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This presentation provides an inside look at Rust Belt Robotics and its mission to build accessible, community-based educational pathways in robotics and advanced manufacturing. It explores the program’s growth from a small garage start-up to a multi-school initiative, highlighting mentorship, hands-on learning, funding strategies, and the impact on student career pathways.

Dillan Sayers
Automation Engineer 
EWI

Educators Conference 2025

Educators Conference 2025

Advanced Welding Technology

Preparing the Next Generation of Welding Professionals Through Advanced Training

AI-Driven Welding Training in Career and Technical Education (CTE)

Transforming Welding Education Through Artificial Intelligence

From the Doorway to the Deck Plates

Building the Bridge From Classroom Training to Shipyard Careers

Is it a Good Weld?

Understanding Weld Quality Through Codes, Materials & Service Conditions

Presentations

High Deposition Subarc Through Resistive Heating

Boosting Productivity with High-Deposition Submerged Arc Welding Through Resistive Wire Heating

Industrial Applications of Handheld Laser Beam Welding for Military-Grade Aerospace Titanium and Nickel Based Alloy

Handheld Laser Beam Welding for Aerospace and High-Performance Alloys: Applications, Standards, and Qualification Requirements

Microwelding of NiTi Alloys for Medical Device Applications

Microwelding of NiTi Alloys for Medical Device Applications: Advancing Dissimilar Metal Joining for Biomedical Devices

Protecting Welders, Protecting the Trade

Protecting Welder Health Through Awareness, Education, and Clean-Air Solutions