AiBE helps fab teams keep cleanroom operations knowledge, UPW cooling records, and SEMI-related operating guidance easier to access, so critical know-how stays available on the floor.
Semiconductor fabs generate decades of FM knowledge. When experienced engineers move on, that know-how is easy to lose unless it is captured properly.
Cleanroom requalification history, HEPA certification data, particle count trends, and DP monitoring logs are instantly accessible via AiBE Scholar for regulatory inspections.
Ultra-pure water cooling loop maintenance records, water quality logs, and contamination incident history are queryable in plain language by junior technicians on the fab floor.
Maintenance SOPs written for SEMI E6/S2 environments. AiBE Scholar retrieves the correct SOP for any tool, system, or procedure, with PPE requirements and safety protocols included.
AiBE Operator retrieves live process cooling data from SCADA/BMS, including supply temperature, delta-T, flow rates, and chiller status for fab engineers managing 24/7 operations.
Fab tool-specific HVAC requirements such as temperature, humidity, vibration isolation, and exhaust volumes are stored in AiBE Scholar, helping facilities engineers manage tool moves efficiently.
AiBE supports Primustech's IFMS capability with faster knowledge retrieval, work-order support, and better access to historical service records.
Primustech's semiconductor FM knowledge, including cleanroom HVAC fault logs, HEPA replacement records, and ISO 14644-related reports, can be organised in AiBE Scholar so your engineers can get to the right records faster without digging through old files or waiting for a callback.
Request a Semiconductor FM Demo →Most teams continue into the wider AiBE stack or broader operating workflows.
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Browse industries →See how Scholar, Operator, and the connected system layers fit together across the wider platform.
View solutions →Continue into the broader facilities-software story when the conversation expands into documents, workflows, dashboards, and operating coordination.
See FM software →Integrated Facilities Management Systems (IFMS) in semiconductor environments manages HVAC, utilities, chemical handling, ultra-pure water (UPW), and specialty gases as an integrated operational unit. Primustech's IFMS experience spans 25+ years across wafer fabs in Singapore and Malaysia, including ISO 14644 Class 1-5 environments. AiBE Scholar is loaded with Primustech's IFMS institutional knowledge for on-demand fab operations support.
SEMI standards for semiconductor FM include SEMI E1 (equipment installation), SEMI E6 (facilities installation), and SEMI S2 (environmental, health, and safety guidelines for semiconductor manufacturing equipment). These define cleanroom operational requirements, chemical handling protocols, and facility interface specifications. AiBE Scholar stores and retrieves SEMI-compliant documentation, SOPs, and qualification records for fab FM teams on demand.
Primustech maintains UPW cooling loops in semiconductor fabs, including UPW heat exchangers, chiller systems, and distribution piping. UPW systems require contamination-free maintenance protocols (cleanroom-grade materials and procedures). AiBE Scholar retrieves UPW system specifications, maintenance records, and water quality logs via plain-language query, enabling junior technicians to perform complex maintenance with expert-level guidance.
AiBE Scholar supports FM operations across all ISO 14644-1 cleanroom classifications, from ISO Class 1 (semiconductor lithography bays) to ISO Class 9 (general clean manufacturing). It stores requalification records, HEPA filter certification data, particle count historical trends, and differential pressure monitoring history. FM teams preparing for cleanroom requalification can query all relevant records instantly via conversational interface.
Semiconductor fab operations managers in Singapore can use AiBE Scholar to keep critical FM knowledge easier to access and preserve over time. Talk to us about supporting faster troubleshooting and stronger operational continuity.
Talk to a Semiconductor FM Specialist →