TIG Welding Course Cape Town: Price, Duration, Stainless Steel and Aluminium Training
- Jun 28
- 17 min read
Updated: Aug 3
TIG welding is one of the most precise and demanding welding processes to learn.
It is widely selected for stainless steel, aluminium, thin materials, pipe roots and fabrication where appearance, cleanliness, controlled heat input and weld integrity matter.
However, not every course advertised as “TIG welding training” covers the same material, welding positions, practical hours or assessment outcome.
A beginner learning basic carbon-steel TIG welding does not require the same programme as an experienced welder preparing for stainless-steel pipe welding in the 5G or 6G position.
Swift Skills Academy provides practical TIG welding training in Cape Town for beginners, workshop employees, experienced welders and employer groups.
Learners can progress through carbon-steel, stainless-steel, aluminium, plate and pipe TIG welding options according to their existing competence and intended work.
Quick Answer: How Much Does a TIG Welding Course Cost in Cape Town?
Swift Skills Academy’s 2026 TIG welding course prices start at R7,928 including VAT for five days of Basic TIG Welding on carbon steel.
Advanced carbon-steel TIG training costs R13,148 including VAT for ten days, while the combined 15-day Basic and Advanced TIG Bundle costs R16,968 including VAT.
Specialised TIG training is also available for stainless steel and aluminium:
Basic stainless-steel TIG plate training costs R12,148 including VAT.
Advanced stainless-steel TIG plate training costs R14,048 including VAT.
Basic aluminium TIG plate training costs R8,748 including VAT.
Advanced aluminium TIG plate training costs R14,048 including VAT.
Advanced stainless-steel or aluminium TIG pipe training costs R19,748 including VAT.
The correct course depends on the learner’s existing welding ability, the material being welded, whether the work involves plate or pipe, and the welding positions required.
TIG Welding Course Prices in Cape Town — 2026
TIG training option | Material and practical scope | Duration | 2026 price |
Basic TIG Welding | Carbon-steel GTAW in positions 1F–2F and 1G | 5 days | R7,928 incl. VAT |
Advanced TIG Welding | Carbon-steel GTAW in positions 3F–4F and 3G–4G | 10 days | R13,148 incl. VAT |
Carbon-Steel TIG Bundle | Basic and advanced GTAW progression | 15 days | R16,968 incl. VAT |
Basic TIG — Stainless-Steel Plate | Stainless-steel GTAW in positions 1F–2F and 1G | 5 days | R12,148 incl. VAT |
Advanced TIG — Stainless-Steel Plate | Stainless-steel GTAW in positions 3F–4F and 3G–4G | 10 days | R14,048 incl. VAT |
Advanced TIG — Stainless-Steel Pipe | Stainless-steel GTAW in pipe positions 2G, 5G and 6G | 10 days | R19,748 incl. VAT |
Stainless-Steel TIG Bundle | Basic and advanced stainless-steel plate GTAW | 15 days | R18,538 incl. VAT |
Basic TIG — Aluminium Plate | Aluminium GTAW in positions 1F–2F and 1G | 5 days | R8,748 incl. VAT |
Advanced TIG — Aluminium Plate | Aluminium GTAW in positions 3F–4F and 3G–4G | 10 days | R14,048 incl. VAT |
Advanced TIG — Aluminium Pipe | Aluminium GTAW in pipe positions 5G and 6G | 10 days | R19,748 incl. VAT |
Aluminium TIG Bundle | Basic and advanced aluminium plate GTAW | 15 days | R18,538 incl. VAT |
The brochure confirms the basic and advanced carbon-steel TIG prices, as well as the stainless-steel and aluminium plate and pipe programmes. The discounted 15-day TIG bundles appear in the bundle section of the same brochure.
Pricing note: Short-course prices include VAT. Course availability, materials, practical scope, learner competence, assessment requirements and final pricing should be confirmed through a current written quotation. Quotations are valid for 30 days, full payment is required before training starts and learners must provide the required PPE.
Need Help Choosing the Correct TIG Course?
A complete beginner should not automatically enrol in advanced stainless-steel, aluminium or 6G pipe welding.
Swift Skills Academy can help match your current ability and intended work to the correct TIG training option.
What Is TIG Welding?
TIG stands for Tungsten Inert Gas welding.
The formal process name is Gas Tungsten Arc Welding, commonly abbreviated as GTAW.
During TIG welding:
an electric arc forms between a non-consumable tungsten electrode and the workpiece;
the arc melts the base material and creates a weld pool;
an inert shielding gas protects the tungsten and molten metal from atmospheric contamination;
and filler metal may be added separately when required.
Unlike ordinary manual MIG welding, the filler metal is not automatically fed through the TIG torch.
The welder may need to coordinate:
one hand controlling the torch;
one hand feeding the filler rod;
a foot pedal or torch control adjusting amperage;
a stable body position;
a consistent arc length;
and continuous observation of the weld pool.
This level of coordination is one reason TIG can produce precise, clean welds. It is also why TIG welding requires patience and repeated practical training.
Is TIG Welding the Same as Argon Welding?
“Argon welding” is a common term used by learners and employers in South Africa.
Argon is a shielding gas frequently used during TIG welding. However, argon is the gas—not the formal name of the welding process.
The correct process name is:
Gas Tungsten Arc Welding — GTAW
TIG welding commonly uses argon because it provides stable shielding for materials such as:
carbon steel;
stainless steel;
aluminium;
and various specialist alloys.
A proper TIG course should explain:
why shielding gas is required;
how gas flow affects the weld;
how draughts can disturb shielding;
why excessive flow may cause turbulence;
how post-flow protects the tungsten;
and when back purging may be required.
Which TIG Welding Course Should You Choose?
Your current goal | Recommended TIG direction |
I have never used TIG welding equipment | Basic carbon-steel TIG |
I can weld in flat positions but need vertical or overhead development | Advanced carbon-steel TIG |
I want a complete basic-to-advanced progression | Carbon-steel TIG bundle |
I want to weld stainless-steel plate | Basic or advanced stainless-steel TIG |
I want to weld hygienic or specialist stainless-steel pipe | Advanced stainless-steel TIG pipe |
I want to learn aluminium TIG welding | Basic aluminium TIG plate |
I already weld aluminium and need positional development | Advanced aluminium TIG |
I need aluminium pipe skills | Advanced aluminium TIG pipe |
I already have workplace experience but need verification | Practical assessment and gap training |
I need preparation for a particular coded-welding test | Procedure-, material- and position-specific preparation |
The correct starting point should be determined by practical ability rather than confidence or previous job title.
Basic TIG Welding on Carbon Steel
Basic TIG training introduces the learner to the equipment, coordination and controls required to produce repeatable welds.
Swift Skills Academy’s Basic TIG Welding course covers carbon-steel down-hand positions, including:
1F and 2F fillet welds;
and the 1G groove position.
The five-day course is priced at:
R7,928 including VAT
Basic TIG training may include:
TIG equipment identification;
safe machine setup;
tungsten preparation;
torch handling;
filler-rod coordination;
arc starting;
arc-length control;
basic joint preparation;
tack welding;
bead placement;
fillet welds;
groove welds;
basic heat-input control;
and visual defect identification.
The objective is not merely to strike an arc or produce one attractive bead.
The learner should begin developing repeatable control over the complete welding process.
Advanced TIG Welding on Carbon Steel
Advanced TIG training is intended for learners who already have foundational TIG control.
Swift Skills Academy’s advanced carbon-steel TIG course covers:
3F and 4F fillet positions;
and 3G and 4G groove positions.
The ten-day course is priced at:
R13,148 including VAT
Advanced training may develop the learner’s ability to control:
vertical progression;
overhead welding;
changing torch positions;
gravity effects on the weld pool;
filler-metal placement;
penetration;
heat input;
multi-pass welding;
starts and stops;
distortion;
and defect correction.
A learner should not progress into advanced positional welding before demonstrating reasonable control in foundational positions.
Carbon-Steel TIG Welding Bundle
Learners requiring both basic and advanced carbon-steel TIG development may select the 15-day TIG bundle.
The bundle is priced at:
R16,968 including VAT
The bundle combines basic and advanced training and provides a structured progression from down-hand positions into vertical and overhead welding.
It may suit:
learners beginning a TIG specialisation;
workshop employees requiring broader positional ability;
welders preparing for advanced material training;
and candidates building a foundation before pipe-welding development.
The bundle price is lower than booking the basic and advanced carbon-steel TIG courses separately.
Stainless-Steel TIG Welding Course
Stainless steel is used where corrosion resistance, hygiene, appearance and controlled fabrication are important.
Applications may include:
food-processing equipment;
beverage and winery equipment;
commercial kitchens;
dairy systems;
pharmaceutical equipment;
tanks and vessels;
process piping;
architectural fabrication;
and specialist workshop components.
Stainless steel is not simply carbon steel with a brighter appearance.
The welder must manage:
material contamination;
joint cleanliness;
filler-metal selection;
heat input;
distortion;
shielding;
heat tint;
back-face oxidation;
and post-weld cleaning requirements.
Stainless-Steel TIG Plate Prices
Course | Positions | Duration | Price |
Basic TIG — Stainless-Steel Plate | 1F–2F and 1G | 5 days | R12,148 incl. VAT |
Advanced TIG — Stainless-Steel Plate | 3F–4F and 3G–4G | 10 days | R14,048 incl. VAT |
Stainless-Steel TIG Bundle | Basic and advanced plate training | 15 days | R18,538 incl. VAT |
Advanced Stainless-Steel TIG Pipe
Advanced stainless-steel TIG pipe training covers pipe positions including:
2G;
5G;
and 6G.
The ten-day course is priced at:
R19,748 including VAT
This is an advanced pathway and may require prior TIG welding competence.
Why Cleanliness Matters in Stainless-Steel TIG Welding
Contamination can reduce weld quality and damage the corrosion-resistant surface.
Good stainless-steel TIG practice may require:
clean base material;
suitable degreasing;
dedicated stainless-steel brushes;
dedicated abrasives;
clean gloves;
protected filler rods;
separation from carbon-steel grinding dust;
and appropriate shielding.
Tools previously used on carbon steel can transfer contamination onto stainless steel.
A visually neat weld can still have unacceptable contamination, oxidation or root quality.
What Is Stainless-Steel Sugaring?
“Sugaring” describes severe oxidation on the back or root side of a stainless-steel weld.
It may appear dark, rough or granular.
This is not merely an appearance problem. Severe oxidation may reduce corrosion resistance and make the weld unsuitable for its intended service.
For suitable stainless-steel pipe roots, back purging may be required to protect the inside of the weld from atmospheric oxygen.
A proper purge setup may involve:
sealing the pipe;
controlling the gas inlet and outlet;
allowing sufficient purge time;
maintaining appropriate gas flow;
and protecting the root until it has cooled sufficiently.
Aluminium TIG Welding Course
Aluminium TIG welding requires a different approach from carbon-steel or stainless-steel TIG welding.
Aluminium presents challenges involving:
a tough oxide layer;
high thermal conductivity;
rapid changes in weld-pool behaviour;
contamination;
moisture;
porosity;
and distortion.
Aluminium preparation may include:
degreasing;
removing surface oxide with suitable dedicated tools;
protecting the cleaned surface;
keeping filler rods clean;
and welding before the prepared area becomes contaminated again.
Aluminium TIG Course Prices
Course | Positions | Duration | Price |
Basic TIG — Aluminium Plate | 1F–2F and 1G | 5 days | R8,748 incl. VAT |
Advanced TIG — Aluminium Plate | 3F–4F and 3G–4G | 10 days | R14,048 incl. VAT |
Aluminium TIG Bundle | Basic and advanced plate training | 15 days | R18,538 incl. VAT |
Advanced TIG — Aluminium Pipe | 5G and 6G | 10 days | R19,748 incl. VAT |
Why Alternating Current Is Commonly Used for
Aluminium TIG
Aluminium TIG welding commonly uses alternating current because it assists with:
penetration;
and oxide-cleaning action.
Suitable AC TIG machines may provide controls for:
AC balance;
AC frequency;
waveform;
amperage;
pulse;
and starting characteristics.
Machine controls can support the welding process, but they cannot compensate for dirty material, contaminated filler, weak torch control or poor joint preparation.
Common Aluminium TIG Welding Problems
Poor preparation or technique may contribute to:
porosity;
oxide inclusions;
incomplete fusion;
unstable arc behaviour;
burn-through;
crater cracking;
excessive penetration;
contamination;
and distortion.
Aluminium conducts heat rapidly.
At the beginning of a weld, more energy may be required to establish the weld pool. As the component heats up, the same setting may become excessive.
The welder must respond to the changing thermal condition of the workpiece.
TIG Plate Welding vs TIG Pipe Welding
Plate and pipe welding require different levels of control.
TIG Plate Welding
Plate training may include:
fillet welds;
butt welds;
lap joints;
corner joints;
T-joints;
flat positions;
horizontal positions;
vertical positions;
and overhead positions.
Plate training helps learners develop foundational torch, filler and heat-control skills.
TIG Pipe Welding
Pipe welding requires the welder to control the weld around the circumference of a pipe.
The effective welding position changes continuously when the pipe is fixed.
Pipe welding may require competence in:
pipe preparation;
bevel preparation;
alignment;
root-gap control;
tack welding;
root passes;
penetration;
internal protection;
hot passes;
fill and cap passes;
and changing body position.
A learner who produces acceptable flat plate welds should not assume automatic readiness for 5G or 6G pipe welding.
TIG Combination Pipe-Welding Routes
Some industrial pipe-welding routes combine TIG with another welding process.
Swift Skills Academy’s brochure lists the following combination options:
Combination pipe course | Processes | Duration | Price |
Carbon-Steel Pipe Welding | GTAW + FCAW | 10 days | R12,768 incl. VAT |
Carbon-Steel Pipe Welding | GTAW + SMAW | 10 days | R16,548 incl. VAT |
Stainless-Steel Pipe Welding | GTAW + SMAW | 10 days | R13,588 incl. VAT |
In a combination route, TIG may be used for a root pass while another process is used for fill or cap passes.
The exact procedure depends on the training scope and intended welding application.
TIG Welding Positions Explained
1F — Flat Fillet
A fillet weld is completed in the flat position. This is commonly used to develop basic torch and filler coordination.
2F — Horizontal Fillet
The learner controls the weld across horizontal and vertical surfaces.
3F — Vertical Fillet
The learner progresses vertically while managing heat, penetration and weld-pool movement.
4F — Overhead Fillet
The weld is deposited from beneath the joint. Short arc length and precise filler control become increasingly important.
1G — Flat Groove
A groove or butt joint is welded in the flat position.
2G — Horizontal Groove
The joint is positioned vertically while the weld axis remains horizontal.
3G — Vertical Groove
The learner welds vertically while controlling penetration and pool movement.
4G — Overhead Groove
The groove weld is completed overhead.
5G — Fixed Horizontal Pipe
The pipe remains fixed with its axis horizontal. The welder moves around the pipe through changing effective positions.
6G — Fixed Inclined Pipe
The pipe is fixed at an inclined angle. The welder must complete the joint without rotating the pipe.
The 6G position is demanding because it combines multiple effective welding positions in one joint.
What Do You Learn During TIG Welding Training?
The exact content depends on the selected programme, but practical TIG training may cover the following areas.
TIG Welding Safety
Learners should understand hazards involving:
electric current;
arc radiation;
ultraviolet and infrared exposure;
hot metal;
burns;
shielding-gas cylinders;
oxygen displacement;
fumes;
grinding;
fire;
sharp material;
and workshop housekeeping.
TIG may produce less visible smoke than some other welding processes, but it should not be treated as hazard-free.
The material, filler, surface condition and workplace environment still need to be considered.
TIG Equipment Identification
Training may include:
AC/DC or DC TIG power source;
TIG torch;
ceramic cup;
collet;
collet body;
gas lens;
tungsten electrode;
work-return lead;
argon cylinder;
regulator;
flow meter;
filler rods;
foot pedal;
remote amperage control;
and purge equipment where applicable.
Machine Setup
Learners may be introduced to:
current type;
polarity;
amperage;
high-frequency start;
lift-arc start;
pre-flow;
post-flow;
slope settings;
pulse functions;
AC balance;
AC frequency;
and gas-flow settings.
The purpose is to understand how the settings influence the arc and weld—not to copy settings without understanding them.
Tungsten Preparation
A contaminated or poorly prepared tungsten can destabilise the arc.
Learners should understand:
tungsten selection;
electrode diameter;
grinding direction;
tip preparation;
electrode extension;
contamination;
overheating;
and when the tungsten must be reconditioned.
Joint Preparation
TIG welding is sensitive to poor preparation.
Learners may practise:
measuring;
cutting;
deburring;
grinding;
degreasing;
oxide removal;
alignment;
root-gap control;
tack welding;
and fit-up inspection.
A TIG machine cannot compensate for dirty material, oil, moisture, paint, heavy oxide or poor alignment.
Torch and Filler Coordination
Learners need to develop control over:
torch angle;
work angle;
arc length;
filler-rod angle;
filler timing;
travel speed;
weld-pool observation;
and body position.
Heat-Input Control
Too little heat may contribute to inadequate fusion.
Too much heat may contribute to:
distortion;
burn-through;
excessive penetration;
wide heat-affected zones;
oxidation;
and weld-pool collapse.
Heat input is influenced by more than amperage. Arc length, travel speed, pulse settings, joint design and material thickness also matter.
How Long Does a TIG Welding Course Take?
Swift Skills Academy’s current brochure lists: TIG welding course Cape Town
five days for basic TIG plate courses;
ten days for advanced TIG plate and pipe courses;
and 15 days for combined basic-and-advanced TIG bundles.
These durations are shown for the specific courses listed in the brochure.
The time a learner needs to achieve competence may also depend on:
previous welding experience;
hand-eye coordination;
understanding of joint preparation;
material selected;
plate or pipe training;
welding positions;
practical attendance;
progression speed;
and assessment readiness.
Attendance does not automatically equal competence.
A learner must be able to produce acceptable work repeatedly within the scope of the training and assessment.
TIG Welding Course Entry Requirements
Requirements depend on the course level.
A learner entering Basic TIG may need:
valid identification;
basic literacy;
basic numeracy;
the ability to follow safety instructions;
suitable physical ability to participate;
required PPE;
and willingness to complete practical exercises.
Advanced stainless-steel, aluminium or pipe training may require:
prior TIG welding ability;
basic workshop competence;
previous welding certificates;
practical work experience;
or an entry assessment.
Documents may include:
South African identity document or valid passport;
completed registration forms;
proof of payment;
previous training evidence;
employer authorisation for sponsored training;
and work-experience evidence where relevant.
What PPE Is Required for TIG Welding Training?
Required PPE may include:
suitable welding helmet;
safety glasses;
TIG-compatible welding gloves;
flame-resistant protective clothing;
safety boots;
hearing protection;
and respiratory protection where required by the risk assessment.
Swift Skills Academy’s brochure states that learners must provide the required PPE.
Confirm the exact PPE list before the training begins.
Common TIG Welding Defects
A visually attractive bead does not automatically prove that the weld is acceptable.
Learners should be able to identify possible defects or quality concerns such as:
porosity;
tungsten contamination;
incomplete fusion;
incomplete penetration;
excessive penetration;
undercut;
overlap;
oxidation;
excessive heat tint;
irregular bead width;
poor starts and stops;
crater cracking;
excessive reinforcement;
and inconsistent filler placement.
The learner should understand both the visible condition and its likely cause.
Read more about visual weld inspection in South Africa.
What Certificate Do You Receive?
The certificate depends on the programme and assessment outcome.
A learner may receive:
a Certificate of Attendance;
a Certificate of Competency;
a provider-issued short-course certificate;
a statement of results;
an occupational skills-programme result;
or a separate coded-welding test result.
Swift Skills Academy’s brochure states that successful learners receive a Certificate of Competency.
Before enrolling, ask:
What is the exact course title?
Is the programme a short course or occupational programme?
What practical assessment will be completed?
Who issues the certificate?
Is the training credit-bearing?
Does the price include assessment?
Does the programme include coded-welder testing?
What further steps remain after completing the course?
Does a TIG Course Make You a Coded Welder?
No.
A TIG course develops competence within a defined training scope.
A coded-welder test normally assesses a welder against a specific combination of:
code or standard;
Welding Procedure Specification;
welding process;
material;
joint type;
plate or pipe;
thickness;
pipe diameter;
filler material;
backing condition;
and welding position.
A welder who passes one TIG test is not automatically qualified for every TIG application.
For example:
a stainless-steel plate test does not automatically cover aluminium pipe;
a 2G pipe test does not automatically prove 6G competence;
and a TIG root qualification does not automatically cover every fill and cap process.
The exact qualification range must be understood before accepting work.
Is a TIG Certificate the Same as Red Seal?
No.
These outcomes are different.
Outcome | What it generally represents |
TIG course certificate | Completion or competence within the defined training course |
Coded-welder test | Performance qualification for a specific process, material, joint and position |
Occupational qualification | Structured knowledge, practical and workplace learning |
Trade test | Formal artisan assessment |
Red Seal | Artisan certification achieved through the applicable trade pathway |
TIG training may support progression toward coded welding, ARPL, trade-test preparation or an occupational qualification.
It does not automatically create coded-welder status or Red Seal artisan certification.
Where Are TIG Welding Skills Used?
TIG welding may be used in:
stainless-steel fabrication;
hygienic piping;
food and beverage equipment;
process piping;
pharmaceutical equipment;
marine fabrication;
aluminium structures;
transport fabrication;
precision sheet-metal work;
custom exhaust systems;
specialist repair work;
pipe root passes;
tanks;
vessels;
and high-quality workshop fabrication.
The employer or project may still require:
an internal practical test;
coded-welder qualification;
pipe experience;
drawing interpretation;
fabrication ability;
experience working to a Welding Procedure Specification;
and evidence of material-specific competence.
No short course should guarantee employment.
Corporate TIG Welding Training for Employers
Employers may require TIG training to address:
inconsistent weld quality;
stainless-steel contamination;
excessive heat tint;
failed pipe roots;
poor purge control;
aluminium porosity;
tungsten contamination;
weak fit-up;
high repair rates;
material waste;
and inconsistent operator technique.
An employer programme may include:
practical skills assessment;
process review;
material-specific gap analysis;
targeted TIG training;
procedure awareness;
defect-prevention exercises;
practical reassessment;
and documented training records.
Training can be planned around:
the company’s equipment;
production materials;
joint configurations;
employee experience;
quality requirements;
and workplace risks.
Employers should begin with a practical skills and training-needs assessment instead of automatically placing every employee into the same course.
How to Choose a TIG Welding School in Cape Town
Before booking, ask the following questions.
Course Scope
Is the course specifically TIG or GTAW?
Which material will be used?
Is the training on carbon steel, stainless steel or aluminium?
Will the learner weld plate, pipe or both?
Which positions are covered?
Is the course suitable for a beginner?
Is prior welding experience required?
Equipment and Practical Training
Is the equipment DC or AC/DC?
Is high-frequency starting taught?
Is lift-arc starting taught?
Is pulse TIG included?
Is AC balance covered for aluminium?
Is stainless-steel back purging included?
How many practical booth hours are provided?
How many learners share each workstation?
Price and Materials
Are metal test pieces included?
Are filler rods included?
Is shielding gas included?
Is machine use included?
Is assessment included?
Is retesting included?
Does the price include VAT?
What PPE must the learner bring?
Certification
What certificate will be issued?
Who issues it?
Is the course credit-bearing?
Is coded-welder testing included?
What further assessment is required?
How does the course connect to workplace, ARPL or artisan pathways?
Do not accept vague claims such as “internationally recognised” or “fully accredited” without asking:
recognised by whom;
accredited for which programme;
assessed against which outcome;
and limited to which process, material and welding position.
Where Is Swift Skills Academy?
Swift Skills Academy is based at:
6 Monaco Road Killarney Gardens
Cape Town, South Africa
The Academy provides practical welding training for individual learners, employees and employer groups.
Contact the Academy before travelling to confirm:
current course availability;
starting dates;
entry requirements;
practical scope;
PPE requirements;
payment terms;
and the correct TIG route for your intended work.
Frequently Asked Questions
How much does a TIG welding course cost in Cape Town?
Swift Skills Academy’s Basic TIG Welding course on carbon steel costs R7,928 including VAT for five days.
Advanced carbon-steel TIG training costs R13,148 including VAT for ten days.
Specialised stainless-steel and aluminium TIG courses range from R8,748 to R19,748 including VAT, depending on the material, level and whether the course covers plate or pipe.
How long does a TIG welding course take?
Basic TIG plate courses are listed as five-day programmes.
Advanced TIG plate and pipe courses are listed as ten-day programmes.
Combined basic-and-advanced TIG bundles are listed as 15-day programmes.
The time required to achieve competence may vary according to the learner’s previous experience and practical progress.
Can a complete beginner learn TIG welding?
Yes, a beginner can enter foundational TIG training.
TIG requires coordination, patience, cleanliness and repeated practice. Advanced stainless-steel, aluminium and pipe programmes may require prior TIG competence or an entry assessment.
Which is better: stainless-steel TIG or aluminium TIG?
Neither is automatically better.
Stainless-steel TIG may suit learners targeting process equipment, hygienic fabrication, specialist pipework and corrosion-resistant materials.
Aluminium TIG may suit learners targeting marine, transport and specialist aluminium fabrication.
The correct choice depends on the intended industry and type of work.
Is argon welding the same as TIG welding?
Argon is a shielding gas commonly used during TIG welding.
The formal name of the process is Gas Tungsten Arc Welding or GTAW. Not every welding process using argon is necessarily TIG welding.
Does a TIG welding course make you a coded welder?
No.
Coded-welder status normally requires a separate practical performance test against a specific code, welding procedure, process, material, joint and position.
Does completing TIG training make you a Red Seal welder?
No.
TIG training develops a specific welding process skill. Red Seal artisan certification requires the applicable artisan-development pathway and successful trade testing.
Must learners provide their own PPE?
Yes. Swift Skills Academy’s brochure states that learners must provide the required PPE. Confirm the complete PPE list before training begins.
Start the Correct TIG Welding Pathway
Choose TIG training according to the work you intend to perform.
Choose Basic TIG when you need foundational GTAW coordination and down-hand welding experience.
Choose Advanced TIG when you already control the process and need vertical or overhead positional development.
Choose stainless-steel TIG when your work involves corrosion-resistant fabrication, process equipment, hygienic systems or specialist pipework.
Choose aluminium TIG when your intended work involves marine, transport or specialised aluminium fabrication.
Choose TIG pipe welding only when you have sufficient foundational control to manage pipe preparation, root quality and changing welding positions.
Swift Skills Academy
6 Monaco Road, Killarney Gardens,
Cape TownTel: 021 828 0772
WhatsApp: +27 60 998 7412
You May Also Want to Read Further
Related article or page | Why it helps |
Compare Swift Skills Academy’s broader practical welding pathways | |
Compare TIG with other welding processes and training routes | |
Understand common visible welding defects and quality indicators | |
Develop essential material-preparation and workshop tool skills | |
Build foundational workplace hazard and safety awareness | |
Support workplace fire preparedness around hot-work activities |
Sources
Source | Type | Why it matters |
Swift Skills Academy — 2026 Trade Introduction, Welding and Technical Assessment Price List | Official Swift Skills Academy brochure | Confirms TIG course names, prices, durations, materials, welding positions, bundles, VAT treatment and enrolment conditions. |
Primary legislation | Establishes South Africa’s overarching workplace health and safety framework | |
Official qualification record | Helps readers distinguish process-specific TIG training from the broader occupational welder qualification | |
Occupational quality council | Provides official information on occupational qualifications, skills programmes and certification |
