Byron's Babbles

Precisely What Students Need

Yesterday I had the opportunity to spend the morning at Heartland Career Center with the Mark Hobbs, Director; Lori Dubois, Precision Agriculture Specialist; and, most importantly, students of the new Precision Agriculture Program at Heartland Career Center. I say I was at Heartland Career Center, but actually the bulk of our time was spent 15 minutes from the school in the field.

We were out on McKillip AgVenture land learning about seed genetics and the start to finish process of their seed corn operation. Last week the students had sorted seed corn as it was being harvested. This is just one of many partnerships that has been formed so that students can get real world and relevant content for learning.

This all took me back to my days as an Agriculture Science Teacher and our partnerships with AgReliant Genetics and our students doing real research for the company in our school greenhouse alongside geneticists. As I always say, “School work must look like real work.” I talk about that a lot in my book, The Hand In The Back Of The Room.

I am passionate about this program and have had the opportunity to be part of many of the planning meetings, served as a champion, have helped remove obstacles along the way, and helped make connections where I could. One of the many things I love most about this program is that it was developed shoulder to shoulder with business and industry. The very businesses that will be hiring students from this program, helped design the program. Novel idea I know, but you’d be surprised how often this does not happen. Students are able to leave this two year program with an Unmanned Part 107 Drone Certification, Chemical Applicator License, and a Class A Commercial Drivers License (CDL).

Yesterday, I had the opportunity to experience drone flying first hand. In fact this was the very first time I had ever flown a drone. We’re not talking some toy drone, but a commercial drone like would be used in precision agriculture businesses. I was shocked at how quickly I was able to learn to fly the drone. The students did an incredible job of teaching me. Here are two videos of me piloting the drone:

This two year program of study prepares students for careers that bridge the gaps between agronomy, agriculture, machinery management, and data analytic sciences caused by the rapid evolution of high-speed sensor agricultural technology. This is all stuff that fascinated me. We even got into a discussion about artificial intelligence, which is an area I have been exploring with some of the work I have been doing with SMART Factory League, globally.

This program is truly making school work look like real work! Well done!

Where Is The “Twin”?

Today I had the opportunity to moderate a great global webinar entitled “Creation of a Digital Twin.” The webinar was put on by GIA SMART Factory League. I am always honored to have the opportunity to work with this organization and it was incredible to be in the [virtual] room with industry representatives from over 36 different countries. And…now that we have learned we can hold these events effectively virtually and learn together apart, we can get together more often and not have the huge travel expense. Talk about holding the whole world in your hands!

I value the opportunity to spend time learning from those in business/industry and manufacturing. It saddens me that many leaders in education talk a big game about wanting to hear from business stakeholders, but most of what happens is lip service. We need more walking the talk. Those in education must stop thinking we know more than those that hire the students we educate. It must be a partnership. There must be a true dialogue of listening to understand.

That’s why I love events like the one today where we can learn together and learn each other’s industry specific languages. Today we were learning about the “digital twin.” The creation of a digital twin enables us to simulate and assess decisions:

  • Before actual assets are built and deployed
  • Before maintenance
  • Before a design change
  • Before complex tasks

A number of industries are creating digital twins, digital replicas of products, and many other things including body parts. Today we saw a digital twin of the heart done by Philips Innovation Services. The heart digital twin performs patient specific adaptation. It was amazing. Imagine the testing of procedures and products for heart repair. Also, think of the possibilities for training and education. Endless!

The digital twin mirrors what it is twinning in bits keeping the bit replica synchronized with the real one. I learned today that just certain parts of an asset can be selected to twin. Thus making it easier to focus in on specific functions or parts. It was pointed out that this could be of incredible use in education and training. In this sense digital twins are a new tool for education: rather than studying on the real thing you can study on its digital representation. Even though in a polling question I asked during my introductory statement today, there were only 7% of participants using digital twin technology for training/development and education, and 27% just starting too, technologies like virtual reality provide new tools for education.

Imagine if we had a digital twin of ourselves. We would still have all the flaws, but some some smart technician might find ways to help us improve. Far fetched? I think not!