Course Overview
The Steel Fixing course is an intensive, hands-on training program designed to equip participants with the practical skills required to prepare, fabricate, assemble, and install reinforcement steel for reinforced concrete structures. The course focuses on the interpretation of structural drawings, bar bending schedules (BBS), reinforcement detailing, steel cutting and bending, reinforcement fixing, quality control, and construction safety for residential, commercial, industrial, and infrastructure projects.
Participants will gain practical experience using industry-standard tools and equipment to fabricate and fix reinforcement for foundations, columns, beams, slabs, staircases, retaining walls, and other structural elements. Through workshop-based training and live construction projects, learners will develop the competence to execute reinforcement works that meet engineering specifications, construction standards, and quality requirements.
Duration: 4 Weeks (20 Training Days)
Tuition: KES 50,000/=
Course Requirements
Participants should have:
- Basic literacy and numeracy skills.
- An interest in construction, civil engineering, or structural works.
- No prior experience in steel fixing is required.
- Basic knowledge of construction tools is an added advantage.
- Appropriate Personal Protective Equipment (PPE), including safety boots, gloves, hard hat, safety glasses, and reflective vest.
- A notebook, calculator, measuring tape, steel rule, and basic marking tools for practical sessions.
- Willingness to participate in intensive workshop and site-based practical training.
Course Objectives
By the end of this course, participants will be able to:
- Interpret structural drawings and Bar Bending Schedules (BBS).
- Identify reinforcement steel grades, sizes, and accessories used in construction.
- Measure, cut, bend, and shape reinforcement bars accurately.
- Fabricate reinforcement cages for foundations, columns, beams, slabs, and staircases.
- Install reinforcement according to engineering drawings and specifications.
- Position reinforcement using spacers, chairs, ties, and supports.
- Inspect reinforcement works before concrete placement.
- Estimate reinforcement materials, labor, and project costs.
- Apply occupational health, safety, and quality control practices on construction sites.
- Complete reinforcement projects that comply with structural engineering and construction standards.
Course Modules
Module 1: Introduction to Steel Fixing
- Overview of reinforced concrete construction
- Functions of reinforcement steel
- Types and grades of reinforcement bars
- Reinforcement terminology
- Construction standards and specifications
- Steel fixing tools and equipment
- Workplace safety and PPE
Practical Exercise
Identify reinforcement bars, accessories, tools, and demonstrate safe handling and workshop practices.
Module 2: Structural Drawings and Bar Bending Schedules
- Reading structural drawings
- Structural symbols and notations
- Reinforcement detailing
- Bar Bending Schedules (BBS)
- Shape codes
- Material take-offs
- Site measurements
Practical Exercise
Interpret structural drawings and prepare a reinforcement schedule for a simple structure.
Module 3: Measuring, Cutting, and Bending Reinforcement Steel
- Measuring reinforcement bars
- Manual cutting techniques
- Mechanical cutting
- Manual bending
- Mechanical bending
- Hook and bend formation
- Bar identification and marking
Practical Exercise
Measure, cut, and bend reinforcement bars according to a bar bending schedule.
Module 4: Reinforcement for Foundations
- Strip foundations
- Pad foundations
- Raft foundations
- Ground beams
- Footing reinforcement
- Concrete cover requirements
- Reinforcement supports
Practical Exercise
Fabricate and install reinforcement for a reinforced concrete foundation.
Module 5: Reinforcement for Columns
- Column reinforcement
- Vertical bars
- Stirrups and ties
- Lap splices
- Starter bars
- Alignment
- Column cage assembly
Practical Exercise
Fabricate and erect reinforcement cages for reinforced concrete columns.
Module 6: Reinforcement for Beams
- Beam reinforcement layouts
- Bottom reinforcement
- Top reinforcement
- Stirrups
- Anchorage lengths
- Beam intersections
- Beam reinforcement inspection
Practical Exercise
Assemble and install reinforcement for reinforced concrete beams.
Module 7: Reinforcement for Slabs
- One-way slabs
- Two-way slabs
- Mesh reinforcement
- Distribution bars
- Chairs and spacers
- Slab openings
- Reinforcement continuity
Practical Exercise
Install slab reinforcement and prepare it for concrete placement.
Module 8: Staircase Reinforcement
- Staircase structural drawings
- Reinforcement layout
- Landing reinforcement
- Waist slab reinforcement
- Step reinforcement
- Bar anchorage
- Concrete cover
Practical Exercise
Fabricate and install reinforcement for a reinforced concrete staircase.
Module 9: Reinforcement for Retaining Walls and Other Structures
- Retaining wall reinforcement
- Shear walls
- Water tanks
- Suspended slabs
- Lift shafts
- Structural walls
- Specialized reinforcement
Practical Exercise
Prepare reinforcement for a retaining wall or similar structural element.
Module 10: Reinforcement Accessories and Supports
- Binding wire
- Reinforcement chairs
- Concrete spacers
- Couplers
- Mechanical connectors
- Support systems
- Cover blocks
Practical Exercise
Install reinforcement accessories to maintain correct positioning before concreting.
Module 11: Reinforcement Fixing and Site Installation
- Site handling of reinforcement
- Lifting and positioning
- Reinforcement assembly
- Tying techniques
- Reinforcement alignment
- Installation sequencing
- Site coordination
Practical Exercise
Install reinforcement for a complete structural section on site.
Module 12: Reinforcement Inspection and Quality Control
- Dimensional inspection
- Concrete cover verification
- Reinforcement spacing
- Lap length inspection
- Bar identification
- Defect correction
- Inspection documentation
Practical Exercise
Inspect completed reinforcement works and prepare a quality inspection checklist.
Module 13: Occupational Health and Safety
- Hazard identification
- Manual handling
- Working at heights
- Safe use of cutting and bending machines
- Housekeeping
- Emergency procedures
- Environmental management
Practical Exercise
Conduct a construction site safety assessment for steel fixing activities.
Module 14: Material Estimation and Project Costing
- Reinforcement quantity calculations
- Bar scheduling
- Material estimation
- Labor costing
- Equipment costing
- Quotations
- Project scheduling
Practical Exercise
Prepare a bill of quantities and project quotation for reinforcement works.
Module 15: Residential Reinforcement Project
- Foundation reinforcement
- Column reinforcement
- Beam reinforcement
- Slab reinforcement
- Stair reinforcement
- Quality inspection
- Client handover
Practical Exercise
Complete reinforcement installation for a residential building structure.
Module 16: Commercial Reinforcement Project
- Multi-storey buildings
- Commercial structures
- Industrial buildings
- Structural coordination
- Reinforcement sequencing
- Site management
- Inspection
Practical Exercise
Install reinforcement for a commercial reinforced concrete structure.
Module 17: Infrastructure Reinforcement Works
- Bridge components
- Culverts
- Retaining structures
- Drainage structures
- Water reservoirs
- Heavy-duty reinforcement
- Infrastructure standards
Practical Exercise
Fabricate and install reinforcement for a civil infrastructure project.
Module 18: Integrated Steel Fixing Project
- Project planning
- Material preparation
- Reinforcement fabrication
- Installation
- Inspection
- Documentation
- Quality assurance
Practical Exercise
Execute a complete reinforcement project from bar scheduling through final inspection before concrete placement.
Module 19: Capstone Steel Fixing Project
- Client requirements analysis
- Structural drawing interpretation
- Material planning
- Fabrication sequencing
- Installation planning
- Cost estimation
- Project documentation
Practical Exercise
Complete a full steel fixing project for a residential or commercial building, including reinforcement fabrication, installation, inspection, quality assurance, material estimation, and project documentation.
Module 20: Final Project Presentation and Assessment
- Project presentation
- Reinforcement review
- Quality evaluation
- Compliance assessment
- Cost analysis
- Portfolio development
- Career opportunities in steel fixing and reinforced concrete construction
Practical Exercise
Present and demonstrate a completed steel fixing project, showcasing proficiency in structural drawing interpretation, bar bending schedules, reinforcement fabrication, installation, quality inspection, project costing, and compliance with professional construction and structural engineering standards.