Pole Climbing, Ropes and Rigging

Course Description

ETP1130C — Pole Climbing, Ropes and Rigging is a 3-credit, laboratory-intensive course in the Energy Power Technology program area within Engineering Technologies. The course introduces students to the fundamental skills required for safe utility pole climbing and field rigging operations used by power line workers. Aligned with the NCCER (National Center for Construction Education and Research) Power Line Worker Level One curriculum, students develop hands-on competency in climbing wooden poles, climbing structures other than wood, lineman tools of the trade, and rigging practices. The course prepares students for entry-level employment in the electric utility, telecommunications, and energy sectors, and supports progression into transmission, distribution, underground, and substation specialty training.

Learning Outcomes

Required Learning Outcomes

Upon successful completion of this course, students will be able to:

• Identify, inspect, and properly wear personal protective equipment (PPE) required for pole climbing, including climbing hooks (gaffs), safety straps, body belts, hard hats, and arc-rated apparel.
• Demonstrate safe techniques for climbing and descending wooden utility poles, including proper gaff placement, body positioning, and use of the safety strap at correct angles.
• Perform a pole inspection prior to climbing, including soundness testing (sounding/probing for rot), visual inspection, and hazard identification.
• Execute a pole-top rescue procedure, demonstrating correct methods for safely lowering an incapacitated worker from a utility pole.
• Describe safety techniques and equipment for climbing structures other than wood, including steel lattice towers and metal poles.
• Tie standard knots and splices used in rigging operations, including the bowline, clove hitch, timber hitch, and square knot.
• Select, inspect, and correctly apply rigging equipment including slings, blocks, hooks, shackles, and hoisting hardware for lifting and moving loads.
• Identify and safely use lineman hand tools and specialty tools, including hot sticks, wire cutters, crimpers, and universal accessories.
• Recognize and mitigate environmental hazards encountered during climbing operations, including weather conditions, wildlife (snakes, insects, birds), and energized line proximity.
• Apply OSHA regulations and NESC standards governing pole climbing, rigging, and utility work at height.

Optional Learning Outcomes

The following outcomes may be included depending on institutional resources and program depth:

• Demonstrate installation and removal of crossarms and pole hardware (insulators, pins, brackets) from a climbed position.
• Perform basic aerial framing tasks from a pole-top position, including installing guys and anchors to support a utility pole.
• Communicate using standard hand signals and verbal signals between a rigger and ground crew during hoisting operations.
• Identify and describe the digger derrick, bucket truck, and aerial lift equipment used in conjunction with pole climbing operations.
• Demonstrate climbing proficiency on a steel tower or non-wood structure using appropriate harness systems and fall-arrest equipment.

Major Topics

Required Topics

• Climbing Safety Orientation — OSHA regulations, NESC standards, arc flash awareness, electrical hazard recognition, and traffic control near utility worksites.
• Personal Climbing Equipment — Gaffs (climbing hooks), safety straps, body belts/harnesses, hard hats (ANSI standards), gloves, and arc-rated PPE; inspection and care of climbing gear.
• Pole Inspection Procedures — Sounding and probing for internal rot, visual defect identification (woodpecker damage, checking, splits), load-bearing assessment before climbing.
• Wooden Pole Climbing Techniques — Proper gaff sharpness and length; foot placement; body positioning; use of the safety strap at correct angle; ascending, working position, and descending technique.
• Pole-Top Rescue — Lowering an incapacitated worker; rescue equipment; emergency response procedures; first aid considerations at height.
• Climbing Structures Other Than Wood — Steel lattice towers, tubular steel poles, and concrete structures; appropriate hardware, fall-arrest systems, and climbing techniques for each structure type.
• Knots, Hitches, and Splices — Bowline, clove hitch, timber hitch, half hitch, square knot, slip knot, and eye splice; proper application and load considerations for each.
• Rigging Equipment and Practices — Wire rope and fiber rope selection; sling types (wire rope, chain, synthetic web); blocks, pulleys, shackles, hooks, and snatch blocks; load calculation basics; inspection of rigging hardware.
• Tools of the Trade — Hand tools common to line work; hot sticks and live-line tools; wire cutters; crimpers; pneumatic and powder-actuated tools; ladders and work platforms.
• Environmental and Worksite Hazards — Weather (lightning, heat, wind); wildlife hazards (snakes, birds, insects); working near energized conductors; ground gradient awareness.

Optional Topics

• Crossarm Installation and Removal — Hardware identification; proper torque and attachment procedures from a pole-top position.
• Aerial Framing and Associated Hardware — Guy wire installation; anchors and anchor rods; pole-top hardware for conductor support; transformer installation overview.
• Communication Signals for Rigging — ASME/OSHA standard hand signals; verbal and radio communication protocols between rigger and crane or derrick operator.
• Utility Service Equipment Overview — Introduction to the digger derrick, bucket truck, and aerial lift as they relate to pole and rigging work; basic safety and inspection protocols.
• Load Dynamics and Lift Planning Basics — Center of gravity; load weight estimation; sling stress and angle calculations; safe working load (SWL) and rated capacity concepts.
• Pole Setting and Pulling Overview — Storage, transport, and handling of wooden utility poles; use of the digger derrick to set poles; pole removal procedures.

Resources & Tools

• Primary Textbook: Power Line Worker Level 1 Trainee Guide — NCCER (Pearson/Contren Learning Series). Covers all required modules including Climbing Wooden Poles, Climbing Structures Other Than Wood, Tools of the Trade, and Rigging.
• NCCER Curriculum Modules: Module performance profile sheets and knowledge-based assessments administered through NCCER-accredited program delivery.
• Climbing Equipment (Lab-Provided): Practice poles (wood utility poles, minimum 40-ft class), climbing hooks/gaffs, safety straps, body belts, hard hats, and PPE for hands-on lab sessions.
• Rigging Hardware (Lab-Provided): Rope, slings, blocks and tackle, shackles, hooks, and load-testing apparatus for knot and rigging labs.
• References: OSHA 29 CFR 1910.269 (Electric Power Generation, Transmission, and Distribution); National Electrical Safety Code (NESC/IEEE C2); ASME B30 series (rigging and lifting).
• NCCERconnect (optional digital platform): Interactive eTextbook, media library, and online gradebook available through NCCER-accredited delivery.

Career Pathways

Successful completion of ETP1130C supports entry into the following career pathways in the energy and utility sector:

• Electrical Line Worker / Lineman Apprentice — Electric utilities, rural electric cooperatives, and investor-owned utilities (e.g., Florida Power & Light, Duke Energy Florida, Tampa Electric).
• Telecommunications Line Worker — Aerial cable installation and maintenance for broadband, telephone, and cable television providers.
• Utility Arborist / Line Clearance — Vegetation management and right-of-way clearing for utility corridors requiring climbing and rigging skills.
• Transmission & Distribution Technician — Progression into NCCER Power Line Worker: Transmission or Distribution specialty training tracks.
• Substation Technician — Further specialization through NCCER Power Line Worker: Substation curriculum.
• Rigging Specialist — Advancement toward NCCER Rigger credentials (Basic Rigger, Intermediate Rigger, Advanced Rigger) in construction and industrial settings.

Special Information

NCCER Credential Preparation

This course is aligned with the NCCER Power Line Worker Level One curriculum. Students who complete all required module exams (minimum score of 70) and performance profile sheet requirements through an NCCER-accredited training organization are eligible to receive the NCCER Power Line Worker Level One credential, which is nationally recognized by electric utilities and contractors. The credential is recorded in the NCCER National Registry and is portable across employers and states.

Physical Requirements

Due to the hands-on nature of pole climbing, students must possess the physical stamina required to climb and descend a full-height wood utility pole (typically 40 feet or greater). Students with medical conditions affecting balance, grip strength, or cardiovascular fitness should consult with a physician prior to enrollment. All students must be able to safely fit into and operate in a standard climbing harness and body belt.

Safety Compliance

All laboratory and field exercises are conducted under strict adherence to OSHA 1910.269 and applicable NESC standards. Students are required to wear all prescribed PPE during every lab session. Failure to comply with safety directives may result in removal from the lab environment.