
Mold Remediation Course
This Mold Remediation Course gives you the technical knowledge and hands-on procedures to assess, contain, remove, and verify mold in any building environment. From reading lab reports to managing waste disposal, every step is covered to industry and regulatory standards. Get the skills employers and clients expect from a certified remediation professional.
What you will learn:
You will learn how mold grows, what conditions drive it, and how to identify the most common indoor genera. The course walks you through proper PPE selection, containment setup, and mechanical removal techniques for porous and non-porous materials. You will also cover antimicrobial treatments, encapsulation, and compliant waste disposal procedures. Specialty environments including healthcare facilities, schools, crawl spaces, and historic buildings are addressed with environment-specific protocols. The course finishes with post-remediation verification, clearance reporting, and the business and insurance fundamentals you need to run a profitable remediation operation.
How you study in practice Mold Remediation Course
How you practice Mold Remediation Course
For companies that want to train their team
With Dedika for Business, the course includes exercises and examples tailored to your own business and the way your company needs.
Course content
8 Chapters • 35 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsFoundations of Mold Biology and Risk
Foundations of Mold Biology and Risk
Lesson 1 • Health Effects of Mold Exposure
Details respiratory, allergic, and toxic health outcomes linked to mold exposure. Establishes the public health rationale for professional remediation standards.
Lesson 2 • Regulatory and Industry Standards Overview
Introduces occupational safety regulations, indoor air quality guidelines, and industry remediation standards. Frames the compliance context for all field work.
Lesson 3 • Mold Biology and Taxonomy
Covers fungal classification, reproductive cycles, and common genera found indoors. Provides the biological foundation needed for all subsequent remediation decisions.
Lesson 4 • Environmental Conditions for Mold Growth
Examines moisture, temperature, and substrate factors that drive mold colonization. Links environmental triggers to prevention and remediation strategy.
Chapter 2HideHide detailsSee detailsPersonal Protective Equipment and Safety
Personal Protective Equipment and Safety
Lesson 1 • Eye and Face Protection
Explains goggles, face shields, and compatibility with respirators for mold work. Eye protection prevents mucous membrane exposure during disturbance activities.
Lesson 2 • PPE Program Management
Establishes a site-level PPE program including inspection, storage, and training records. Program management ensures consistent worker protection across all job sites.
Lesson 3 • Protective Clothing and Gloves
Details disposable coverall ratings, glove materials, and boot cover requirements by contamination level. Skin protection prevents dermal and secondary ingestion exposure.
Lesson 4 • Respiratory Protection Selection
Covers respirator types, assigned protection factors, and fit-testing requirements. Correct respirator selection is the primary defense against spore inhalation.
Chapter 3HideHide detailsSee detailsMold Inspection and Assessment
Mold Inspection and Assessment
Lesson 1 • Visual Inspection Techniques
Teaches structured walkthrough methods for detecting visible mold and moisture damage. Builds observational skills that underpin all sampling and reporting decisions.
Lesson 2 • Moisture Measurement and Mapping
Covers use of moisture meters, thermal cameras, and hygrometers to locate water intrusion. Accurate moisture mapping defines the remediation boundary.
Lesson 3 • Laboratory Analysis and Data Interpretation
Guides students through reading laboratory reports and comparing indoor to outdoor spore counts. Data interpretation drives scope-of-work decisions.
Lesson 4 • Assessment Report Writing
Structures professional assessment reports including findings, photos, and remediation recommendations. Clear documentation protects clients and contractors legally.
Lesson 5 • Air and Surface Sampling Methods
Explains spore trap, swab, bulk, and tape-lift sampling protocols. Correct sampling method selection ensures laboratory results are actionable.
Chapter 4HideHide detailsSee detailsContainment Setup and Work Area Preparation
Containment Setup and Work Area Preparation
Lesson 1 • HVAC Isolation and Protection
Details procedures for sealing HVAC registers, returns, and equipment within the work area. HVAC isolation prevents spore distribution through the building's air system.
Lesson 2 • Occupant and Building Protection
Addresses protecting unaffected building areas, occupant communication, and temporary relocation decisions. Occupant safety planning is a legal and ethical obligation.
Lesson 3 • Decontamination Chamber Construction
Teaches design and setup of airlocks and decontamination chambers at containment entries. Proper chambers prevent workers from tracking contamination out of the work zone.
Lesson 4 • Contamination Classification and Scope
Defines small, medium, and large contamination categories and their required containment levels. Classification directly determines resource allocation and worker protection.
Lesson 5 • Negative Air Pressure Containment
Covers polyethylene barrier construction, negative pressure units, and pressure verification. Negative pressure prevents spore migration to clean areas of the building.
Chapter 5HideHide detailsSee detailsMold Removal Techniques and Materials
Mold Removal Techniques and Materials
Lesson 1 • Structural Drying During Remediation
Integrates drying equipment operation into the removal phase to stop active mold growth. Drying during remediation prevents recontamination of cleaned surfaces.
Lesson 2 • Mechanical Removal Methods
Covers hand scraping, wire brushing, sanding, and dry ice blasting for mold removal. Mechanical methods are selected based on substrate type and contamination depth.
Lesson 3 • HEPA Vacuuming Procedures
Establishes HEPA vacuum use for pre-cleaning, post-removal, and final cleanup phases. HEPA filtration captures spores that mechanical removal dislodges into the air.
Lesson 4 • Damp Wiping and Cleaning Solutions
Teaches damp wipe protocols and appropriate cleaning agent selection for non-porous surfaces. Damp wiping removes residual spores without generating airborne contamination.
Lesson 5 • Material Classification for Remediation
Categorizes building materials by porosity and determines removal vs. cleaning decisions. Material classification prevents unnecessary demolition and guides labor planning.
Chapter 6HideHide detailsSee detailsWaste Handling and Disposal
Waste Handling and Disposal
Lesson 1 • Containment Bagging Procedures
Details double-bagging, sealing, and HEPA vacuuming of waste bags before removal from containment. Proper bagging prevents spore release during transport through clean areas.
Lesson 2 • Disposal Site Requirements and Documentation
Explains approved disposal facility criteria, waste manifests, and recordkeeping obligations. Proper documentation demonstrates regulatory compliance and protects contractors legally.
Lesson 3 • Waste Classification and Segregation
Classifies mold waste by material type and contamination level to determine disposal pathway. Correct classification prevents regulatory violations and cross-contamination.
Lesson 4 • Transport Through Clean Areas
Covers approved routes, cart use, and elevator protocols for moving waste to disposal staging. Controlled transport routes protect building occupants from secondary exposure.
Chapter 7HideHide detailsSee detailsAntimicrobial Treatments and Encapsulation
Antimicrobial Treatments and Encapsulation
Lesson 1 • Antimicrobial Product Categories
Distinguishes biocides, fungicides, and disinfectants by mode of action and registration status. Product category knowledge prevents misapplication and regulatory violations.
Lesson 2 • Safety and Environmental Precautions
Addresses chemical hazard communication, ventilation requirements, and waste disposal for antimicrobials. Worker and occupant safety during chemical application is a regulatory requirement.
Lesson 3 • Application Methods and Equipment
Covers spraying, fogging, and brush application techniques for antimicrobial treatments. Method selection affects coverage uniformity, dwell time, and worker exposure.
Lesson 4 • Encapsulant Selection and Application
Explains encapsulant types, surface preparation requirements, and application thickness standards. Encapsulation seals residual spores on surfaces where full removal is impractical.
Chapter 8HideHide detailsSee detailsPost-Remediation Verification and Clearance
Post-Remediation Verification and Clearance
Lesson 1 • Visual Clearance Inspection
Establishes criteria for a passing visual inspection before any air or surface sampling begins. Visual clearance is the first mandatory gate in the post-remediation verification process.
Lesson 2 • Surface Clearance Testing
Applies tape-lift and swab sampling to verify surface cleanliness after remediation and drying. Surface testing confirms that cleaning and antimicrobial treatment were effective.
Lesson 3 • Clearance Report and Project Closeout
Structures the final clearance report, warranty language, and project closeout documentation. A complete closeout package protects all parties and enables occupant re-entry authorization.
Lesson 4 • Post-Remediation Air Sampling
Covers sampling location selection, volume requirements, and comparison to pre-remediation and outdoor baselines. Air sampling provides objective evidence that spore levels are acceptable.
Your valid completion certificate
This course is for you:
Restoration contractors: ready to add certified mold services to their existing work.
Property managers: responsible for tenant safety and building maintenance compliance.
Home inspectors: looking to expand their scope into environmental hazard assessment.
HVAC technicians: frequently encountering moisture and mold inside air handling systems.
Career changers: entering the environmental services field from general construction backgrounds.
Industrial hygienists in training: building field remediation knowledge alongside academic coursework.
What our students say
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