A tailored course, built for your situation
Welding Compliance and Safety Leadership for Fabrication Teams
Master OSHA, ISO, and site-specific standards while leading safer, code-compliant plater/welder operations
The situation this course is for
As a plater/welder advancing into supervision, you're expected to enforce safety and quality standards you were never formally taught. OSHA inspections, ISO audits, and client site reviews demand documentation, traceability, and procedural rigor. Missing paperwork or inconsistent practices can ground operations, delay shipments, and damage reputation. You need a system that keeps weld integrity front and center while satisfying compliance demands , without slowing down production.
Who this is for
Tradesperson transitioning into leadership on fabrication or shipbuilding sites, responsible for quality weld output and team safety under ISO, OSHA, or client-specific standards.
Who this is not for
Entry-level welders not responsible for documentation, auditors without shop-floor experience, or managers completely removed from daily fabrication workflows.
What you walk away with
- Lead compliant welding operations with confidence under OSHA and ISO 3834
- Document and standardize welding procedures that pass third-party audits
- Implement pre-weld safety checks and lockout-tagout protocols
- Train junior welders in code-compliant techniques with traceable records
- Reduce rework and non-conformance reports through structured quality control
The 12 modules (with all 144 chapters)
- Why compliance matters on the shop floor
- The cost of non-conformance in fabrication
- Roles: welder vs. compliance-aware welder
- Safety culture starts at the bench
- Documenting decisions under pressure
- How audits actually work
- Common gaps in welding logs
- OSHA expectations for metalwork
- ISO 3834 basics for daily practice
- Client-specific quality clauses
- Building trust through consistency
- Daily habits of compliant teams
- What is a WPS and why it matters
- Locating active WPS for your job
- Interpreting prequalified vs. qualified WPS
- Welding variables you must track
- Preheat and interpass temperature logs
- Filling out WPS compliance checklists
- When to request a new WPS
- Common WPS violations in the field
- Linking WPS to material certifications
- Updating WPS after design changes
- Training others on WPS adherence
- Auditing WPS compliance weekly
- OSHA PPE requirements for welding
- Choosing correct shade for filter lenses
- Respiratory protection for fumes
- Fire watch responsibilities
- Confined space entry protocols
- Overhead welding safety
- Hearing protection in metal shops
- Skin protection from UV and sparks
- PPE inspection checklists
- Enforcing PPE with team members
- Reporting damaged gear
- Site-specific safety plans
- What is lockout-tagout
- Identifying energy sources
- Group LOTO procedures
- Welder responsibilities in LOTO
- Verifying zero energy state
- Tagging equipment safely
- Temporary re-energizing steps
- LOTO during shift changes
- Common LOTO failures in welding
- Auditing LOTO compliance
- Training new hires on LOTO
- Documenting LOTO for audits
- Understanding material test reports
- Reading mill certifications
- Storing certs with job packets
- Tracking material from receipt to use
- Color-coding system for metals
- Batch number logging
- Handling uncertified materials
- Client requirements for traceability
- Digital vs. paper logs
- Auditing material records
- Training team on traceability
- Correcting traceability gaps
- Types of weld inspections
- Visual inspection checklist
- Dye penetrant testing steps
- Magnetic particle inspection basics
- Ultrasonic testing overview
- Radiographic safety awareness
- Scheduling third-party NDT
- Responding to NDT findings
- Documenting repair welds
- Re-inspection protocols
- Maintaining NDT records
- Training team on inspection prep
- Daily QC checklist for welders
- Identifying common defects
- Rework authorization process
- Tracking rework frequency
- Weld map documentation
- Shift handover for QC
- Client-facing quality reports
- Internal audit preparation
- Corrective action logs
- Quality metrics for leadership
- Reducing porosity and undercut
- Improving first-pass yield
- Hazards of welding fumes
- Ventilation system types
- Local exhaust placement
- Fume extraction arms
- Air quality monitoring
- Welding outdoors safely
- Handling galvanized metals
- Zinc fume fever prevention
- PPE for fume exposure
- Regulatory limits for emissions
- Reporting fume issues
- Improving airflow on site
- Moving from welder to lead role
- Coaching junior welders
- Giving feedback on technique
- Documenting performance issues
- Scheduling team training
- Handling safety violations
- Delegating without losing quality
- Building team accountability
- Running toolbox talks
- Mentoring for certification
- Conflict resolution on site
- Leading by example
- Types of audits you’ll face
- Common audit focus areas
- Preparing documentation packets
- Assigning audit roles
- Conducting mock audits
- Responding to non-conformances
- Corrective action timelines
- Evidence collection strategies
- Auditor communication rules
- Post-audit review meetings
- Updating procedures after audit
- Building audit readiness habit
- AWS D1.1 structure overview
- Interpreting code tables
- Joint design requirements
- Filler metal specifications
- Weld size tolerances
- Inspection acceptance criteria
- Client addenda to codes
- Updating for code changes
- Cross-referencing standards
- Training team on code updates
- Common code violations
- Documenting code compliance
- Tracking weld quality metrics
- Identifying rework trends
- Implementing small improvements
- Soliciting team feedback
- Benchmarking against peers
- Adopting new techniques
- Updating work instructions
- Reducing waste in prep
- Improving fit-up accuracy
- Time tracking for efficiency
- Celebrating quality wins
- Planning next-level training
How this maps to your situation
- Preparing for an upcoming ISO 3834 audit
- Leading a team through a high-pressure fabrication schedule
- Responding to repeated non-conformance reports
- Transitioning from individual welder to team lead
Before vs. after
What's included with your purchase
- 12 modules with 12 chapters each (144 chapters)
- Downloadable templates and worked examples for every module
- Hand-built implementation playbook delivered alongside course access
- 30-day money-back guarantee
Delivery and format
- Course and learning environment access provisioned within 24 hours of purchase
- Hand-built implementation playbook delivered alongside course access
Format: Text-based modules and chapters in the Art of Service learning environment, plus downloadable templates and worked examples for every chapter, plus the hand-built implementation playbook delivered alongside course access.
Time investment: Approximately 3 hours per module, designed to be completed on shift breaks or after work. Total time: 36 hours over 12 weeks with paced implementation.
How this compares to the alternatives
Generic safety videos don’t address welding-specific compliance. University courses are too broad and time-intensive. This course delivers targeted, actionable frameworks used by top fabrication leaders , without leaving the shop floor.
Frequently asked
Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.