Paranormal Investigator Course

Lesson 1 • The Scientific Investigative Mindset

Instils sceptical inquiry, hypothesis formation, and bias awareness. Investigators apply falsifiability principles before attributing anomalies to paranormal causes.

Lesson 2 • Core Terminology and Concepts

Defines essential terms used across all investigation types. Shared vocabulary ensures precise communication among team members and in reports.

Lesson 3 • History and Evolution of the Field

Traces paranormal investigation from folklore-era documentation to modern scientific methodology. Provides context for current protocols and professional standards.

Lesson 1 • Witness Interview Techniques

Teaches structured interviewing to extract accurate, uncontaminated accounts from witnesses. Proper technique prevents leading questions and preserves report integrity.

Lesson 2 • Natural and Psychological Explanations

Examines infrasound, electromagnetic fields, sleep paralysis, and pareidolia as common misidentification sources. Ruling out mundane causes is the investigator's first duty.

Lesson 3 • Classifying Paranormal Reports

Introduces a structured taxonomy for sorting witness claims by type and reliability. Classification guides equipment selection and investigation strategy.

Lesson 1 • Visual Capture Systems

Covers full-spectrum cameras, infrared lighting, and night-vision camcorders for low-light documentation. Correct lens and sensor choices reduce false anomaly capture.

Lesson 2 • Environmental Monitoring Devices

Examines thermometers, barometers, humidity sensors, and air-quality monitors for environmental baselines. Environmental data contextualises anomalous readings.

Lesson 3 • Emerging and Experimental Technologies

Surveys motion sensors, laser grids, structured-light scanners, and experimental devices. Students evaluate manufacturer claims critically before field deployment.

Lesson 4 • Electromagnetic Field Detection

Covers single-axis and tri-axis EMF meters, their operating principles, and proper baseline mapping. Distinguishes man-made EMF sources from unexplained readings.

Lesson 1 • Team Roles and Investigation Plan

Assigns investigator roles, communication protocols, and equipment responsibilities before the night begins. Clear role definition prevents duplication and coverage gaps.

Lesson 2 • Historical and Archival Research

Teaches use of public records, newspaper archives, and property histories to contextualise reported activity. Research findings shape hypothesis formation before arrival.

Lesson 3 • Daytime Site Walkthrough

Guides investigators through a systematic daytime survey to identify structural, environmental, and electrical factors. Daylight conditions reveal hazards invisible at night.

Lesson 4 • Safety and Risk Assessment

Identifies physical hazards, emergency exits, and health risks specific to the investigation site. Safety planning is mandatory before any nighttime operation begins.

Lesson 1 • Active Investigation Protocols

Defines structured session timing, trigger object placement, and provocation techniques grounded in evidence. Consistent protocols allow cross-case comparison.

Lesson 2 • Lockdown and Site Clearance

Establishes end-of-investigation procedures including equipment retrieval, site restoration, and client handoff. Proper lockdown ensures nothing is left behind or damaged.

Lesson 3 • Real-Time Anomaly Response

Trains investigators to respond to live anomalies without contaminating the scene or evidence. Immediate documentation and witness isolation preserve data integrity.

Lesson 4 • Equipment Setup and Command Post

Covers command post configuration, camera network setup, and equipment check procedures. A functional command post enables real-time monitoring and rapid response.

Lesson 1 • Evidence Types and Grading

Defines audio, visual, environmental, and physical evidence categories with a tiered grading scale. Grading guides analysis priority and report prominence.

Lesson 2 • Chain of Custody Documentation

Establishes custody logs, evidence tags, and transfer records that track every item from capture to archive. Unbroken custody prevents tampering allegations.

Lesson 3 • Digital Evidence Management

Covers file naming conventions, metadata preservation, and redundant backup protocols for all digital captures. Metadata integrity is essential for credibility.

Lesson 1 • Debunking and Alternative Explanations

Trains investigators to actively seek and test alternative explanations for every anomaly. Thorough debunking strengthens the credibility of remaining unexplained findings.

Lesson 2 • Visual Evidence Review

Covers frame-by-frame video review, still image analysis, and artefact identification techniques. Investigators rule out lens, compression, and lighting artefacts first.

Lesson 3 • Peer Review and Verification

Establishes a structured peer review process using independent analysts and external consultants. Peer verification is the final gate before evidence is classified as unexplained.

Lesson 4 • Environmental Data Correlation

Cross-references EMF, temperature, and audio data logs against timestamped events. Correlated multi-sensor anomalies carry significantly higher evidential weight.

Lesson 1 • Investigation Report Structure

Defines the standard report format including executive summary, methodology, findings, and appendices. Consistent structure enables cross-case comparison and professional credibility.

Lesson 2 • Client Presentation and Delivery

Covers in-person and written delivery of findings with sensitivity to client emotional state. Effective delivery builds trust and manages expectations about unexplained findings.

Lesson 3 • Recommendations and Follow-Up

Guides investigators in providing actionable next steps including environmental remediation and counselling referrals. Follow-up demonstrates professional responsibility beyond the investigation.

Lesson 4 • Case Archive and Knowledge Management

Establishes long-term docket archiving standards and a searchable docket database for pattern analysis. Archived dockets build institutional knowledge across the investigator's career.