Aluminum Welding for Fabricators, Inspectors & Engineers

Broaden your skillsets and keep pace with advancements in your field by learning from industry experts.

Is welding aluminum difficult or just different? This live webinar addresses that question and provides you the information needed to confidently work with aluminum. By the end of the course, attendees will be able to identify aluminum properties that affect its use in welded structures; design, fabricate, and inspect aluminum weldments; and explain how to properly qualify aluminum welding procedures and welders.

Attendees that complete all six webinar sessions and earn a passing score on the final exam will earn 6 PDHs or 0.6 CEUs.


Member: $292
Non-member: $389

Includes a digital copy of D1.2:2014 – Structural Welding Code – Aluminum

Learning Objectives

  • Provide an overview of aluminum joining methods and welding processes
  • Address aluminum’s metallurgical properties, including those that are conducive to welding and those that are not
  • Introduce attendees to AWS D1.2/D1.2M:2014 Structural Welding Code -Aluminum
  • Cover the design of aluminum fillet, groove, plug, slot, and stud welds
  • Explain the qualification process for aluminum welding procedure specifications and personnel
  • Discuss the fabrication and inspection of aluminum weldments
  • Explain friction stir welding, the newest aluminum welding process, and why it is best suited for aluminum

Webinar Schedule

Each live webinar is composed of 1-hour sessions spread across 6 days.
Tuesdays, Wednesdays, and Thursdays; 1-2 p ET

Session 2
July 25 – August 3, 2023
(Tuesdays – Thursdays) 1 – 2p ET

Session 3
December 12 – 21, 2023
(Tuesdays – Thursdays) 1 – 2p ET



Ronald D. Zieman

Ronald D. Ziemian is the Technical Consultant to the Aluminum Association and a professor at Bucknell University. Ron is the secretary of the Engineering Advisory Committee of the Aluminum Association, responsible for the Specification for Aluminum Structures, which is used throughout the US for aluminum structural design. He is also a member of the Canadian Standards Association’s committee on Strength Design in Aluminum. Ron received his BSCE, MENG, and Ph.D. degrees from Cornell University.

In addition to authoring papers on the design and analysis of steel and aluminum structures, Ron is co‐author of the textbook Matrix Structural Analysis (Wiley, 2000), the developer of the educational analysis software MASTAN2, and the editor for the 6th edition of the Guide to Stability Design Criteria for Metal Structures (Wiley, 2010). He is the Co-Editor in Chief of Elsevier’s Journal of Constructional Steel Research.

Ron is a member of AISC’s Committee on Specifications, chairs AISC’s TC3 – Loads, Analysis and Stability, and previously chaired AISC’s TG on Inelastic Analysis and Design. He also serves on the AISI Specification Committees, is active with the Steel Joist Institute, and is the former chair of the Structural Stability Research Council.

Ron was awarded the ASCE Norman Medal (1994), the AISC Special Achievement Award (2006), the ASCE Shortridge Hardesty Award (2013), the AISC TR Higgins Award (2019), and the SSRC Lynn S. Beedle Award (2021) for his contributions to the profession related to the stability analysis and design of metal structures.

Thom Burns

Thom Burns holds a BS in Industrial Technology/Metals Science from Northern Michigan University, has been in the Aluminum Welding Technical field for over 35 years and with the AWS for 36 years. He was the past Chair and the current Vice Chair of the AWS D1.2 Structural Welding Code – Aluminum and the past Chair of the AWS D3.7 Aluminum Hull Guide. Also holds a seat on the Main Committee of the AWS D1 – Welded Structures.

While as the Director of Business Development and Technical Services for three international Aluminum Welding companies, Thom oversaw the customer needs and product improvements throughout the North American region and managed others throughout the world. He has also developed numerous improvements in feeding of aluminum wire and welding practices that both reduce costs and increase performance in aluminum welding. Some of these devices have been patented and are in service today.

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