Welding Automation Expo & Conference

Welding Automation Exposition and Conference

Welding Automation Exposition & Conference 2026

June 2-4, 2026 | Minneapolis, Minnesota

Speakers & Sessions

Speakers & Sessions

Connect with Industry Leaders!

Join us at the Welding Automation Exposition & Conference to learn directly from the industry’s leading experts in automated welding, inspection, and quality assurance. Our speakers bring years of hands‑on experience implementing cutting‑edge technologies—and they’re ready to share insights that can elevate your approach to automation and inspection.

Discover the speaker lineup and see what awaits you at the Welding Automation Exposition & Conference.

Jeff Burnstein

Jeff Burnstein | President, Association for Advancing Automation

Jeff Burnstein is the President of the Association for Advancing Automation (A3), the leading North American trade group representing over 1400 global companies involved in robotics, artificial intelligence, vision, motion control and related automation technologies. Burnstein joined the association in 1983 and has held a variety of senior positions, culminating in his promotion to President in 2007. He is a frequent commentator on automation issues to the news media, policy makers and the public, and regularly speaks at global conferences on topics such the latest automation trends, the impact of automation on jobs and the future of automation beyond the factory floor. In 2023 he received the Engelberger Robotics Award for Leadership, widely considered the “Nobel Prize of Robotics.”

KEYNOTE PRESENTATION: The Latest Trends in the U.S. Robotics Industry

The robotics industry in the United States is currently attracting attention from leaders in nearly every industry, as labor shortages and increasing global competition put pressure on companies to improve the quality and reliability of their products and services while lowering costs. New innovations in robotics, such as humanoid robots, as well as “physical AI,” may lead to a new Golden Age for robotics adoption. Or, it’s possible these technologies are over-hyped and will lead to the disillusionment that occurred four decades ago when industrial robots were proclaimed to be the next industrial revolution. For the moment, the US government is actively discussing trying to establish leadership (or maintain it) as other countries, especially China, are “all in” on robotics and AI. Jeff Burnstein, who has been in the robotics industry for 45 years , will discuss current developments and share his perspectives on what the future holds for the US robotics industry and what it means for our society.

Carey Chen

Carey Chen | CEO, American Welding Society

The Board of Directors appointed Carey Chen as Executive Director and Chief Executive Officer (CEO) on Monday, January 20, 2025.

Mr. Chen brings extensive leadership experience to AWS, having previously held CEO roles at Fathom Digital Manufacturing Solutions (NYSE:FATH), Cadrex Manufacturing Solutions, and Incodema Holdings LLC, and as Executive Chairman and President of Cincinnati Incorporated. Earlier in his career, he held key executive positions, including Vice President & Chief Financial Officer of Hypertherm, Inc., Vice President Finance of Wiremold | Legrand (Paris:LR.PA), and Vice President & CFO of Bayliner Marine Corporation, a subsidiary of the Brunswick Corporation (NYSE:BC).

A longstanding supporter of AWS, Mr. Chen has been an active volunteer with AWS and the AWS Foundation since 2007. He served as AWS Treasurer from 2015 to 2022, during which he chaired the Finance & Business Development and Investment Committees and was a member of both the AWS Board of Directors and the AWS Foundation Board of Trustees. Most recently, he chaired the Audit Committee. His contributions to AWS have earned him prestigious recognitions, including being named an AWS Counselor in 2022 and receiving the National Meritorious Award in 2024.

In addition to his role at AWS, Mr. Chen currently serves as Chairman of the Board for Roberts Hawaii, Inc., an independent Board Director for CHART Rehabilitation, and an Independent Board Advisor for KarYard, Inc. Mr. Chen received a BS in Applied Mathematics from University of California, Los Angeles. He earned an MBA from the University of Illinois at Urbana-Champaign and currently serves on the Gies College of Business Dean’s Business Council. He also holds several US Patents.

KEYNOTE PRESENTATION: TBA

Keynote presentation overview coming soon.

Dennis Harwig

Dennis Harwig | EWI

Dr. Dennis Harwig is a recognized international expert in arc welding & DED additive manufacturing processes, weldability/buildability of advanced materials, and structural metal fabrication. He has deep knowledge in Navy nuclear equipment pressure vessel manufacturing and shipbuilding. His OSU research areas include arc welding & DED process innovation, computer aided robotic process modeling, intelligent multi-process digital “convergent” manufacturing software platforms, gas metal arc metal transfer control and consumable development, reactive & refractory metal weldability, functionally graded DED materials, weldability / buildablity test methods, adaptive DED process sensors & controls, and in-situ process monitoring & NDE. He is an American Welding Society (AWS) fellow and serves on the following AWS committees:

TAC – Technical Activities Committee,
HEC-E, Higher Education Subcommittee – Engineering,
D20 - Specification for Fabrication of Metal Components using Additive Manufacturing, and
G2 – Joining of Metals and Alloys – Chair.

PRESENTATION: Convergent Manufacturing Platform for Welding and DED Processes

Convergent Manufacturing (CM) system is defined as a platform that synergistically combines heterogeneous materials and processes (e.g., additive, subtractive, and transformative) into one platform using digital manufacturing tools and models, while advancing the digital thread. EWI has been developing a CM platform for automated arc welding, powder laser (PL) directed energy deposition (DED), and cold & thermal spray processes to support high integrity metallic maintenance, repair, and overhaul (MRO) applications. Here process models, system digital twins, and sensors were developed for unique process testbeds to reduce high mix / low volume job-shop setup times and ensure first time quality. For welding, the robotic testbed features a custom part reverse engineering part scanner, jumbotron digital twin cell monitor & job visualization interface and probe to path technology for rapid path programming of large high mix parts. For PL DED, the automated testbed features the use of different laser power sources, powder feeders and PL torches that are representative of different commercial PL-DED systems. The machine learning based PL-DED procedures optimized the laser spot size relationship to the powder spot size to achieve high powder absorption / melting efficiency and enable transfer learning between different systems. In addition, in-machine phased array eddy current and laser profilometry sensors have been developed to ensure first time quality. Finally, for the convergent manufacturing platform, a common recipe sequencer was developed using open architecture data transfer and formats to support digital thread workflow, monitoring and control. These CM platform capabilities will greatly improve productivity and ensure first-time quality on high integrity metallic MRO applications.

Slade Gardener

Slade Gardener | Big Metal Additive

Slade Gardner has led Big Metal Additive from startup to internationally recognized manufacturing company serving customers in aerospace and defense with industry leading, large scale, metal additive manufacturing. Dr. Gardner is the 2022 SME Additive Manufacturing Industry Achievement award winner recognizing outstanding accomplishments of significant impact advancing industrial additive manufacturing.

PRESENTATION: Pushing to the Next Level of Automation for Wire Arc DED

Wire arc directed energy deposition (DED) is an additive manufacturing method that uses Gas Metal Arc Welding (GMAW) to produce metal products. The evolution of this manufacturing method has progressed with industry and government standards for part acceptance providing a path for product insertion. Digitizing in-process measurements can accelerate acceptance. GMAW equipment could be improved for wire arc DED of critical products. This presentation will provide context of wire arc DED needs, identify gaps in equipment capabilities and offer suggestions for improvements to address market and customer requirements.

Stuart Shepherd

Stuart Shepherd | Shepherd Solutions

Stu Shepherd has over 47-years’ experience transforming manufacturing in the Americas through his leadership in the robotic automation industry.

He graduated in 1983 from Purdue University with a Bachelor of Science in Mechanical Engineering Technology, which also included his first work experiences in a fabrication job shop and in production welding in an automotive component manufacturer.

His past experiences include automation integration roles at General Motors, and sales and top leadership roles at FANUC America Corporation, KUKA AG, Güdel AG, Universal Robots A/S, and consulting with Gain & Co. and HowToRobot.com.

He is the Co-Founder and President of Shepherd Solutions, Inc. Based in Rochester, Michigan, Stu provides clients with valuable advisory and consulting services focused on the creation and growth of new business development for automation OEMs and integrators, plus for the planning and implementing robotic automation for end-users.

Stu is a Past Chairperson at both the Robotic Industries Association (now known as the A3 Robotics Tech Strategy Board) and Association for Advancing Automation (A3), current A3 Robotics Tech Strategy Board Member, and R15.05 Robot Safety Committee Member. He is also an American Welding Society (AWS) member serving on the D16 Robotic and Automatic Welding Committee.

Lastly, Stu has been internationally recognized for his contributions to the robotics automation industry as the 2025 recipient of the Joseph F. Engelberger Robotics Award for Leadership.

PRESENTATION: AWS and A3 – Working Together to Achieve Robotic Welding Excellence

For decades, robotic automation for welding applications have faced headwinds regarding difficulty to use, welding quality, productivity, high costs, and safety challenges. Further, the American Welding Society ("AWS") and the Association for Advancing Automation ("A3") had conflicting safety-related standards, which added to the debates.

Today, thanks to the collaborative efforts of the AWS D16 Robotics and Automated Welding Safety Committee, the A3 R15.06 Industrial Robotic Safety Committee, ISO 10218, many arc welding robot OEMs and Integrators, and leading end-users, the global market has mutually agreed standards, well defined risk assessments, and easy-to-use arc welding robotic automation solutions that are cost effective for all welding technologies and sizes and types of welding fabricators.

This presentation will provide an overview of the landscape of welding-related standards, discuss the roadmap to global harmonization, and how to develop and vailidate an effective Application Risk Management checklist to quickly plan for any welding application and any company size.

Kaushalya Putta

Kaushalya Putta | GE Aerospace

Kaushalya (Kaushi) Putta is an Advanced Lead Welding Engineer at GE Aerospace, specializing in automated joining processes for aerospace manufacturing. She drives strategy and development initiatives in welding automation, with a particular focus on GTAW (Gas Tungsten Arc Welding) automation for thin-walled materials, exotic materials, and components with complex geometries. Kaushi's expertise spans manufacturing producibility, filler metal development and testing, materials research, and digital manufacturing. She is passionate about integrating advanced technologies with practical shop-floor solutions and sharing insights that benefit not only aerospace but also other industries.

PRESENTATION: Welding Automation in Aerospace: Principles, Challenges, and Lessons Learned

Automation is transforming welding in aerospace manufacturing, where stringent quality requirements, advanced materials, and variable component geometries create unique challenges. This presentation will examine how the aerospace industry is driving advancements in welding automation, spanning mechanized and semi-automatic processes to fully automated robotic and collaborative robot (cobot) solutions. Key topics include deisgn for automation, addressing adoption challenges, and integrating technologies such as vision systems and cobots. The session will focus on broadly applicable insights and lessons learned, rather than proprietary details, offering attendees practical strategies to navigate high-precision manufacturing challenges across industries.

Mark Dalene

Mark Dalene | Davenport Manufacturing Group

Mark Dalene is the owner of Davenport Manufacturing Group (DMG), a Midwest-based contract manufacturer specializing in high-volume sheet metal fabrication, robotic and manual welding, and powder coating. He studied at Weber State University and began his career with five years of hands-on welding experience at Gerber Construction in Lehi, Utah, where he worked as a “stare at the white light” welder—developing a deep respect for the skill and discipline required on the shop floor. He later spent over a decade in manufacturing engineering, including supporting global automation initiatives at John Deere as a senior engineer. At DMG, Mark has led the integration of robotic welding systems, process standardization, and operator-driven quality systems aligned with AWS D1.1 standards. His work focuses on bridging the gap between automation strategy and real-world execution, with an emphasis on scalability, workforce development, and sustainable growth in American manufacturing.

PRESENTATION: From Fortune 100 to DIY: Welding Automation in the Manufacturing Renaissance

Welding automation has traditionally been shaped by Fortune 100 environments—where capital, scale, and access to advanced technology create a high barrier to entry. But that model is no longer the only path forward. This presentation explores the shift toward practical, scalable automation in small to mid-sized fabrication shops, where agility, risk tolerance, and necessity are driving innovation at a different pace.

Drawing from experience as a senior manufacturing engineer exposed to advanced automation technologies, and now as an owner operating in a competitive fabrication market, this session highlights the growing gap between enterprise-level solutions and what is actually required on the shop floor. It examines how smaller manufacturers are adopting and adapting automation in ways that are more accessible, more flexible, and often more effective. We are entering a manufacturing renaissance—but like all renaissances, it is only fully recognized in hindsight. The real shift is already happening. Automation is no longer exclusive to large OEMs; it is moving into the hands of small and mid-sized shops willing to take risks, move quickly, and build something from nothing. This presentation challenges both the automation industry and manufacturers to recognize that shift–and act on it before they are left behind.

Emilee Brittain

Emilee Brittain | CAT

Emilee Brittain is an engineering project lead for Welding Automation within Caterpillar’s Research and Development division. With over 15 years of experience in the welding industry, she works closely with emerging technology, refining existing processes, and assisting manufacturing facilities with the implementation and streamlining of welding automation. She is passionate about using automation as a strategic advantage to help workflows move faster, smarter, and more consistently, bringing practicality in the forefront to ensure changes are sustainable and successful.

PRESENTATION: Design for Automation and Manufacturability

Successful automation depends as much on design decisions as on technology. This presentation examines Design for Automation and Manufacturability, focusing on how early choices in part design, tolerances, materials, and process flow directly affect automation cost, complexity, and reliability. Attendees will learn how to evaluate products and processes through an automation lens, identify common design pitfalls that limit automation effectiveness, and apply practical principles that enable efficient automated assembly, handling, inspection, and scaling. The session emphasizes integrating automation considerations early through cross-functional collaboration to reduce rework, shorten timelines, and deliver more robust automation solutions.

Kyle Anderson

Kyle Anderson | Vectis Automation

Kyle Anderson is a Regional Manager at Vectis Automation. He started working in the traditional robotic welding industry in 2010 as a project engineer and programmer, before transitioning into project management and sales engineering roles. He started working with collaborative robots in 2020, and has enjoyed watching robotic adoption increase as the technology becomes more accessible.

PRESENTATION: How to Scope and Execute a Welding Automation Project

This presentation will outline a structured approach for scoping and executing a successful welding automation project. Users and equipment providers can work together to select the appropriate technology and solution by defining project objectives and assessing feasibility pre-sale, but it is equally important to consider the long-term operation of the equipment. We’ll cover key concepts, including project definition, change management, training, and performance metrics. Whether you’re looking to start your first automation project, or already have a few successes or scars, this session will provide you with actionable insights to ensure your welding automation initiatives deliver measurable value.

Anthony Nighswander

Anthony Nighswander | APT Manufacturing

Anthony Nighswander, President and Founder of APT Manufacturing Solutions, is a visionary leader based in NW Ohio. He is known for his ability to solve complex manufacturing problems and guide individuals and organizations toward their goals, aligning with a divine purpose. Founded in 1996, APT Manufacturing Solutions ranks among the top 10 FANUC integrators in the United States, specializing in pre-engineered robotic welding, palletizing, and training equipment. Also deeply committed to education. They have partnered with FANUC EDU to develop advanced manufacturing equipment and curricula for educational institutions across the Americas. This commitment extends to their "Training Up" initiatives, which include a high school training program, a state-certified apprenticeship program, and hiring from FANUC’s Soldier for Life Training Program.

PRESENTATION: Welding and Automation in Education: Preparing the Next Generation

As cobot welding becomes more accessible, the welding industry is rapidly shifting from manual processes to automated solutions. This change is redefining workforce expectations—and education must keep pace. This session explores how schools are responding, from technical colleges to middle and high schools, and challenges the idea that robotics belongs only in advanced programs. It highlights how early exposure to automation can better prepare students for today’s careers. On the industry side, cobots have opened the door for small and mid-sized fabrication shops to adopt automation, increasing demand for workers who understand both welding and robotics. Employers are increasingly hiring from skill-based programs and apprenticeships, placing less emphasis on four-year degrees while still valuing strong technical education. Attendees will gain insight into the growing workforce gap, who is hiring these students, and how education and industry can work together to develop the next generation of skilled welders and technicians.

Gordon Attridge

Gordon Attridge | AGT Group

A veteran of the robotic arc welding industry since 1982, Gordon brings over four decades of expertise in delivering automated solutions to the automotive, aerospace, and heavy fabrication sectors. Having held pivotal roles at industry leaders like Hobart Bros. Company, Yaskawa Motoman Robotics, and Nutech Engineering, he possesses a deep-seated understanding of the complex challenges facing modern manufacturers. Since joining AGT Robotics in 2019, Gordon has been instrumental in helping U.S. fabricators—particularly those in structural steel and prefabricated buildings—transition into the future of manufacturing. He works with US-based clients interested in deploying AGT’s BeamMaster and BLOK solutions, designed specifically to bring the efficiency of high-mix, low-volume automation to shops of all sizes.

PRESENTATION: The Future of High-Mix Fabrication: Agile Robotic Welding Solutions

Eliminating the Programming Bottleneck
Traditional "teach-and-repeat" methods create costly downtime, especially in high-mix environments. By leveraging auto-programming, the system autonomously retrieves 3D data directly from CAD files to define precise weld locations and parameters without manual input.

Adaptive Intelligence in Real-Time
Solutions like the AGT BeamMaster and BLOK utilize advanced vision sensors to "see" the workpiece. This allows the robot to adjust its trajectory to match the real world, accounting for physical variations between the actual beam and the digital model to ensure consistent, high-quality results.

Efficiency Without Standardization
The true value of zero-programming systems is the ability to standardize your production without standardizing your parts. This technology enables "one-off" production at mass-production speeds, finally making robotic welding a viable, profitable solution for structural steel and custom fabrication where every job is unique.

Jeff Noruk

Jeff Noruk | Servo Robot

Jeff Noruk’s career began as a welding engineer for P&H (Komatsu) and since has worked for 45 years in all facets of welding automation. Presently, Jeff is President of Servo Robot Corp., a leading supplier of laser vision camera systems for robot guidance and weld inspection. He has a Bachelor of Science degree in Welding Engineering from The Ohio State University and is an active member of AWS D16 (Robotic and Welding standards committee) and D8 (Automotive Welding standards committee) as well as a CWI and PE.

PRESENTATION: AI Enhanced Welding Automation and Inspection: Quantifying the Weld Quality Confidence Factor

Automated welding is under more scrutiny to achieve increased productivity, uptime and weld quality metrics. Laser vision sensing combined with other sensors now allows one to handle real world variation beginning by automatically developing the robot welding program, adapting to real time part and joint variation and then finishing by automatically inspecting the welds to ensure compliance to code. This capability is especially beneficial for the growing number of applications involving High Mix – Low Volume production.

Steve Massey

Steve Massey | Innovation Lead – Welding Automation, Miller Electric Mfg. LLC

Steve Massey is a seasoned innovation and engineering leader specializing in welding automation and advanced manufacturing technologies. He currently serves as Innovation Lead for Welding Automation at Miller Electric Mfg. LLC, where he drives strategic initiatives to advance automated welding solutions and integrate cutting-edge technologies into industrial workflows.

With more than three decades of hands-on experience in engineering and process development, Steve brings deep technical expertise and a passion for innovation to every project he undertakes. Steve holds a Bachelor of Science in Welding Engineering from The Ohio State University.

PRESENTATION: Adaptive Welding: Breaking Barriers to Robotic Success

There are many parts that have traditionally only been weldable by skilled personnel due to part-to-part variation, fit-up inconsistencies, small batch size, or a combination of the three. Improving upstream processes, adding substantial tooling, and using technology that only addresses a portion of the problems are approaches typically used to prepare parts for automated welding. An adaptive welding solution enables the use of robotic welding on parts where it’s not feasible to use these methods.

This presentation will discuss adaptive robotic welding enabled with optical vision, real-time image analysis, and multi-variable controls for adaptation that can be used to address part-to-part and fit-up variation without the requirement of extensive tooling or adjusting upstream process. The solution discussed is deployed on an easy-to-use power and force limiting (PFL) robot (cobot) with a fundamental set of generic capabilities that aren’t developed for a specific application.

Mike Dietrich

Mike Dietrich | Vice President of K-12 and Instructor Training, LAB Midwest

Mike Dietrich serves as Vice President of K-12 Education & Instructor Training at LAB Midwest, one of the largest distributors of curriculum, eLearning, and training equipment that supports STEM and Advanced Manufacturing Careers. Mike is a former educator with a Master’s Degree in Urban Special Education, and has been with LAB Midwest for over 9 years, specializing in curriculum design and developing post-secondary and industry partnerships for countless K-12 programs across the Midwest.

PRESENTATION: What it Takes to Build Automation-Ready Welding Talent

Finding welders is tough; finding welders who can step into robotic and automated welding workflows is even tougher. With more than 320,000 new welding professionals needed in the U.S. by 2029, we need to address the gap now. Yet many welding programs still over-index on legacy techniques while shops accelerate into robotic welding, automated cells, and data-driven production.

The good news: the pipeline is already changing faster than most employers realize. Some high school career-tech programs are teaching robotic welding alongside core processes, building true “automation-ready” graduates. Technical colleges are formalizing robotic welding coursework and pathways, and institutions are investing in dedicated automated fabrication labs that mirror modern production environments.

In this session, we’ll break down what “day-one ready” looks like in 2026 welding roles and how it’s already being done in schools across the Midwest. We’ll also share strategies for how employers and educators can co-design a pipeline where students graduate fluent in both welding fundamentals and automation.

Don Schwemmer

Don Schwemmer | AMET

Donald D. Schwemmer Jr. is President and co-owner of AMET, inc., a US based company developing and producing innovative, automated welding systems solutions.

In 1989 Mr. Schwemmer, and his partner Dave Stompro, founded AMET inc. to develop advanced and intuitive control systems that integrate all process and motion functions to successfully meet the requirements of the some of the most challenging welding applications. Over the past 37 years AMET has designed, manufactured, installed and supported over 800 advanced automated welding systems, worldwide. These systems are being used in the nuclear, aerospace, defense, medical, automotive, petroleum and other commercial industries.

Prior to forming AMET, Mr. Schwemmer held a number of management and executive positions with Rockwell International and Rockwell-INEL. As Director of Engineering and Production Development he was responsible for the management of all facility and process engineering tasks to design, build, and start up a facility for the manufacture of advanced armor packages for the M1A1 tank.

At Rockwell International, Mr. Schwemmer served as Branch Manager of Joining Research and Technology. He was responsible for the management of over 100 engineers and scientists to develop and implement production joining processes and equipment to support production operations. During his tenure he received Rockwell’s President’s Award for establishing and managing a specialized team to develop and implement advanced welding and manufacturing processes for a critical weapons component.

Mr. Schwemmer has been a member of the American Welding Society for 49 years and has served on the Scholarship and Handbook Committees. Mr. Schwemmer received his B.S. in Computer Science from Colorado State University in 1975 and his M.S. in Metallurgical Engineering from the Colorado School of Mines in 1977.

PRESENTATION: Advancing Automation Solutions for Welding Applications - The Challenges and Progress

The capabilities of COBOTs and LASERs, as well as welding process controls and sensing, are advancing at an unprecedented pace. Successful integration and implementation of these capabilities is the key to producing welding automation solutions that can make critical welds with less human interaction and training. This presentation will review key automation objectives and several examples of the integration, as well as the challenges, around producing successful automation solutions. The applications discussed are for GMAW, GTAW, SAW, and LASER processes, specifically CIVAN’s Dynamic Beam Laser. It will present both COBOT and traditional automated systems that are in use or being developed for current applications.

Dan Colvin

Dan Colvin | Pemamek

Dan Colvin started with ESAB in 1996 as an equipment specialist and has worked in various roles- Sales Director, Director of Automation, and now VP of Robotics and Digital Solutions and HIP (Heavy Industrial Products). Previously, Dan managed the international business for Sigmatek, an industrial software company. Having worked in the welding industry his whole life, Dan brings expertise to welding and cutting, as well as a solid understanding of his customers and their applications.

PRESENTATION: Advancements in Automated Welding on Thin and Sensitive Materials with Maximum Precision

As labor and welding experience continue to be a scarcer resource, greater emphasis is placed on the successful implementation of automation for more and more difficult applications. This presentation will review several shipbuilding applications and the challenges around successful automation. The applications discussed include GMAW, GTAW, SAW, and LASER. It will present both COBOT and traditional automated systems that are in use or being developed for those applications. It will discuss the development and integration of sensors and other welding components to address the challenges and allow for the expansion of automation in shipbuilding applications.