SEG Awards
Level 2
QN: 603/5758/7
Curriculum Active
SEG Awards Level 2 Award in Welding Techniques and Skills
Official qualification regulated by Ofqual, awarded by SEG Awards. Classified as a Vocationally-Related Qualification. Total guided learning hours: 420 hours.
Qualification Level
Level 2
Awarding Body
SEG Awards
Syllabus Units
9 Units
Guided Hours
420 hrs
Instant access to interactive lessons, quizzes, and spaced revision.
Course Syllabus & Study Modules
Complete breakdown of verified curriculum topics and learning objectives.
1
Health and Safety in a Fabrication and Welding Environment
Verified
Key Learning Objectives:
- Identify the basic responsibilities of employer and employee with regard to Health and Safety at Work Act 19741.2 Identify the statutory requirements and legislation of the Health and Safety at Work in a fabrication and welding work environment2.1.
- Identify and describe where potential health and safety hazards may occur within a fabrication and welding work environment 2.2 Identify potential hazards and the necessary precautions in a fabrication and welding environment for each of the following
- when moving and handling materials
- when using hand and power tools
- when using thermal processes3.1 Identify the five steps of a risk assessment3.2 Conduct a risk assessment of a fabrication and welding work environment3.3 Report findings to an appropriate person in line with organisational requirements4.1 State reasons why protective clothing and equipment should be worn4.2 Identify common safety guards, screens and fences within a workshop situation4.3 Locate fire extinguishers, emergency switches and exits in the work environment4.4 Describe how waste materials should be dealt with to comply with current laws and regulations5.1 Describe their organisational accident and emergency procedures in relation to
- injury to self or others
- malfunctions of equipment
- problems with hazardous substances6.1 Identify safety signs within the following groups
- safe condition
2
Manual Metal-Arc Welding - Low Carbon Steel
Verified
Key Learning Objectives:
- 1 Identify the need to use appropriate PPE (personal protective equipment) when carrying out manual metal welding activities1.2 Identify associated risks when welding with MMA, to include
- arc radiation burns
- burns from handling hot materials
- welding fumes
- electric shocks
- sparks1.3 Identify fire prevention and emergency procedures required in the workplace, to include
- causes of fire
- types of fire extinguisher used
- evacuation procedures1.4 Identify the main groups of safety signs, to include
- information signs1.5 Identify the function of the listed equipment when used with MMA welding activities
- transformer/generators
- transformer/rectifiers
- welding lead
- welding return lead
- welding earth
- electrode holders1.6 Identify ancillary equipment used when welding with the MMA welding process1.7 Identify suitable storage conditions for manual metal welding electrodes1.8 Identify the electrode in terms of
- size by electrode diameter
- flux coating type1.9 Identify appropriate safety checks on MMA welding equipment prior to use1.10 Prepare to carry out MMA welding to produce welded joints in the PA or PB positions, to include
- production of the correct welding preparation
- identify distortion control methods to be used
3
Manual Metal-Arc Welding - Stainless Steel
Verified
Key Learning Objectives:
- 1 Identify the need to use appropriate PPE (personal protective equipment) when carrying out manual metal welding activities1.2 Identify associated risks when welding with MMA, to include
- arc radiation burns
- burns from handling hot materials
- welding fumes
- electric shocks
- sparks1.3 Identify fire prevention and emergency procedures required in the workplace, to include
- causes of fire
- types of fire extinguisher used
- evacuation procedures1.4 Identify the main groups of safety signs, to include
- information signs1.5 Identify the function of the listed equipment when used with MMA welding activities
- transformer/generators
- transformer/rectifiers
- welding lead
- welding return lead
- welding earth
- electrode holders1.6 Identify ancillary equipment used when welding with the MMA welding process1.7 Identify suitable storage conditions for manual metal welding electrodes1.8 Identify the electrode in terms of
- size by electrode diameter
- flux coating type1.9 Identify appropriate safety checks on MMA welding equipment prior to use1.10 Prepare to carry out MMA welding to produce welded joints in the PA or PB positions, to include
- production of the correct welding preparation
- identify distortion control methods to be used
4
Metal-Arc Gas Shielded Welding - Low Carbon Steel
Verified
Key Learning Objectives:
- 1 Identify the need to use appropriate PPE (personal protective equipment) when carrying out MAGS welding activities1.2 Identify the risks associated when welding with MAGS, to include
- arc radiation burns
- burns from handling hot materials
- welding fumes
- electric shocks
- sparks1.3 Identify fire prevention and emergency procedures required in the workplace, to include
- causes of fire
- types of fire extinguisher used
- evacuation procedures1.4 Identify the main groups of safety signs, to include
- information signs1.5 Identify the function of the listed equipment when used with MAGS welding activities
- power source unit
- welding lead
- welding return lead
- welding earth
- welding torch
- wire feed unit
- shielding gas supply, regulator and flow meter1.6 Identify ancillary equipment used when welding with the MAGS welding process1.7 Identify suitable storage conditions for MAGS welding wires1.8 Identify the electrode wires in terms of
- size by electrode diameter
- weight of spool
- copper coated type1.9 Identify appropriate safety checks on MAGS welding equipment prior to use1.10 Prepare to carry out the MAGS welding process to produce welded joints in the PA or PB positions, to include
5
Metal-Arc Gas Shielded Welding - Aluminium
Verified
Key Learning Objectives:
- 1 Identify the need to use appropriate PPE (personal protective equipment) when carrying out MAGS welding activities1.2 Identify the risks associated when welding with MAGS, to include
- arc radiation burns
- burns from handling hot materials
- welding fumes
- electric shocks
- sparks1.3 Identify fire prevention and emergency procedures required in the workplace, to include
- causes of fire
- types of fire extinguisher used
- evacuation procedures1.4 Identify the main groups of safety signs, to include
- information signs1.5 Identify the function of the listed equipment when used with MAGS welding activities
- power source unit
- welding lead
- welding return lead
- welding earth
- welding torch
- wire feed unit
- shielding gas supply, regulator and flow meter1.6 Identify ancillary equipment used when welding with the MAGS welding process1.7 Identify suitable storage conditions for MAGS welding wires1.8 Identify the electrode wires in terms of
- size by electrode diameter
- weight of spool
- copper coated type1.9 Identify appropriate safety checks on MAGS welding equipment prior to use1.10 Prepare to carry out the MAGS welding process to produce welded joints in the PA or PB positions, to include
6
Metal-Arc Gas Shielded Welding - Stainless Steel
Verified
Key Learning Objectives:
- 1 Identify the need to use appropriate PPE (personal protective equipment) when carrying out MAGS welding activities1.2 Identify the risks associated when welding with MAGS, to include
- arc radiation burns
- burns from handling hot materials
- welding fumes
- electric shocks
- sparks1.3 Identify fire prevention and emergency procedures required in the workplace, to include
- causes of fire
- types of fire extinguisher used
- evacuation procedures1.4 Identify the main groups of safety signs, to include
- information signs1.5 Identify the function of the listed equipment when used with MAGS welding activities
- power source unit
- welding lead
- welding return lead
- welding earth
- welding torch
- wire feed unit
- shielding gas supply, regulator and flow meter1.6 Identify ancillary equipment used when welding with the MAGS welding process1.7 Identify suitable storage conditions for MAGS welding wires1.8 Identify the electrode wires in terms of
- size by electrode diameter
- weight of spool
- copper coated type1.9 Identify appropriate safety checks on MAGS welding equipment prior to use1.10 Prepare to carry out the MAGS welding process to produce welded joints in the PA or PB positions, to include
7
Tungsten-Arc Gas Shielded Welding - Aluminium
Verified
Key Learning Objectives:
- 1 Identify the need to use appropriate PPE (personal protective equipment) when carrying out TAGS welding activities1.2 Identify the risks associated when welding with TAGS, to include
- arc radiation burns
- burns from handling hot materials
- welding fumes
- dangers of using high frequency systems
- electric shocks
- fire1.3 Identify fire prevention and emergency procedures required in the workplace, to include
- causes of fire
- types of fire extinguisher used
- evacuation procedures1.4 Identify the main groups of safety signs, to include
- information signs1.1.
- Identify the functions of the listed equipment when used with TAGS welding activities, to include
- transformer/generators
- transformer/rectifiers
- welding inverters
- high frequency units
- cooling systems
- welding lead
- welding return lead
- welding earth
8
Tungsten-Arc Gas Shielded Welding - Low Carbon Steel
Verified
Key Learning Objectives:
- 1 Identify the need to use appropriate PPE (personal protective equipment) when carrying out TAGS welding activities1.2 Identify the risks associated when welding with TAGS, to include
- arc radiation burns
- burns from handling hot materials
- welding fumes
- dangers of using high frequency systems
- electric shocks
- fire1.3 Identify fire prevention and emergency procedures required in the workplace, to include
- causes of fire
- types of fire extinguisher used
- evacuation procedures1.4 Identify the main groups of safety signs, to include
- information signs1.1.
- Identify the functions of the listed equipment when used with TAGS welding activities, to include
- transformer/generators
- transformer/rectifiers
- welding inverters
- high frequency units
- cooling systems
- welding lead
- welding return lead
- welding earth
9
Tungsten-Arc Gas Shielded Welding - Stainless Steel
Verified
Key Learning Objectives:
- 1 Identify the need to use appropriate PPE (personal protective equipment) when carrying out TAGS welding activities1.2 Identify the risks associated when welding with TAGS, to include
- arc radiation burns
- burns from handling hot materials
- welding fumes
- dangers of using high frequency systems
- electric shocks
- fire1.3 Identify fire prevention and emergency procedures required in the workplace, to include
- causes of fire
- types of fire extinguisher used
- evacuation procedures1.4 Identify the main groups of safety signs, to include
- information signs1.1.
- Identify the functions of the listed equipment when used with TAGS welding activities, to include
- transformer/generators
- transformer/rectifiers
- welding inverters
- high frequency units
- cooling systems
- welding lead
- welding return lead
- welding earth
Regulatory & Verification Details
- Qualification Number (QN)
- 603/5758/7
- Regulated Status
- Available to learners
- Awarding Body
- SEG Awards
- Qualification Type
- Vocationally-Related Qualification
- Operational Start
- Sept 2020