A career in Industry 4.0 has never looked more appealing for CTE students, especially as companies like Tesla, Apple, GM, and Caterpillar are reshoring manufacturing jobs. Mechanical engineering technologists and robot technicians in this developing sector can expect to make $55-$70k in base salary alone with a two-year degree or completion of an excellent CTE program.

With big opportunities on the horizon, students are seeking out programs at high schools and community colleges that offer cutting-edge experiences with automation and robotics technology. 

Is your program measuring up? Here’s what you can expect to find in the top CTE labs and a look at the career opportunities their students are eyeing. 

How are Robotics and Automation Expanding in the Industry?

In the past, students interested in automation and robotics would probably imagine working on an industrial factory floor. While there are still plenty of opportunities in the heavy manufacturing sector, new technology has broadened the job market considerably. 

Today, lighter, safer, more versatile robots are being found in a wide range of exciting industries, including:

• Food service and prep
• Bartending
• Medicine and surgery
• Physical therapy
• Videography
• Construction
• Green energy

This explosion of opportunities means that up to 2.1 million jobs could go unfilled by 2030 unless CTE programs in high schools and community colleges deliver a wave of highly skilled professionals. 

These workers will need hands-on classroom experiences with robotics and automation technology that translate directly to exciting careers like:

• Robotics Operator: works alongside robots to perform application-specific tasks.
• Robotics Programmer: creates and tests programs that control robots.
• Robotics Technician: installs, configures, tests, calibrates, maintains, troubleshoots, and repairs robots.
• Robotics Integrator: designs, installs, and tests robotics solutions for unique industries and applications.
• Robotics Engineer: designs, builds, tests, and researches innovative new robot designs and applications.

Transformative Classroom Technology for Robotics and Automation CTE Programs

Approachable, engaging classroom experiences with robotics and automation are safer and more accessible than ever. Lightweight industrial collaborative robots offer safety features and functionality that give students a realistic experience they can dive into quickly. Modular, scaled-down automation systems provide a close look at individual components as students explore practical applications across multiple industries. 

What are some of the most popular and valuable choices CTE schools are investing in? At AET Labs, we’re always evaluating training equipment for CTE programs throughout New England. Here are some of our top automation and robotics choices.

Universal Robots e-Series Collaborative Robots

The Universal Robots e-Series cobots (collaborative robots) offer CTE teachers a safe, dynamic platform that gives students hands-on experience with robotics. Unlike heavy industrial robots that are expensive, bulky, and present considerable risk, Universal Robots has designed its cobots to work side-by-side with users while offering maximum flexibility for instructors and students. 

The e-Series features several flexible joints and an omni-mount suitable for a variety of grippers, welders, and tools. These let students explore a wide range of automated workflows, including:

• Palletizing
• Machine tending
• Assembly
• Dispensing
• Welding
• Finishing
• Material handling and removal

Instructors can receive certification through Universal Robots’ 4-day Teacher Certification Training Program. The student curriculum covers all the fundamentals of robotics technology, such as safety, operations and motion, programming, and professional applications and students earn an industy-recognized certification. 

Festo MecLab Training System

Mechatronics is the heart and soul of modern manufacturing, and the Festo MecLab gives students a hands-on experience of how these systems operate and flow. Each of the four components allows users to explore how automated systems stack, move, and handle materials in a variety of different ways.

The principles the Festo MecLab teaches extend across many industries. CTE students interested in automotive, aerospace, energy, and medical devices can all translate their skills into fulfilling roles in these industries. 

The Festo MecLab curriculum can be adapted to all the core skills students will need as they transition to their workplace of choice, including:

• Fundamentals of industrial production
• Modeling and simulation
• System and subsystem interaction
• Understanding and using pneumatic and electrical actuators, sensors and controllers
• Documentation and schematics

Building Your Robotics and Automation CTE Program with AET Labs

AET Labs partners with technical schools and colleges in New England to design, outfit, and support their labs. We specialize in the tools and technologies that are transforming CTE classrooms and empowering students as they pursue rewarding careers in robotics and automation. 

Our team of technology consultants can give you insight into how other schools are preparing students for robotics careers and can help you identify the right solutions for your program. Contact AET Labs to find out how we can help you prepare today’s students for tomorrow’s workforce.