Mold Course
This comprehensive mold course takes you from the biology of fungal growth all the way through professional inspection, remediation execution, and long-term prevention. You'll build the technical skills and field knowledge needed to assess contamination, protect occupants, and deliver results that meet industry standards. Whether you're entering the mold industry or sharpening existing skills, this course gives you a complete, job-ready foundation.
What you will learn:
You'll learn how mold grows, spreads, and affects human health, along with how to identify the conditions that allow it to thrive. The course covers professional inspection methods, moisture measurement tools, and laboratory sampling techniques so you can assess any building with confidence. You'll study remediation planning, containment design, PPE selection, and hands-on removal techniques for contaminated materials. HVAC mold management, regulatory compliance, and documentation practices are also covered in full. By the end, you'll know how to prevent mold recurrence and communicate findings clearly to clients and stakeholders.
How you study in practice Mold Course
How you practice Mold 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 • 37 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsFoundations of Mold Science
Foundations of Mold Science
Lesson 1 • Mold Biology and Classification
Covers fungal cell structure, reproductive cycles, and major genera. Provides the biological framework needed for all subsequent identification work.
Lesson 2 • Health and Safety Fundamentals
Introduces health risks associated with mold exposure and basic protective principles. Establishes a safety mindset carried throughout the entire course.
Lesson 3 • Mold Life Cycle Stages
Traces mold development from spore germination through colony maturation. Understanding each stage informs timing of inspection and remediation decisions.
Lesson 4 • Environmental Growth Conditions
Examines moisture, temperature, and substrate factors that drive mold colonization. Links environmental variables to prevention strategies introduced later.
Chapter 2HideHide detailsSee detailsMold Inspection Methods and Tools
Mold Inspection Methods and Tools
Lesson 1 • Inspection Report Writing
Guides students in organizing findings into clear, professional inspection reports. Accurate reports communicate risk and support remediation planning.
Lesson 2 • Inspection Planning and Protocols
Defines pre-inspection preparation, scope definition, and client communication. Structured planning reduces missed areas and supports defensible documentation.
Lesson 3 • Visual Inspection Techniques
Teaches systematic room-by-room visual survey methods for detecting mold and moisture damage. Visual skills form the primary layer of any professional inspection.
Lesson 4 • Moisture Measurement Instruments
Covers use of moisture meters, hygrometers, and thermal imaging cameras. Accurate instrument readings guide sampling decisions and remediation scoping.
Lesson 5 • Sampling Strategy and Methods
Explains air, surface, and bulk sampling approaches and when to apply each. Proper sampling strategy ensures laboratory results are meaningful and actionable.
Chapter 3HideHide detailsSee detailsMoisture Control and Source Identification
Moisture Control and Source Identification
Lesson 1 • Plumbing and HVAC Moisture Sources
Covers leaks, condensation, and drainage failures in plumbing and HVAC systems. These hidden sources are among the most common drivers of recurring mold problems.
Lesson 2 • Condensation and Vapor Dynamics
Explains dew point, vapor pressure, and interstitial condensation within building assemblies. This knowledge supports accurate diagnosis of moisture problems invisible to the eye.
Lesson 3 • Drying and Dehumidification Principles
Covers psychrometrics, drying equipment selection, and monitoring drying progress. Effective drying prevents secondary mold growth after water intrusion events.
Lesson 4 • Moisture Remediation Strategies
Presents repair, drainage, and ventilation solutions matched to specific moisture source types. Durable mold prevention depends on eliminating the moisture source first.
Lesson 5 • Building Envelope Moisture Pathways
Examines how water enters buildings through roofs, walls, foundations, and windows. Identifying entry pathways is essential before any remediation can succeed long-term.
Chapter 4HideHide detailsSee detailsLaboratory Analysis and Interpretation
Laboratory Analysis and Interpretation
Lesson 1 • Quality Assurance in Sampling
Addresses field blanks, duplicates, and laboratory accreditation standards. QA practices protect the validity of data used in remediation and legal contexts.
Lesson 2 • Laboratory Methods Overview
Surveys direct microscopy, culture, and molecular analysis methods used in mold testing. Understanding lab methods helps inspectors choose appropriate sample types.
Lesson 3 • Reading Spore Trap Reports
Teaches interpretation of spore trap data including raw counts, genera identification, and indoor-outdoor comparisons. This skill directly informs remediation scope decisions.
Lesson 4 • Surface and Bulk Sample Analysis
Covers interpretation of tape-lift, swab, and bulk sample reports for contamination extent. Results guide containment boundaries and material removal decisions.
Chapter 5HideHide detailsSee detailsRemediation Planning and Containment
Remediation Planning and Containment
Lesson 1 • Remediation Work Plan Development
Guides creation of written work plans covering sequence, methods, and clearance criteria. A detailed plan ensures consistent execution and regulatory compliance.
Lesson 2 • Regulatory and Industry Standards
Reviews applicable occupational safety rules, industry guidelines, and professional standards for mold remediation. Compliance protects workers, occupants, and contractors legally.
Lesson 3 • Containment Design and Setup
Covers full and mini containment construction, negative air pressure, and barrier integrity. Proper containment prevents cross-contamination to unaffected building areas.
Lesson 4 • Personal Protective Equipment Selection
Matches PPE types to contamination levels and specific hazard conditions. Correct PPE selection protects workers and prevents secondary contamination spread.
Lesson 5 • Remediation Scope and Classification
Defines contamination size categories and corresponding remediation levels. Scope classification determines containment requirements, PPE, and crew size.
Chapter 6HideHide detailsSee detailsMold Remediation Execution Techniques
Mold Remediation Execution Techniques
Lesson 1 • Demolition and Material Removal
Covers controlled demolition of drywall, insulation, and structural materials with mold contamination. Proper removal technique minimizes spore dispersal during the work.
Lesson 2 • Clearance Testing and Verification
Defines post-remediation verification sampling, visual inspection criteria, and clearance standards. Passing clearance confirms remediation success before containment removal.
Lesson 3 • HEPA Filtration and Air Cleaning
Explains negative air machine operation, HEPA filter maintenance, and air scrubber placement. Continuous air cleaning during remediation protects workers and adjacent spaces.
Lesson 4 • Cleaning and Antimicrobial Treatment
Presents HEPA vacuuming, damp wiping, and antimicrobial application sequences for remediated surfaces. Correct cleaning order prevents recontamination of treated areas.
Lesson 5 • Waste Handling and Disposal
Covers packaging, labeling, transport, and disposal of mold-contaminated waste materials. Proper waste management prevents off-site contamination and meets regulatory requirements.
Chapter 7HideHide detailsSee detailsHVAC Systems and Mold Management
HVAC Systems and Mold Management
Lesson 1 • HVAC Inspection Procedures
Covers visual, camera, and sampling methods for assessing mold in HVAC components. Thorough HVAC inspection prevents remediation failure from overlooked contamination.
Lesson 2 • Duct Cleaning and Remediation
Presents mechanical agitation, HEPA vacuuming, and antimicrobial treatment methods for duct systems. Proper duct remediation restores air quality and prevents mold redistribution.
Lesson 3 • HVAC Mold Contamination Pathways
Identifies how mold enters and spreads through air handling units, ducts, and coils. Understanding pathways guides targeted inspection and remediation priorities.
Lesson 4 • HVAC Design for Mold Prevention
Reviews design principles that reduce moisture accumulation and mold risk in HVAC systems. Preventive design reduces long-term maintenance costs and occupant health risks.
Chapter 8HideHide detailsSee detailsMold Prevention and Long-Term Control
Mold Prevention and Long-Term Control
Lesson 1 • Building Maintenance for Mold Prevention
Identifies routine maintenance tasks that eliminate conditions favorable to mold growth. Proactive maintenance is the most cost-effective mold control strategy available.
Lesson 2 • Mold Prevention Program Design
Guides creation of written prevention programs with inspection schedules, response protocols, and metrics. A formal program ensures consistent prevention across large or multi-building portfolios.
Lesson 3 • Occupant Education and Behavior
Equips students to train building occupants on daily habits that prevent moisture accumulation. Occupant behavior is a critical and often overlooked factor in mold prevention.
Lesson 4 • Mold-Resistant Materials and Construction
Reviews mold-resistant drywall, coatings, insulation, and framing materials for new and restoration work. Material selection during construction significantly reduces future mold vulnerability.
Lesson 5 • Indoor Humidity Management
Covers humidity monitoring, ventilation strategies, and dehumidification to maintain safe indoor levels. Sustained humidity control below mold thresholds prevents recurrence after remediation.
Your valid completion certificate
This course is for you:
Home inspectors: looking to add mold assessment to their service offerings.
Restoration contractors: needing structured mold remediation knowledge for water damage work.
Facilities managers: responsible for occupant health across commercial or institutional properties.
Career changers: drawn to a skilled trade with steady demand and clear credentials.
Property managers: dealing with recurring moisture complaints and tenant health concerns.
Environmental health students: building a practical foundation alongside academic coursework.
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