How can you stay relevant in Product Engineering with the rise of robotics?

I'm totally agree with this opinion. In term of product engineering, robotic could be useful in product development. Based on my experience in product design, robotic could do anything of repetitive and precision time consuming task especially for evaluation stage . Thus, the human skill can be more focused on product improvement and cost efficiency program.

To stay relevant in product engineering amidst robotics, stay updated, embrace collaboration, diversify skills, adapt design processes, enhance problem-solving, gain practical experience, foster innovation, develop soft skills, and commit to lifelong learning.

Today, we find ourselves standing on the precipice of a new era—one defined by robots' rapid development and integration into our daily lives. These sophisticated machines, capable of performing a wide range of tasks with incredible precision and efficiency, have already made significant strides across various fields, propelling humanity into uncharted territories of innovation and progress.

In my experience, robotics in product engineering is about enhancing human capabilities. For example, in R&D, we utilized robotic systems to conduct reading performance tests on barcode readers, which provided insights that led to significant design improvements.

To remain relevant in product engineering with the rise in robotics, it helps to understand the strengths and limitations of industrial robots so that you can design new products in a way that eases robotic assembly. For instance, starting to thread in a screw is different for a robot than it is for a human, and it's unlikely that a robot will feel that a screw is cross-threaded and back it out to try again. Understanding a visual scene is easier for a human than for a robot. A human can grab a bolt from a bucket, but a robot needs one in a specific place and orientation.

Many data inputs provided and can be collected to make significant improve in product engineering. One of the example is algorithm of the user. We could collect the users behavior and apply to the product that we develop. The algorithm can be attached in the product and record the behaviors then send online through internet into our database. Of course it needs efficient machine learning program that we can develop with help of any source

Product engineering need to involve various disciplines such mentioned above. The most important to combine the disciplines is communication. While communicating with the others, we should collect any end users input and transform it into the new product. But to communicate with the team members, we need to be simple and effective

Soft skills are the unsung heroes of product engineering. For example, during a critical project phase, it was the team’s communication and problem-solving abilities that overcame unexpected challenges, ensuring the timely launch of a new barcode reader.

Stay attuned to market trends and customer preferences. Identify opportunities where robotics can address emerging market demands. I've led market research initiatives to understand how robotics can give our products a competitive edge Hone your problem-solving skills, as they will always be relevant. While robotics can handle routine tasks, engineers who excel in complex problem-solving will remain invaluable. I've seen engineers adapt by becoming experts in troubleshooting and optimizing robotic systems Mentor junior engineers and encourage knowledge sharing within your organization. Share your experiences and insights about integrating robotics into product engineering. I've found that mentoring creates a culture of continuous learning

In my view, staying relevant in product engineering amidst the rise of robotics means continuously evolving. It’s about leveraging our unique human capacity for creativity and empathy to design products that resonate on a deeper level with consumers.