AirSprayTech Academy
Educational Standards and Editorial Policy
How Academy courses are researched, written, reviewed, cited, assessed, corrected, and maintained
Effective date: September 23, 2026
Policy version: 1.0
Policy owner: Azimuth Spray Systems, LLC, doing business as AirSprayTech
Our Educational Commitment
AirSprayTech Academy provides free, structured education for finishing professionals, coating contractors, applicators, inspectors, estimators, supervisors, maintenance personnel, facility owners, and others who work with coating and spray-application systems.
Our objective is to help working professionals understand the complete process surrounding their work: materials, equipment, substrates, preparation, application, safety, inspection, troubleshooting, documentation, maintenance, and business responsibility.
Free to Learn. Earned Through Completion.
Foundational, Practical, and Application-Oriented
AirSprayTech Academy courses are foundational rather than exhaustive. They are designed to build an organized understanding of a subject and to help learners recognize the information, decisions, controls, and responsibilities involved in professional work.
A course may explain principles, accepted practices, common standards, equipment functions, application methods, inspection procedures, failure mechanisms, and documentation requirements. It cannot address every material, substrate, building condition, jurisdiction, contract, hazard, or field circumstance.
The Academy builds the foundation. Current standards, manufacturers, employers, recognized training organizations, regulators, licensing authorities, and experienced professionals build upon that foundation.
What an Academy Course Does Not Replace
AirSprayTech Academy education does not replace:
- Manufacturer training or product qualification
- Employer-required training and documented competency
- Trade licensing or professional licensing
- Personnel certification from an accredited or recognized certification body
- OSHA, EPA, DOT, fire-code, environmental, or other regulatory training
- Site-specific safety orientation, hazard assessment, or emergency planning
- Engineering design, architectural services, or legal advice
- Project specifications, contract documents, approved submittals, or current product instructions
- Demonstrated hands-on skill under qualified supervision
Course-Development Standards
Each certificate program should be organized around a defined professional audience, a practical scope, and published learning objectives. Articles should progress in a logical order and should avoid unnecessary repetition or low-value content.
A complete course should:
- Define the subject and its professional applications.
- Explain the fundamental science and terminology.
- Identify substrates, materials, equipment, and service conditions.
- Address surface evaluation and preparation.
- Explain application controls and workmanship requirements.
- Address safety, environmental, and regulatory responsibilities.
- Explain inspection, testing, acceptance, and documentation.
- Identify common defects, failures, and corrective actions.
- Include maintenance and return-to-service considerations.
- Connect technical performance with estimating, crew management, customer communication, and business responsibility when applicable.
Published Learning Objectives
Each certificate program should state what a learner is expected to understand or be able to recognize after completing the course. Learning objectives should be observable, relevant to the work, and appropriate for a foundational educational program.
Appropriate learning-objective verbs include:
- Identify
- Describe
- Explain
- Compare
- Recognize
- Evaluate
- Select
- Document
- Determine when additional authority, testing, engineering, or manufacturer guidance is required
The Academy should not claim that reading an online course alone makes a learner qualified to perform hazardous, regulated, specialized, or high-consequence work.
Technical Source Hierarchy
Technical statements should be supported by the best reasonably available source. When requirements differ, the governing contract, adopted law, regulation, code, approved specification, and current manufacturer instructions must be identified and reconciled by the responsible parties.
| Priority |
Source Type |
Examples |
| 1 |
Law and adopted requirements |
Federal, state, and local laws; regulations; adopted codes; permit requirements; and agency directives |
| 2 |
Contract requirements |
Approved plans, project specifications, addenda, submittals, purchase orders, and written clarifications |
| 3 |
Consensus standards and industry practices |
AMPP, ASTM International, ISO, NFPA, ICRI, ACI, ASME, AWS, and other applicable organizations |
| 4 |
Current manufacturer documentation |
Technical data sheets, safety data sheets, application instructions, equipment manuals, system specifications, and written technical guidance |
| 5 |
Government and institutional guidance |
OSHA, EPA, FHWA, NIOSH, military criteria, public-agency manuals, universities, and recognized research organizations |
| 6 |
Qualified professional experience |
Documented field experience, technical review, failure analysis, and established professional practice |
Citation and Reference Standards
Technical references should be placed in the article body when they directly support a specific requirement or at the end of the article when they support the article as a whole.
References should identify, when reasonably available:
- Issuing organization
- Document title
- Standard, specification, regulation, or publication number
- Edition, revision, or publication date
- Relevant part, section, table, or test method
- A direct link to the official source when publicly available
A reference to a standard does not reproduce or replace the complete standard. Learners and contractors remain responsible for obtaining and using the current authorized document when it governs their work.
Manufacturer Information and Product Neutrality
Manufacturer literature may provide important technical information about material chemistry, equipment operation, substrate limitations, application methods, coverage, film thickness, curing, recoat windows, compatibility, testing, maintenance, and warranty conditions.
When a manufacturer or product is named, the reference should serve a legitimate educational purpose. Product examples should not be presented as universal requirements unless the governing specification or system manufacturer makes them requirements.
Commercial relationships, product sales, sponsorships, or manufacturer participation must not be allowed to change technical conclusions, conceal limitations, or convert Academy education into undisclosed advertising.
Editorial Independence and Disclosure
AirSprayTech is operated by Azimuth Spray Systems, LLC, a supplier of professional finishing and spray-application equipment. That commercial role should be disclosed where it could reasonably affect how a reader interprets a recommendation.
Academy content should distinguish among:
- Mandatory requirements
- Consensus standards
- Manufacturer requirements
- Recommended practices
- Professional judgment
- Commercial product information
Writing and Editorial Standards
Academy articles should be written in clear professional language that respects the experience and responsibility of the people performing the work.
Content should:
- Be practical enough to use in daily work.
- Explain why a requirement or practice matters.
- Separate verified facts from judgment or general guidance.
- Avoid unsupported absolutes, guarantees, and exaggerated claims.
- Avoid disrespectful language or assumptions about a learner's knowledge.
- Define specialized terms when first introduced.
- Use tables, checklists, and examples when they improve understanding.
- Identify situations requiring additional testing, engineering, or expert review.
- Avoid filler added only to increase article or course length.
Use of Artificial Intelligence
Artificial-intelligence tools may assist with research organization, drafting, editing, formatting, terminology review, and identification of subjects requiring further investigation.
AI-generated statements are not treated as authoritative sources. Technical claims should be checked against appropriate standards, regulations, manufacturer documentation, government publications, recognized industry resources, or qualified professional knowledge.
Human editorial responsibility remains with AirSprayTech. The use of an automated tool does not transfer responsibility for accuracy, balance, copyright compliance, revision control, or correction of errors.
Technical Review
The level of review should reflect the consequence of error. General application education may be reviewed through comparison with current authoritative sources and experienced professional practice. Specialized or high-consequence subjects require additional scrutiny.
Technical review should consider:
- Accuracy of technical statements
- Current status of cited standards and regulations
- Consistency with manufacturer instructions
- Suitability of safety and environmental guidance
- Clear distinction between requirements and recommendations
- Appropriate limitations and professional-responsibility notices
- Alignment between learning objectives, course content, and assessment questions
Regulated and High-Consequence Industries
Some coating work is performed in environments where failure can threaten life safety, public safety, environmental protection, critical infrastructure, or major property.
Examples include:
- Nuclear facilities
- Natural-gas and other power-generation facilities
- Petroleum refineries and petrochemical facilities
- Pipelines and terminals
- Potable-water and wastewater infrastructure
- Chemical processing and hazardous-material containment
- Fire-protection and life-safety systems
- Transportation and public traffic-control systems
Academy courses may introduce the service conditions, terminology, failure risks, standards framework, and professional responsibilities associated with these markets. They should not provide unsupported procedural direction that could be mistaken for authorization to perform regulated or facility-controlled work.
Content involving nuclear service, engineered fire protection, structural design, process safety, pressure boundaries, hazardous-location electrical classification, or similarly controlled work should be limited appropriately or reviewed by a qualified subject-matter professional before publication.
Assessment Standards
A course assessment should measure the principal learning objectives of the program rather than obscure details, trick questions, or information that was not taught.
Assessment questions should:
- Use clear, respectful, and unambiguous language.
- Address information presented within the course.
- Emphasize decisions important to safety, quality, performance, and professional responsibility.
- Have one best answer unless another format is clearly explained.
- Avoid testing brand preference unless a specific product example is necessary to the learning objective.
- Be reviewed when the related article or technical requirement changes.
Unless a course states otherwise, the minimum passing score is 80 percent. When the number of questions makes an exact 80 percent score impossible, the required number of correct answers is rounded upward.
Learners may review the course and retake the assessment. The purpose is demonstrated understanding, not exclusion.
Certificate of Completion Standard
A Certificate of Completion may be requested after the learner completes the required course articles and earns the stated passing score on the final assessment.
The certificate records completion of an AirSprayTech Academy educational program. It is not a professional certification, trade license, personnel qualification, manufacturer authorization, regulatory approval, warranty, or proof of hands-on competency.
AirSprayTech may verify completion information, correct administrative errors, decline incomplete or inaccurate requests, and maintain records reasonably necessary to administer the certificate program.
Revision Control
Academy material should be reviewed when a material technical change, regulatory change, revised standard, corrected source, manufacturer update, identified error, or important industry development affects the content.
| Revision Level |
Typical Change |
Required Action |
| Editorial correction |
Spelling, grammar, formatting, or broken link |
Correct without changing the technical meaning |
| Minor technical revision |
Clarification, updated reference, improved example, or limited technical correction |
Review affected text and related assessment questions |
| Major technical revision |
Changed standard, new regulation, revised course scope, or significant technical correction |
Review the article, related articles, learning objectives, assessment, and course notices |
| Course replacement |
Content no longer reflects the current subject or cannot be corrected adequately |
Withdraw, archive, or replace the affected material |
The current revision date should be displayed when a page has undergone a significant technical change. Superseded information may be retained internally when necessary to document the history of a correction or revision.
Corrections and Reader Feedback
AirSprayTech welcomes well-supported corrections from contractors, inspectors, manufacturers, engineers, safety professionals, educators, standards organizations, facility personnel, and other knowledgeable readers.
A correction request should identify:
- The course and article
- The specific statement in question
- The reason the statement may be inaccurate, incomplete, unclear, or outdated
- Supporting standards, regulations, manufacturer documents, test data, or other authoritative sources
Substantive concerns should be reviewed, documented, and corrected when supported. A disagreement based solely on preference does not necessarily establish a technical error.
Copyright and Responsible Use
Academy material is written as original educational content. Standards, regulations, manufacturer documents, and third-party publications are referenced or summarized for educational purposes. Copyrighted publications should not be reproduced beyond lawful quotation, reference, or permitted use.
Learners may use Academy information to support their education and professional work. Republishing, selling, copying, distributing, storing, or presenting the material as another organization's course requires prior written permission from Azimuth Spray Systems, LLC.
Primary Educational and Technical Resources
-
AMPP Standards - corrosion prevention, protective coatings, surface preparation, inspection, and materials performance.
-
ASTM Paint and Coating Standards - material specifications, test methods, practices, and guides.
-
Occupational Safety and Health Administration - federal workplace laws, regulations, standards, and guidance.
-
FHWA Manual on Uniform Traffic Control Devices, 11th Edition with Revision 1 - current federal traffic-control-device standards and guidance.
-
Current federal, state, and local regulations; adopted codes; project specifications; equipment manuals; technical data sheets; safety data sheets; and written manufacturer instructions applicable to the work.
Our Standard
AirSprayTech Academy will continue to improve as standards change, technology advances, new materials enter the market, and experienced professionals contribute better information.
Our responsibility is not to claim that one article contains every answer. Our responsibility is to provide accurate, organized, practical education; identify the limits of that education; direct learners toward authoritative resources; correct errors; and respect the professionals who rely on the material.
Finishing Starts With Understanding.
Copyright © 2026 Azimuth Spray Systems, LLC. All Rights Reserved.
No part of this material may be reproduced, distributed, transmitted, stored, republished, or used in any form without prior written permission from Azimuth Spray Systems, LLC, except for brief quotations used with proper attribution.
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