Electro-Mechanical and Mechatronics Technologists and Technicians

Electro-mechanical techs often work with machines that are already automated or robotic ^[1]. In factories, computer-vision systems and sensors can spot surface defects on parts faster than the eye ^[2]. Augmented reality (AR) tools now project assembly instructions and diagrams onto the workbench, so technicians can follow blueprints step by step without holding paper manuals ^[3].

In electronics assembly, robots can even do precise soldering jobs repeatedly and reliably ^[4]. Still, many core tasks – especially hands-on work like careful repairs or creative troubleshooting – need human skill and judgment. Right now, automation helps with routine checks or fixed assembly steps, but technicians guide and verify the work in most cases.

In short, some jobs like defect inspection and basic circuit assembly can be partly automated or AI‐assisted ^{[3] [4]}, but skilled humans remain important for complex work.

Whether AI spreads quickly depends on costs, benefits, and people’s comfort with it. Companies are feeling labor shortages and rising wages, so they look for ways to automate dull or repetitive tasks ^[5]. For example, modern automation can cut down boring low-level tasks, letting people move into more technical roles ^[5].

However, buying and setting up robots or smart cameras is expensive and works well only if many identical parts are made. Small shops or one-off repairs often stick with people because it’s cheaper and more flexible. Social and safety rules also slow down change – firms must train workers on new systems and ensure rules are followed.

Overall, AI tools are growing but at a steady pace: they help with quality control and assembly planning ^{[3] [5]}, while humans keep doing whatever needs human flexibility and judgment. In all cases, learning how to use AI and robots can make technicians even more valuable in the future ^[5].