Integro Technologies Navneet Nagi teaching students about a machine vision application

Closing the Skills Gap in Automation

Tanya M. Anandan, contributing editor of “Robotics Industries Association, published an article titled “Closing the Skills Gap in Automation: A Call for Action.”

Integro Technologies Navneet Nagi teaching students about a machine vision applicationManufacturers are adopting more automation than ever before. For many, it’s no longer a question of whether to automate, only when and to what extent. With wages offshore rising, robot prices down and performance up, robot sales are at an all all-time high.

Meanwhile, an aging workforce moves closer to retirement. Misconceptions of manufacturing as crude and demoralizing persist. Women and other minorities are still underrepresented. The skills gap is growing. Demand for automation talent outweighs supply.

The result over the next decade according to a skills gap report by Deloitte: 3.4 million jobs, but only 1. 4 million qualified workers. It doesn’t take a mathematician to see the huge disparity here.

Anandan wrote this article as a call for action, with a panel of automation professionals weighing in, sharing ways to bridge the skills gap, recruit talent, and prepare our future workforce.

Anandan argues the the industry “need[s] to provide access to the hands-on training, educational tools, and early childhood STEM building blocks integral to shaping our technical talent.”

In this article, Anandan explores the topics of:

  • The Great Divide
  • Rethinking Community Colleges
  • Industrial Robotics Concentration
  • Hands-on, Real-World
  • Academia-Industry Bridge
  • Well-Rounded Engineers
  • Co-op Programs
  • Industry Ambassadors
  • Robotics Education Carts and Curriculum
  • and more.

As one industry expert put it so aptly, “If a robot can take your job, you need to up your game.” As an industry, we need to up our game. We need to provide access to the hands-on training, educational tools, and early childhood STEM building blocks integral to shaping our technical talent.

When they said it takes a village, it does. It takes automation suppliers and users, colleges, technical and career centers, government, parents and teachers, mentors and volunteers … all working together. It won’t happen overnight. A problem three decades in the making will take time to correct, to shift that trajectory in the right direction and fill the gap. Some are already on the right track.

Read the entire article here at: http://www.robotics.org/content-detail.cfm/Industrial-Robotics-Industry-Insights/Closing-the-Skills-Gap-in-Automation-A-Call-for-Action/content_id/5362

This Automated Cylinder Drop Test automates a formerly manual drop test using a vision-guided 6-axis Read more
Bullseye Rapid Tube and Lumen Vision Inspection System is designed to measure the outer diameter Read more
This Automotive Engine Head 3D Inspection system utilizes two Cognex DS (displacement sensor camera) 3D Read more
The purpose of this inhaler count verification application is to verify the digits on the Read more
The Tube Vision Inspection System (The Anaconda) is designed to inspect continuous material (e.g. surgical Read more
manual linescan station
The purpose of this manual linescan station application is to identify damaged product during or Read more
The purpose of this Medical Bag Inspection System application is to inspect medical bags in Read more
This metal web inspection application inspects six-inch webs of aluminum bonded to steel. A strip Read more
large paper roll inspection
The large paper roll inspection system is designed to locate paper labels attached to the Read more
transmission inspection
The final assembly transmission inspection station verifies the presence or absence of 47 discrete components/objects Read more
This vision system inspects rivets, springs, flange tabs, and other parts on a torque converter Read more
inkjet label inspection
The inkjet label inspection system enables the end-user to print text or a label on Read more