Academy / Courses
The Semiconductor Fluid-Handling Specification Course
12 modules on specifying, protecting, and maintaining chemical and fluid-handling systems for semiconductor fabs — from the specification method itself through commissioning and troubleshooting. Built from 30+ years of real field failure analysis, not generic vendor material.
Taught by James Riggins
Founder, LibertyCES — 30+ years field engineering
Syllabus
All 12 modules live
01
The Semiconductor Fab Utility System
Live now →02
The Zero-Guesswork Specification Method
Live now →03
The Billion Dollar Industrial Overspec Trap
Materials Compatibility
Live now →04
Chemical Pump Survival Engineering
Chemical Pump Selection
Live now →05
High-Purity Piping & Valves
Live now →06
Sub-Fab Engineering Forensics
Chemical Storage & Feed
Live now →07
Sequential Purity Architecture
Ultrapure Water Systems
Live now →08
Instrumentation & Controls
Live now →09
Wastewater & Reclaim
Live now →10
The Most Expensive Fluid Handling Failures
Reliability & Containment
Live now →11
Why Bad Specifications Fail Semiconductor Fabs
Commissioning & Troubleshooting
Live now →12
Specification Capstone
Live now →Have a real application right now? Don't wait on the course — send James the process data and get a real spec answer.
Request a Spec Review →FAQ
Common questions
What order should I take the Semiconductor Fluid-Handling Specification course modules in?+
The 12 modules follow James Riggins’s real specification sequence: Module 2 (the method itself) first, then materials compatibility, pump selection, piping/valves, storage/feed, ultrapure water, instrumentation, wastewater, reliability, commissioning, and the specification capstone last. Each module also stands alone if you only need one topic.
Is this course specific to semiconductor fabs, or does it apply to other industrial fluid-handling systems?+
The course is built around real semiconductor fab case data, but the specification method itself — define the fluid, the operating envelope, the wetted materials, the hydraulics, the failure modes, and the containment — applies to any industrial chemical/fluid-handling system, not only semiconductor facilities.