Superior Industries introduces new on-demand learning platform for aggregate producers

Superior Industries, Inc., a U.S.-based OEM and supplier of bulk material processing and handling systems, has created an on-demand learning platform for the construction aggregates industry called OptimizeU. Designed to bridge the knowledge gap for a new generation of producers, OptimizeU delivers flexible, cost-effective training, empowering operators to study real-world challenges and drive greater production.

With courses in crushing, screening, washing, conveying, and more, the platform offers 24/7 access to industry expertise, enabling producers to enhance their technical skills, expand product knowledge, and understand best practices — all at their own pace. 

Key features of OptimizeU

• On-demand access: Learn on your schedule, whether during a break, in the office, or from home. Short, focused courses fit into busy workdays.
• Practical knowledge: Courses address real-world challenges, from troubleshooting to understanding applications, with options for beginners and advanced users.
• Cost-effective training: OptimizeU reduces the need for travel and classroom-based workshops, providing a convenient and affordable way to stay up to date.
  

"OptimizeU was created to meet the needs of today's aggregate producers," said Kristen Randall, training coordinator at Superior Industries. "We understand the value of flexible learning in an industry where time and resources are precious, and our goal is to equip producers with the tools they need to succeed at any experience level."

Examples of courses

Currently, Superior has a catalog of 60 courses with plans to expand another 50 new sessions a year.

• Cyclone fundamentals: Understand why cyclones are used, how the technology works, explore models, and gain tips for optimal performance.
• Conveying vs trucking: Compare pros, cons, and cost differences of these material handling methods to understand the best fit for your operation.
• Understanding gradations: Explore how gradations impact equipment performance, their role in equipment sizing and selection, and techniques for testing and analysis.