Sunday, January 29, 2023

The Roman Road Project - All Roads Lead to...Glasgow

Road construction has officially begun! Mud was splashed, rocks were moved, students were inspired, and teachers are sore.

Normally, I don't post pictures of my students in public spaces, but my phone camera is so bad, I don't think you can see their faces. They built this part of the road in just 45 minutes. I expected my students to complain, but half of my first-period class asked to return for second period! I had to say no due to a lack of supplies. I've since ordered more boots and gloves to accommodate extra students. 

When we started moving rocks, we quickly realized that we would need to demarcate the borders of the road which we had previously measured and marked with our gromas. It worked great! But it was hard to keep the lines straight even with the assistance of the wooden rods we had set up for this purpose. We had to realign frequently.

I've had people ask about excavation and why we aren't doing it. Answer: time and resources. It must have taken the Romans a LONG time to excavate. According to Dr. Tyson Rupnow (my DOTD road expert), the Romans would have built right onto a surface especially if it were swampy just like ours. No need to dig down when the ground you're laying the road on is already low.

Here's a time-lapse video of that first-period class.

Look how great we did in only one day!



These students from another local school visited us for their Career Day. They wanted to know how they might use their interest in classics in the real world. One wants to be a teacher and the other a civil engineer. They had a great time helping us build the road too.







Monday, January 23, 2023

The Roman Road Project - We Will, We Will ROCK You!

"Tons" is a strong word. When I heard that we would need 42 TONS of rock for our Roman Road Project, I gasped in disbelief. Today, those rocks were delivered, all 42 tons of them. My 6th grade students, with me at the time, were a tad excited. I immediately began to question all my life choices.

When two giant dump trucks of rocks show up to your school, it's a different kind of school day, and it wasn't exactly smooth sailing...if I'm allowed to mix metaphors.

Our project has been funded in large part by a local STEM granting organization, but these rocks were actually donated by a local stone supplier who is fascinated by our project. I met Chris Abadie, Technical Advisor for Pine Bluff and Gravel Co. when he showed up ahead of the rock trucks so he could see the future road site. He came out of pure curiosity - he has never seen a Roman road being built. His stone company supplies many local projects, such as the Comite River Diversion Canal, with rocks from around the country. Ours came from Kentucky. No doubt the Romans would have sourced their rocks and stone locally wherever they were building the next road.

Our big problem today involved soggy ground. The trucks which already weigh a LOT would surely get stuck as they delivered their loads in the grassy spot we had picked out. We had to make the difficult decision to dump the rocks closer to our school's basketball courts and further from our building site. Even with the trucks just beyond the concrete, the first one got stuck in the soggy ground and had to get pulled out by the other truck. Those truck drivers know what they're doing!


The dump was amazing! And honestly, it's not really that much. Stones just weigh a LOT. One of my classes got to enjoy the scene with me. After we reveled in the height of the piles and the gigantic stones they contain, we pondered how in the world we're gonna move them! We'll address that challenge on Thursday. We don't want to do everything the modern way - after all, we are building a Roman road the Roman way. Stay tuned...


Watch dump #1 here, and dump #2 here.

The Roman Road Project - Funding


Money
It's a crime
Share it fairly, but don't take a slice of my pie
Money
So they say
Is the root of all evil today
               -Pink Floyd

Whenever I tell someone about our Roman Technology class projects, I usually hear, "Wow! That sounds amazing. Where was this class when I was a teenager?" After talking about some of the details of the work, the inevitable next question is always, "How do you fund your projects?"

My answer - STEM grants. The available funding for large projects is one of the best aspects of teaching a STEM subject. Industry has the funding and has every reason to give it. They want future engineers, doctors, pipe-fitters, road builders, etc. And I am happy that my students receive this funding. They are 75% students of color. People of color are underrepresented in STEM fields as they are in classics.

This year, our program received two grants:
$500 from the National Lieutenant Governors Association. During the summer of 2022, this organization announced its new STEM Scholarship Program, and we received one of its first awards.
$2500 from the Neighbors Bank Capital Area Foundation. Our Roman Technologists received a Project Grant for Public Schools for "projects that exhibit a lasting impact on the school and community." Since our Roman road will offer another pathway through our outdated campus, it was a strong contender for this award.




Applications for STEM grants can be complicated and time-consuming, but they are worth the effort. We have gotten funding from Lowe's Toolbox for Education, Exxon Mobil, local water conservation companies, and the International Association of Material Science (for our Roman concrete project).

Thanks to NEIGHBORS and the NLGA for their generosity and support!


Monday, January 2, 2023

Making it Work: Looking to the Past to Inspire the Future

Almost exactly two years ago, I wrote this piece for First Lady of Louisiana, Donna Edwards', education blog, the Louisiana First Foundation. It was about Janus, the two-faced Roman god of transitional spaces like doors, bridges, and roads. Since my Roman Technology class is about to begin its Roman Road Project, I thought of that time when I was struggling to teach a hands-on class during a pandemic.

Here's the original LINK to the story.

But you can read the text and see the images right here too:


As a Latin and Roman Technology teacher, I often look to the ancient Romans for inspiration in my daily work. The Romans worshipped Janus, the god of beginnings and endings who watched over doorways, bridges, and roads. Because these things simultaneously represented the past (what lay behind) and the future (what lay ahead), Romans saw them as transitions in everyday life. Ancient coins depict the god with two faces, one looking back toward the past and one looking forward to the future. Some linguists think that our first month of January derives its name from this god; thus, as the challenging year of 2020 ends, and another, hopefully, better year begins anew, I find myself reflecting on the past and future of my teaching.


I teach classes that center hands-on making and creativity. Making is an educational movement that encourages tinkering and building to solve problems in the real world. In my Roman Technology class, we reproduce the products and processes of ancient Roman daily life through experimental archaeology and maker projects. Through these engineering and maker challenges, students learn to communicate and collaborate as they think through problems and solve them.

Real-life is the basis of Maker education. Engineers and makers, who solve real-world problems with science, technology, art, and math, often encounter constraints such as cost, location, materials, and time. These constraints, or restrictions, are also an essential part of teaching STEM and making. For example, my students’ constraints might be having only so much cardboard, rubber tubing, and time to complete their designs and prototypes when doing a Roman aqueduct challenge.

Early on, I decided to think of this year’s pandemic as a real-world “constraint,” a problem to be solved. With one semester now done, I’ve realized that the maker mentality I’ve been encouraging in my students is just the spirit I need in myself as a teacher. I ask my students to work within constraints and overcome them all the time. Those constraints often define the product and steer it into new and inspiring directions. Makers are resilient and inventive. As this pandemic semester wore on, I had a eureka moment: I needed to use my maker mentality to conquer the pandemic’s educational challenges. I had to think of the virtual aspect of hands-on teaching as an engineering constraint. It was just one part of a new challenge that I had to learn to overcome. When I started to think like a problem-solving maker, I was able to make progress.

Lesson 1: Use the Constraints to Inspire You

One of the biggest challenges for my hands-on classes was supplies. Because some of my students were learning virtually, and others were learning in person, the two groups would not have equal access to my classroom supplies. Also, students who may plan to be in-person learners could find themselves quarantined at any given moment. How would everyone have equal access to supplies in my classroom?

Using my maker mentality, I assembled kits containing all the necessary items for building projects. Each student, whether virtual or in-person, would have a kit from which to work. The students then used the kit materials to build along with me during class time – tongue depressor catapults, paper mosaics, and small cardboard weaving looms were simple projects with a significant impact. The students loved the drama of opening up a small kit of supplies (we called these class sessions our “unbagging videos” modeled on the popular YouTube “unboxing videos” which social media influencers use to create buzz for specific products they want to promote). Many students shared that making things with their own hands in this class was their best experience this semester.

Lesson 2: Use Creative Thinking to Collaborate

Conquering this constraint gave me the confidence to tackle another challenge this past fall: student collaboration. In a face-to-face hands-on class, students usually work through a maker challenge in teams so they can bounce ideas off each other and practice collaboration. Now that some are learning in person and some in their own homes, a new constraint presented itself – how would they collaborate on maker projects?

Our first project of the year was mosaic making. Ancient Romans would have designed and built these floor coverings in teams and worked in real-time to lay down a mosaic floor. Using the maker mentality to conquer this constraint, my students brainstormed and came up with a way to create a large-scale mosaic design together even though we are apart. Each student created one small piece of an extensive work of art – these pieces fit together to make a large-scale floor piece. Even though we couldn’t use our hammers to cut real stone tesserae (we used paper), I’m confident that my students still had a wonderful maker experience. When tasked with solving problems and collaborating to make their own educational experiences, students find those experiences are ever so much richer and more memorable.

Lesson 3: Use Making to Heal

Realizing the need for some normalcy this semester, my school formed virtual clubs for our students to participate. These clubs allow students to socialize and share their experiences during the pandemic. Students’ social-emotional learning is just as important as their educational subjects. To help my school community begin to talk about our experiences and start healing, I created the COVID Crochet Club. The club’s simple goal is to learn to crochet, but the real goal is to share our COVID experiences in a no-judgment zone. Every week we meet virtually to crochet scarves made for donations to homeless residents of Baton Rouge who are in need during these cold winter months.

Students can share in virtual anonymity what they are comfortable with without having to reveal their faces or their home life during this maker club’s weekly meetings. This more private format, which generally might be considered a constraint for a club, is now the perfect service-learning experience. Hopefully, this club will bring a little healing to a lot of hurt in our community. Of all the benefits of education, the helping aspect of it is the most powerful. As students come together to make, they also have the opportunity to heal.

Making a New Path

My students are making a new path in this uncertain time – an approach to building, collaborating, and healing. But making is not just for students – adopting a maker mentality is essential for teachers right now. I’m here to tell all educators and leaders – you CAN do this. When I get discouraged about a lesson plan due to COVID constraints, I reread Dale Dougherty’s writings, founder of the Maker Movement. “Makers are playful, resourceful, and experimental. They not only help themselves, but they help others. Makers do well because they can adapt to change as self-directed learners, but they are also agents of change. In this movement, makers are setting their agendas and asking others to join them.”

As I look forward to a new year, I’m grateful for my maker mentality. It continues to help me conquer the challenges of teaching in this uncertain time. I’m MAKING it work. Janus must be watching over me.

This Year in Roman Technology: Celebrating the End of the Semester with Food Technology

When I told my students that we would be studying Roman food processing and technology, they were super excited. Teenagers like to eat! It a...