Rebar Worker Course

Lesson 1 • Jobsite Orientation and Safety Culture

Introduces site layout, hazard awareness, and the safety mindset required before any work begins. Grounds students in the behaviors that prevent injuries throughout the course.

Lesson 2 • Basic Construction Drawings for Rebar

Teaches how to read structural drawings, schedules, and notation relevant to reinforcement. Provides the blueprint literacy needed to interpret placement instructions.

Lesson 3 • Role of Rebar in Concrete Structures

Explains why steel reinforcement is embedded in concrete and how tensile strength is achieved. Establishes the structural logic that guides all subsequent placement decisions.

Lesson 1 • Material Storage and Handling

Addresses proper stacking, tagging, and protection of rebar on the jobsite to maintain material integrity. Prevents contamination and mix-ups that compromise structural quality.

Lesson 2 • Rebar Grades and Yield Strength

Covers the grading system that classifies rebar by minimum yield strength and its structural implications. Connects material selection to load-bearing design intent.

Lesson 3 • Rebar Coatings and Corrosion Protection

Examines epoxy-coated, galvanized, and stainless rebar options and their appropriate environments. Prepares students to specify corrosion-resistant materials in aggressive exposure conditions.

Lesson 4 • Material Inspection and Acceptance

Teaches how to verify mill certifications, check physical markings, and reject non-conforming material. Ensures only specification-compliant rebar enters the work.

Lesson 1 • Rebar Cutters and Benders

Introduces manual, hydraulic, and electric cutting and bending machines and their safe operating procedures. Prepares students to produce accurate cuts and bends efficiently.

Lesson 2 • Lifting and Rigging Equipment

Covers slings, hooks, spreader bars, and crane signals used to hoist prefabricated cages and bundles. Establishes rigging competency required for safe material handling.

Lesson 3 • Tying Tools and Techniques

Explains manual tying with pliers and the use of automatic tying guns for speed and consistency. Connects tying quality to cage stability during concrete placement.

Lesson 4 • Hand Tools for Rebar Work

Covers tie wire reels, hickey bars, pliers, and measuring tools used daily by rebar workers. Builds manual dexterity and tool familiarity before power equipment is introduced.

Lesson 1 • Prefabrication and Cage Assembly

Introduces off-site and on-site cage assembly methods that improve placement efficiency. Connects fabrication quality to downstream installation accuracy.

Lesson 2 • Understanding Bend Schedules

Teaches how to read fabrication schedules listing bar marks, shapes, lengths, and bend dimensions. Translates drawing data into actionable fabrication instructions.

Lesson 3 • Standard Hook and Bend Types

Covers standard 90-degree, 135-degree, and 180-degree hooks and their structural applications. Ensures students produce hooks that meet anchorage requirements.

Lesson 4 • Bend Deductions and Calculations

Explains how bending stretches steel and how deductions maintain accurate finished dimensions. Prevents dimensional errors that cause placement failures.

Lesson 1 • Bar Spacing and Layout

Teaches how to transfer drawing spacing dimensions to the substrate using chalk lines and templates. Ensures uniform distribution of reinforcement across the element.

Lesson 2 • Placing Rebar in Slabs

Covers bottom mat, top mat, and temperature-shrinkage steel placement in slab-on-grade and elevated slabs. Builds the most common placement skill in residential and commercial work.

Lesson 3 • Placing Rebar in Walls and Footings

Addresses vertical bar placement, horizontal ties, and footing dowel positioning in formed elements. Extends placement skills to vertical and below-grade applications.

Lesson 4 • Securing and Inspecting Placed Rebar

Covers tying patterns, support verification, and pre-pour inspection procedures to confirm placement compliance. Prepares students to present work for structural inspection.

Lesson 1 • Lap Splice Fundamentals

Explains how force transfers between overlapping bars and how lap length is determined from design data. Establishes the most common connection method used in everyday reinforcement work.

Lesson 2 • Welded Splices and Connections

Covers weldability of rebar grades, preheat requirements, and inspection of completed welds. Addresses the conditions under which welding is permitted and how quality is verified.

Lesson 3 • Mechanical Coupler Systems

Introduces threaded, swaged, and grout-filled coupler types and their installation requirements. Prepares students to use couplers where lap splices are impractical or prohibited.

Lesson 1 • Beam-Column Joint Reinforcement

Explains joint confinement ties, bar threading sequence, and congestion management in beam-column connections. Addresses the most complex placement challenge in framed construction.

Lesson 2 • Hoisting and Setting Prefabricated Cages

Covers rigging prefabricated column and beam cages, setting tolerances, and temporary bracing after placement. Integrates rigging skills with structural placement requirements.

Lesson 3 • Column Splice and Dowel Placement

Addresses column-to-footing dowels, lap splice zones, and mechanical coupler use at floor levels. Ensures continuity of vertical reinforcement through multi-story construction.

Lesson 4 • Beam Cage Fabrication and Assembly

Teaches longitudinal bar selection, stirrup spacing, and cage assembly for rectangular and T-beams. Develops the fabrication and assembly skills central to framed floor systems.

Lesson 1 • Common Defects and Corrective Actions

Identifies frequent rebar defects including insufficient cover, wrong bar size, and missing ties, with correction methods. Equips students to resolve issues before they affect structural integrity.

Lesson 2 • Inspection Documentation and Reporting

Teaches how to complete inspection reports, record non-conformances, and communicate findings to supervisors. Builds the documentation habits required for project accountability.

Lesson 3 • Conducting Pre-Pour Inspections

Provides a systematic checklist approach to verifying bar size, spacing, cover, splices, and embedments before concrete is placed. Prevents costly post-pour corrections.

Lesson 4 • Working with Special Inspectors

Explains the special inspector's role, how to prepare work for inspection, and how to respond to inspection findings. Builds professional communication skills that support project compliance.