Portland Community College | Portland, Oregon

This is an outcome based course utilizing a lecture/lab format. This course includes classroom discussions, videos and lab demonstrations of technical skills.  Course outcomes will include: safety, theoretical concepts, layout, fabrication, oxy-fuel cutting, carbon arc gouging and flux cored arc welding.

Upon completion of the course students should be able to:

1. Function safely in a welding shop and a shipyard environment.
2. Use hand tools to lay out welding assemblies.
3. Fabricate maritime joint assemblies.
4. Weld maritime-specific joint assemblies with FCAW-G.

This will be the first course in the Maritime Ship Fitting Welding sequence.  Each concept will be delivered in a combination of lectures and videos followed by practical demonstrations and hands-on application in the welding lab.

The student will be assessed on their ability to demonstrate the development of course outcomes. The methods of assessment may include one or more of the following: oral or written examinations, quizzes, written assignments, visual inspection and welding tests.

Function safely in the PCC Welding Shop and A Shipyard Environment.

• Understand and practice personal safety by using proper protective equipment (PPE)

• Understand, promote and adhere to a Safety-First culture by following OSHA safety guidelines and requirements at all times.

  • Understand and maintain a safe work area

  • Recognize and report dangerous electrical and air/gas hose connections

  • Understand and practice fire prevention

  • Understand first aid protocol in case of an emergency.

  • Understand confined and enclosed spaces.

  • Understand sitemaps and muster stations.

  • Understand fire hydrant locations throughout the shipyard.

  • Understand injury reporting procedure.

  • Understand  ANSI safety color codes.

• Understand and practice power tool safety

• Understand and practice equipment safety for welding, oxy-fuel and carbon arc cutting systems

Operate oxy-fuel portable and track cutting systems in accordance with industry standards.

• Demonstrate correct setup, operation and shutdown procedures for oxy-fuel hand cutting

• Demonstrate correct setup, operation and shutdown procedures for oxy-fuel track cutting

Understand and apply fundamentals of FCAW E71T-1 Operations. 

• Describe and demonstrate equipment setup, shut down, and operation

• Identify electrode characteristics

• Demonstrate proper arc length and travel speed

• Demonstrate correct starting, stopping and restarting techniques

• Demonstrate proper bead placement

Understand and apply proper use of Carbon Arc Cutting (CAC-A)

• Demonstrate proper set up of CAC-A

• Identify proper applications for CAC-A

• Demonstrate safe and proper use of CAC-A

Interpret blueprints to accurately lay out, prepare, and assemble weld joints.

• Interpret lines, symbols, views and notes

• Lay out material per specifications

• Use the oxy-fuel cutting process to cut material to specific dimensions

• Assemble project per specifications and to Maritime standards

Weld common joint assemblies with the E71T-1 and use CAC-A according to AWS D1.1/D1.5  Welding Code standards.

• Flat Position

  • E71T-1 24” Single V Groove Weld open root w/ ceramic 

• Horizontal position:

  • E71T-1 24” T-Joint w/ rat holes

  • E71T-1 24” Single V Groove Weld open root w/ ceramic 

• Vertical position:

  • E71T-1 24” T-Joint w/ rat holes

  • E71T-1 24” Single V Groove Weld open root w/ ceramic 

• Overhead

  • E71T-1 24” T-Joint w/ rat holes

• Transitional welding practice

  • Prep & fit inserts

  • Weld out insert in the flat, horizontal and vertical positions 

  • Bulkhead insert practice 12”x12”, ceramic tape ⅝” root opening

  • Bulkhead insert oval 12”x18”, ceramic tape ⅝” root opening

Apply visual examination principles and practices in accordance with AWS D1.1/D1.5 and ABS. 

• Evaluate welds using appropriate welding inspection tools

• Assess weld discontinuities causes and determine corrections