high-yield cleanroom production floors. Access interactive modules, sandbox trials, and full curriculum roadmaps on the official platform.
Whether you're an educational institution introducing semiconductor courses or an operating OSAT facility onboarding line engineers.
Embed cleanroom packaging, ATMP processes, and tool operation directly into ECE, Mechanical, and Materials Science curricula without expensive cleanroom Capex.
Enquire for Academic Licensing →Dramatically shorten fresh-hire onboarding cycles. Train machine operators and technicians on simulated versions of your specific toolsets without taking revenue lines offline.
Enterprise Training Partnerships →Move beyond theoretical textbooks. Gain verifiable, hands-on tool tuning and fault troubleshooting skills that make you instantly stand out in semiconductor campus placements.
Start Individual Sandbox →Scale verified talent across states in alignment with the India Semiconductor Mission (ISM). Rapidly certify thousands of job-ready personnel with standardized benchmarks.
Explore Ecosystem Collaboration →Whether you're a university dean seeking to launch semiconductor packaging electives, an enterprise L&D director ramping up an ATMP facility, or an aspiring semiconductor engineer — discover how ChipGurukul accelerates talent readiness.