Rope Access Technician Course

Lesson 1 • Physics of Rope and Load

Introduces force, friction, and mechanical advantage as applied to rope systems. Provides the quantitative basis for all equipment selection decisions.

Lesson 2 • Safety Culture and Risk Mindset

Builds a proactive safety culture through hazard recognition and near-miss reporting. Establishes behavioral norms that underpin every subsequent chapter.

Lesson 3 • Personal Protective Equipment Basics

Identifies mandatory PPE categories for rope access and explains correct donning and inspection. Prepares students for hands-on equipment use in later chapters.

Lesson 1 • Pre-Use Inspection and Equipment Logs

Establishes a systematic pre-use inspection routine and documentation practice. Consistent logging supports traceability and regulatory compliance.

Lesson 2 • Harness Types and Fit

Explains full-body harness design, attachment points, and correct sizing. Proper fit is prerequisite to safe suspension and rescue operations.

Lesson 3 • Connectors, Carabiners, and Maillon Rapides

Covers gate types, locking mechanisms, and load-axis requirements for connectors. Ensures correct orientation and loading in all rigging configurations.

Lesson 4 • Ropes: Types, Construction, and Ratings

Distinguishes dynamic, semi-static, and static ropes by construction and rated performance. Directly informs rope selection for working and safety lines.

Lesson 1 • Hitches for Friction and Backup

Introduces friction hitches used as progress-capture and backup devices on rope systems. Students apply hitches correctly to both working and safety lines.

Lesson 2 • Essential Working Knots

Covers figure-eight family, bowline, and overhand knots used for anchor attachment and rope termination. Each knot is practiced to a timed competency standard.

Lesson 3 • Knot Theory and Strength Reduction

Explains how knots reduce rope strength and introduces efficiency ratings. Provides the rationale for choosing specific knots in rated systems.

Lesson 1 • Anchor Point Assessment

Develops criteria for evaluating structural anchor points on buildings, towers, and natural features. Correct assessment prevents catastrophic anchor failure.

Lesson 2 • Principles of Anchor System Design

Applies EARNEST and similar frameworks to build redundant, equalized anchor systems. Students calculate resultant forces at anchor legs for varying angles.

Lesson 3 • Rigging on Structures and Edges

Addresses edge friction, rope damage, and load transfer when rigging over building edges and structural members. Practical scenarios reinforce edge management skills.

Lesson 4 • Rigging Documentation and Handover

Establishes a formal rigging check and handover process between technicians. Documentation ensures accountability and supports incident investigation.

Lesson 1 • Passing Knots and Intermediate Anchors

Teaches the sequence for passing a knot or re-anchor point while maintaining continuous protection. A critical skill for multi-pitch and long descents.

Lesson 2 • Descender Setup and Control

Covers loading, locking, and controlling assisted-braking and manual descenders. Correct setup is the prerequisite for all descent operations.

Lesson 3 • Safety Line Management During Descent

Explains how to manage the safety line device during descent to maintain continuous fall protection. Integrates safety line use with working line control.

Lesson 1 • Ascender Mechanics and Setup

Explains cam action, load limits, and correct attachment of chest and hand ascenders. Proper setup prevents cam failure and rope damage.

Lesson 2 • Changeover: Ascent to Descent

Teaches the controlled transition from ascent to descent configuration while maintaining continuous protection. Changeover errors are a leading cause of incidents.

Lesson 3 • Basic Ascent Sequence

Introduces the sit-stand ascent cycle and footloop management for efficient upward progress. Students practice until movement is fluid and fatigue is minimized.

Lesson 4 • Safety Line Management During Ascent

Covers continuous safety line protection during ascent, including device positioning and slack management. Mirrors descent safety line discipline.

Lesson 1 • Tool and Material Management at Height

Establishes tool-tethering, bag management, and material-handling protocols to prevent dropped objects. Dropped-object prevention is a critical site safety requirement.

Lesson 2 • Work-Positioning Lanyard Techniques

Covers adjustable lanyard use to create a stable, hands-free work position on rope. Correct positioning reduces fatigue and improves task quality.

Lesson 3 • Simulated Work Tasks on Rope

Applies positioning and communication skills to realistic inspection, painting, and installation scenarios. Evaluates task quality alongside rope access technique.

Lesson 1 • Self-Rescue Techniques

Covers methods for a technician to escape a compromised position without external assistance. Self-rescue is the fastest response when a colleague is unavailable.

Lesson 2 • Suspension Trauma and Casualty Care

Addresses recognition and immediate management of suspension trauma and other height-related injuries. Bridges rope access rescue with first-aid handover.

Lesson 3 • Assisted Raising Rescue

Covers mechanical advantage systems for raising a casualty when lowering is not feasible. Students build and operate a 3:1 and 6:1 haul system.

Lesson 4 • Emergency Planning and Rescue Readiness

Establishes site-specific emergency plans, rescue equipment staging, and communication with emergency services. Preparation reduces rescue time and improves outcomes.