
Aluminium Fabrication Course
Master every stage of aluminium fabrication, from reading engineering drawings and cutting sheet metal to welding structural joints and applying professional surface finishes. This course gives you the hands-on knowledge and technical skills that employers and clients demand. Build real competency, earn recognised credentials, and advance your fabrication career with confidence.
What you will learn:
This course covers the complete aluminium fabrication workflow across eight core chapters and six supplementary modules. You will learn aluminium alloy properties, workplace safety, precision measurement, and layout techniques. From there, you move on to cutting, forming, mechanical fastening, and MIG and TIG welding specific to aluminium. Surface finishing methods, including anodising and powder coating, are covered in full. You will also explore CNC machining basics, extrusion profile assembly, quality control, and lean manufacturing practices. The course wraps up with a full fabrication project that takes you from drawing review to final inspection and documentation.
How you study in practice Aluminium Fabrication Course
How you practise Aluminium Fabrication Course
For companies looking to train their teams
With Elevify for businesses, the course includes exercises and examples tailored to your company and its specific needs.
Course content
8 Chapters • 39 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsFoundations of Aluminium and Safety
Foundations of Aluminium and Safety
Lesson 1 • Workshop Layout and Housekeeping
Establishes safe, efficient workshop organisation principles for aluminium fabrication. Directly reduces accident risk and improves workflow throughout the course.
Lesson 2 • Personal Protective Equipment Selection
Defines PPE categories required for cutting, grinding, and welding aluminium. Ensures learners select and maintain correct protection for each task type.
Lesson 3 • Regulatory Compliance Fundamentals
Introduces workplace health and safety obligations relevant to metal fabrication environments. Learners understand compliance frameworks before operating any equipment.
Lesson 4 • Aluminium Properties and Alloy Grades
Covers physical, mechanical, and chemical properties of aluminium and common alloy series. Provides the material knowledge base required for all subsequent fabrication decisions.
Lesson 5 • Workplace Hazards and Risk Assessment
Identifies fabrication-specific hazards including fumes, sharp edges, and noise. Connects risk assessment methodology to daily shop-floor decision-making.
Chapter 2HideHide detailsSee detailsMeasurement, Marking, and Layout
Measurement, Marking, and Layout
Lesson 1 • Marking-Out Techniques for Aluminium
Covers scribing, centre-punching, and template use on aluminium surfaces. Accurate marking prevents material waste and rework in cutting stages.
Lesson 2 • Engineering Drawing Interpretation
Teaches reading of orthographic projections, section views, and title blocks. Translates drawing information directly into workshop layout tasks.
Lesson 3 • Geometric Layout and Development
Applies geometric construction to lay out angles, arcs, and sheet developments. Prepares learners for complex profile cutting and bending operations.
Lesson 4 • Measuring Tools and Instruments
Introduces hand measuring tools from steel rules to digital callipers and micrometers. Accurate measurement underpins every fabrication operation covered later.
Chapter 3HideHide detailsSee detailsCutting Aluminium: Tools and Techniques
Cutting Aluminium: Tools and Techniques
Lesson 1 • Hand Cutting Tools and Methods
Covers hacksaws, aviation snips, and hand shears for aluminium sheet and bar. Establishes foundational cutting skills before powered equipment is introduced.
Lesson 2 • Guillotine and Shearing Operations
Teaches mechanical and hydraulic guillotine setup for straight aluminium sheet cuts. Connects shear clearance and blade condition to cut quality.
Lesson 3 • Plasma and Laser Cutting Introduction
Provides an overview of plasma and laser cutting processes applicable to aluminium. Learners understand process parameters and edge quality expectations.
Lesson 4 • Power Saw Cutting Operations
Introduces cold saws, band saws, and circular saws configured for aluminium. Learners set blade speed, feed rate, and cutting fluid use correctly.
Lesson 5 • Cut Quality Inspection and Correction
Establishes methods to inspect cut edges for squareness, burrs, and surface finish. Directly links quality control to downstream assembly and welding success.
Chapter 4HideHide detailsSee detailsForming and Bending Aluminium
Forming and Bending Aluminium
Lesson 1 • Roll Bending and Plate Rolling
Introduces three-roll and four-roll machines for producing curved aluminium sections. Learners form cylinders, cones, and curved panels to specified radii.
Lesson 2 • Stretch Forming and Hand Forming
Covers stretch forming over dies and hand-forming techniques for complex shapes. Builds capability for custom and low-volume aluminium component production.
Lesson 3 • Folder and Box-Pan Brake Use
Teaches manual folder and box-pan brake operation for sheet aluminium components. Connects tooling limitations to part geometry planning.
Lesson 4 • Bending Theory and Springback
Explains bend allowance, k-factor, and springback specific to aluminium alloys. Provides the calculation foundation needed before operating any bending equipment.
Lesson 5 • Press Brake Operation and Setup
Covers tooling selection, die setup, and back-gauge programming on press brakes. Learners set up and execute accurate single and multi-bend sequences.
Chapter 5HideHide detailsSee detailsJoining Methods: Mechanical Fastening
Joining Methods: Mechanical Fastening
Lesson 1 • Fastener Types and Material Compatibility
Identifies fastener materials compatible with aluminium to prevent galvanic corrosion. Ensures correct fastener selection before any joining operation.
Lesson 2 • Structural Adhesive Bonding
Introduces surface preparation and application of structural adhesives for aluminium bonding. Connects adhesive selection to joint load type and service environment.
Lesson 3 • Solid and Blind Riveting Techniques
Covers solid rivet installation with bucking bars and blind rivet tools for aluminium. Learners achieve correct rivet set and head formation consistently.
Lesson 4 • Bolted Joint Assembly and Torque
Establishes correct bolt installation, torque values, and locking methods for aluminium joints. Prevents joint failure from under- or over-torquing.
Lesson 5 • Drilling and Hole Preparation
Teaches drill geometry, speeds, and feeds optimised for aluminium to produce clean holes. Clean holes are prerequisite to accurate fastener installation.
Chapter 6HideHide detailsSee detailsAluminium Welding Fundamentals
Aluminium Welding Fundamentals
Lesson 1 • Weld Inspection and Defect Correction
Establishes visual and dimensional inspection criteria for aluminium welds. Learners identify, classify, and correct porosity, cracking, and incomplete fusion.
Lesson 2 • Pre-Weld Preparation and Cleaning
Covers mechanical and chemical cleaning methods to remove oxide and contamination. Proper preparation is the single greatest factor in aluminium weld quality.
Lesson 3 • Aluminium Welding Metallurgy
Explains oxide layer behaviour, heat conductivity, and hot-cracking susceptibility in aluminium. Provides the metallurgical understanding that drives correct welding practice.
Lesson 4 • MIG Welding Aluminium (GMAW)
Teaches push-angle technique, wire feed, and shielding gas settings for aluminium MIG welding. Learners weld butt, fillet, and lap joints on aluminium plate and sheet.
Lesson 5 • TIG Welding Aluminium (GTAW)
Develops AC TIG technique including electrode selection, balance, and filler rod feeding. Learners produce high-quality welds on thin and medium aluminium sections.
Chapter 7HideHide detailsSee detailsSurface Finishing and Corrosion Protection
Surface Finishing and Corrosion Protection
Lesson 1 • Corrosion Assessment and Maintenance
Identifies corrosion types affecting aluminium in service and prescribes maintenance actions. Connects finish selection to long-term corrosion performance.
Lesson 2 • Mechanical Surface Preparation
Teaches grinding, sanding, and polishing sequences to achieve specified surface finishes. Mechanical preparation is prerequisite to all coating and anodising processes.
Lesson 3 • Anodising Principles and Types
Explains sulphuric acid anodising, hard anodising, and chromic acid anodising processes. Learners understand process variables affecting coating thickness and hardness.
Lesson 4 • Chemical Cleaning and Etching
Covers alkaline cleaning, acid etching, and deoxidising processes for aluminium surfaces. Prepares surfaces chemically for anodising or coating adhesion.
Lesson 5 • Powder Coating and Liquid Paint
Covers pretreatment, application, and cure of powder and liquid coating systems on aluminium. Learners select coating systems based on service environment requirements.
Chapter 8HideHide detailsSee detailsFabrication Project: Design to Completion
Fabrication Project: Design to Completion
Lesson 1 • Welding and Mechanical Joining
Executes all weld joints and mechanical fastening operations on the assembled structure. Learners apply correct procedures and document parameters as they work.
Lesson 2 • Project Planning and Material Takeoff
Translates assembly drawings into a complete material list, cut list, and work sequence. Effective planning reduces waste and rework throughout the project.
Lesson 3 • Component Fabrication and Fit-Up
Applies cutting, forming, and joining skills to produce individual components and assemble them. Fit-up accuracy at this stage determines final assembly quality.
Lesson 4 • Surface Finishing the Completed Assembly
Applies specified surface preparation and finish to the completed project assembly. Demonstrates ability to protect and present fabricated aluminium to professional standards.
Lesson 5 • Final Inspection and Project Documentation
Conducts dimensional, visual, and functional inspection against drawing requirements. Learners compile a complete project record demonstrating professional documentation practice.

Your valid completion certificate
This course is for you:
Apprentice fabricators: ready to build structured, job-ready aluminium skills fast.
Sheet metal workers: wanting to specialise and move into aluminium-focused roles.
Welders: looking to add aluminium MIG and TIG credentials to their skill set.
Career changers: entering the trades with no prior fabrication workshop experience.
Maintenance technicians: needing to fabricate and repair aluminium components on-site.
Hobbyist builders: tackling serious aluminium projects requiring professional-grade techniques.
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