Semiconductor-Grade Quality System For Fabs, OSAT, and Component Makers
SiliconQMS is a semiconductor QMS software built on Odoo — purpose-designed for fabs, assembly and test facilities, and electronic component manufacturers to track lot genealogy, close CAPA loops, monitor SPC control limits, and walk into any IATF 16949 audit without spending three days preparing.
Semiconductor-Grade Quality SystemFor Fabs, OSAT, and Component Makers
SiliconQMS is a semiconductor QMS software built on Odoo — purpose-designed for fabs, assembly and test facilities, and electronic component manufacturers to track lot genealogy, close CAPA loops, monitor SPC control limits, and walk into any IATF 16949 audit without spending three days preparing.
Who It's
Designed For
Quality Assurance Director
Owns IATF 16949 certification but prepares for every surveillance audit by manually pulling lot records, CAPA closure evidence, and SPC charts from three separate systems - a process that takes 3 days and still produces gaps.
Process & Yield Engineer
Monitors SPC control charts across 12+ process steps in a spreadsheet updated manually from test equipment exports - and discovers an out-of-control parameter only after the affected lot has already moved downstream.
CAPA & NCR Coordinator
Tracks open non-conformance reports in a shared Excel log and follows up on CAPA actions over email — with no visibility into whether a corrective action has been verified, which lots were affected, or whether the defect has recurred.
Fab Operations Manager
Cannot trace a returned field-failure unit back to its wafer lot, process step, equipment set, and operator in less than half a day - because lot genealogy lives across MES exports, paper travellers, and ERP records that don't link.
Supplier Quality Engineer
Qualifies new material suppliers using email-based audit questionnaires and PDF scorecards — incoming inspection results, supplier CAPA responses, and requalification status are tracked in a folder, not a system.
Tracing a field-failure unit back to its wafer lot and process step takes half a daybecause genealogy data sits across MES exports, paper travellers, and disconnected ERP records.
SPC control charts for 12+ process steps are updated manually from test equipment exportsout-of-control signals are discovered after the affected lot has already moved to the next stage.
Open NCRs and CAPA actions are tracked in a shared Excel log and chased over emailno one knows whether a corrective action has been verified or the defect has recurred.
Every IATF 16949 audit requires 3 days of manual document collection across 4 systemsand the auditor still finds traceability gaps because the records were never linked in the first place.
Incoming material inspection results are recorded in a spreadsheet, not against the lotso when a supplier defect triggers a field recall, no one can identify which batches are affected.
Challenges
Semiconductor Teams Face
Challenges
Semiconductor Teams Face
Tracing a field-failure unit back to its wafer lot and process step takes half a daybecause genealogy data sits across MES exports, paper travellers, and disconnected ERP records.
A Ready-To-Deploy Semiconductor Quality SystemLot-traced, CAPA-closed, SPC-monitored, audit-readyWithout spreadsheets, siloed MES data, or 6-month rollouts
Capabilities
& Modules
1
Lot Genealogy Tracker — Wafer to Finished Device
2
SPC Control Chart Engine With Out-of-Control Alerts
3
NCR-to-CAPA Workflow With Closure Verification
4
IATF 16949 Audit-Ready Document Control Centre
Business
Outcomes
1
2
3
4
5
6
7
How
It Works
Your inspection team logs the incoming lot in SiliconQMS — supplier, material grade, incoming inspection results, and certificate of conformance are attached. The lot receives a genealogy ID before it touches the production floor.
As the lot moves through each process step, measurement data is entered once. SiliconQMS plots the control chart, checks Western Electric rules, and flags any out-of-control signal immediately — not at the end of shift.
Recent SiliconQMS
Deployment Results
Implementation
Roadmap
DAY 1–3
System Configuration & Quality Master Setup
DAY 5–7
Team Walk-Through & First Test Lot
DAY 14
First Live Production Lot Fully Traced
DAY 1–3
System Configuration & Quality Master Setup
DAY 5–7
Team Walk-Through & First Test Lot
DAY 14
First Live Production Lot Fully Traced
Works With
Your Ecosystem
Frequently Asked
Questions
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