Why I teach STEM?

1. Real world application.how many times do your students ask you, “Why are we learning this?” STEM projects help answer that question by encouraging students to use math and science to solve real-world problems. Perhaps they are using area and perimeter to design a zoo blueprint or planning a vacation using math and critical thinking. Many STEM projects offer the skills in a real-world context.
2. Problem solving. Students practice solving problems that don’t necessarily have a single “right” answer. They practice trial and error and how to come up with creative solutions. (the big word PERSEVERANCE)  They get to practice divergent thinking and adaptability. These are all skills that can be applied in all areas of life.
3. Hands-On. Students learn by doing, and with many STEM projects, students are using tools and science materials. They are solving problems or constructing structures, not just reading about them or answering questions. (Need I mention--my students LOVE hands on anything)
4. Differentiated Instruction at its finest. Since there can be any number of possible solutions, most STEM activities are naturally differentiated. Everyone can solve the problem to the best of his or her own ability. Sometimes I find students who are not the best traditional students thrive with STEM projects. There is truly a place for everyone. (think behaviorally challenged)
5. Cooperative Learning.STEM projects give students practice working as a team. They learn and solve together, often playing different roles on the team. Teamwork skills are important not just in the school setting but in the “real world,” as well. 
6. Access creativity. STEM activities give my students a chance to show off their creative side. They will get a chance to think outside of the box and sometimes even use art and design. My creative students will get a chance to shine.
7. Failure. STEM projects give students the opportunity to try a design or solution that may or may not work. With STEM projects, they can fail in a safe and supportive environment and learn from their mistakes. After all, many great inventions were made from failures or mistakes. (multiple iterations with reflections and feedback)
8. Higher Level Thinking. Students must be able to apply and use their knowledge to solve problems and complete projects. (An easy win on my teacher rubric--YEAH!)
9. Active Engagement. Students are actively engaged when participating in STEM projects. They are not daydreaming or doodling, they are participating, solving, measuring, and doing.
10. STEM is the future. As new technologies develop, so do new STEM careers. It’s not just doctors and engineers but architects, graphic design, video game programmers, and more. Think of all the ‘soft skills’ (as my dad would call them) are taught or guided through STEM activities. I reflect on my most challenging student or the one who struggles with reading excel through STEM activities and build those impossibly difficult ‘soft skills.’ 

Teaching Strategies

• Assume competency. Believe that students with exceptional needs can learn at higher levels and that you can create an environment to help them do that.
• Build on students’ strengths and interests. Leverage their strong points to increase their comfort and excitement about learning.
• Use a “flow learning” approach. Clearly define the purpose of their STEM challenge. Set the challenge level high and make sure your students with exceptional needs will have opportunities to be successful with that challenge. Provide clear and immediate feedback so they can change and adapt as needed.
• Make use of assistive technology tools when needed. Technology can support students with special needs, especially if they have hearing or visual losses. Provide handouts and written materials in a digital format for these students.
• Focus on safety consideration Be especially alert for safety issues when students are working with equipment to design devices for solving their problem.
• Model persistence, communication, creativity, and collaboration. These qualities are especially useful to kids with exceptional needs who may need help with social skills.
• Establish collaborative student teams. That’s a tall order but stick with it all year. Be intentional. Help students understand that respect and inclusiveness are non-negotiable behaviors for all teams. Teammates honor one another’s strengths and accept each other’s differences. Give them specific strategies for showing respect through speech and actions. Teamwork allows ALL students to practice social skills they will need throughout life.
• Enlist help. Ask for help. Your specialists are there to support you. Use them.  

Challenges

• By now you know that teaching any group of students is both rewarding and challenging. Approach your students with exceptional needs with high expectations, but don’t adopt a Pollyanna mindset. You’ll encounter plenty of challenges. For some students, the science and math content may be beyond their current learning level. The pace of the lesson may be difficult for some to keep up. Some students will want to work alone instead of in teams.
• Noise levels in the class may distract and annoy some students. Busy visual stimulation on classroom walls may distract others. Social expectations may frustrate students with exceptional needs. So what do you do?
• Get to know your students with exceptional needs. Work together with their specialists and learn as much as you can about their strengths and difficulties. You’ll find many ways to make reasonable accommodations.
• You might use images and graphics to make handouts clearer, headphones for those distracted by noise, a break zone or a quiet space, and technology that enlarges print. Your specialists will be your most valuable resource as you plan for and include these students in your STEM lessons.
• The unique design of STEM lessons allows students, regardless of disability, access to the real-life learning experiences. Give these students with exceptional needs STEM experiences to help them get ready for a future society where all types of people live and work together seamlessly.

My Framework

Teacher Rubric Impact

One year later

• I read both books--LAUNCH and EMPOWER. Both are easy reads; filled with information that can be used the same day in your classroom.
• With district supported group, I was encouraged to use, play with, and make the LAUNCH cycle my own--aka make it work for my students. 
• STEM and STEAM were not special days or earned days. It was just something we did once a month. Sometimes I would need to carve out more time but I never let it be more than a day. (Why? 1-limited time and 2-attention span). I built Design Sprints. Students loved them and lead to having other professionals visit~engineers or scientists. (A first in my teaching career.)
• Teacher Rubric. STEM and STEAM days forced me to build in both feedback and higher order thinking. BOTH are weighed heavily on my rubric. Sometimes the feedback was written and sometimes it was shared whole group, or every videotaped in small groups. I found the key was making sure students had enough time for 2 iterations of what they were building.  
• I built in feedback. Feedback is more than telling students what is wrong but having them reflect on what they doing. This was painful and sometime madding but they each got there in time. I know on my rubric--I had to have both. Having work samples was even better. You can grab them below. These provided a jumping off point to do any videotaping we did. (This was not always me. Using SeeSaw made it super easy for students either to tape themselves or a friend could do it.)  You can grab what I used below.

Each fall, there is always some new demand I have to make sure is part of my instruction. Moving three years ago to a new district is was innovation and tieing everything to the real world. It really wasn’t about moving students but what they would face in the real world. Well, after a year, I found you can have both.

Many innovations include elements of more established strategies for which do move students--like Master Learning.

So what is it??

The concept is simple: Students master concepts and skills before going onto other learning. How do you know they mastered it? You give them tests. If they do not reach mastery, then they go back and study and take the test again until they pass it. Benjamin Bloom, of Bloom's Taxonomy fame, came up with mastery learning in 1971.

I had noticed that because of the limited time I had with my groups, I always had a couple who need way more time than the everyone else. I also discovered that some of the basic skills had not been taught as I had been told. (You know how some IEPs are written.) I realize that part of the difficulty is that I am required to move these guys, no matter how big the gap.

What it looks like in my room?

Most mastery learning models stress the importance of giving quick and targeted pre-assessment to all students before beginning instruction to determine whether they have the prerequisite knowledge and skills for success in the upcoming learning sequence.  I do monthly progress monitoring and I give them the grade level assessment but also the grade under. I’m looking for the skills they don’t have. I’m also looking for data to support they have mastered the previously taught skill. I don’t have time to get both pre and post assessments. (EasyCBM.com has reading and math K-6. It’s free, has norms, and students can take it online.)

For students whose pre-assessment results suggest deficiencies, mastery learning teachers take time to directly teach them the needed concepts and skills. In other words, I break the skills down and teach just that subskill. When they have that one I move on to the next. In math, skill accuracy is king. With my reading groups, if my group of 10s is working on picture clues--I’ll use two or three-word books to focus on picture clues or reading what is written. When that skill is mastered go back to 10s and move to the next skill they need to work on. (When working on skills go back to an easier level. This is important when working on comprehension skills, so they are using all their energy on decoding the text.)

To help students out, I rely on learning targets. I post them and they always reference the bog outcome. We talk about what it looks like and in some cases what it sounds like. I find this helps everyone get real clear about what their job is.This has saved me more than a couple times when an administrator pops in.

As a teacher, I’m not going to tell you this makes planning an easier for me and I find I have to be very clear about the steps needed to do a task. Backwards planning has become key when I’m planning. Backwards planning also helps make sure I’m hitting IEP goals.

Mastery Learning helps me balance focusing on students’ strengths and interests. Together, IEPs and mastery learning helps students to work on weaknesses and a customized path that engages their interests and helps them “own” their learning.

Mastery Learning can also give students the chance to build self-advocacy skills. I encourage students when they don’t understand a step or are lost “where are you confused?” If they everything, I try to get them to be more specific. This helps them focus on their own learning but also helps guide my own instruction to fill in that hole before moving on. We all think primary students are too young to self-advocate but how many times are will serious thinking about adding it to an IEP.? (stepping stones now)

The Hard Part?

The extra planning and comes with analyzing data. Some days I feel I’m drowning in data. But I have found if I’m truly teaching to IEP goals, then I’m progress monitoring IEP goals too. I don’t teach random stuff that has nothing to do with IEP goals. I only teach the IEP goals. The 30 minutes that student is out of his classroom, he is working on his IEP goals. Backwards planning and data dialogues help to ensure I’m hitting that target.

The key is to make sure that mastery learning is targeting the small skills needed to meet a larger target. By doing this, I can innovate how they demonstrate mastery--sometimes this is with technology and sometimes it's with STEM tasks.

At the end of the day is student growth. My goal is to work myself out of a job.

Until Next Time,

I introduced a group last week to "Where's my Water?" To be honest (if you don't know it) it's a game. So why in the world would I let them play a random game--well that's easy--to work on problem-solving and critical thinking.

Where's my Water? is a free app. The other reason I love using this app, I can reset play each time I use it.

The other thing to remember with consumption apps is it's not an everyday thing or even an every week thing--maybe a once a month thing and in addition to other problem-solving activities. I use it as an additional tool in my toolbox. I also have my groups earn there play time.

Why?

My district teacher's rubric has problem-solving, critical thinking and system thinking as part of my evaluations.

How I use it?

Bottom line: they play--we talk--they write and share

As it gets harder, students have to do more to pass each level. It takes trial & error learning from your mistakes to pass each level. These are things are shared at the end of each group sessions.



Those mistakes and how they did it is where the learning is. Students share how they passed a level or share how they solved that problem. Students are scored on our group made feedback rubric.  This is the evidence I add to my evaluation rubric.

This conversation is added to Seesaw by video or in writing to show their thinking as they played. Students have the last 5 minutes of our 20-minute group to this.


Until Next Time,





PS: If you loved this idea then you'll love my FREE AppSmashing Email Course. I walk you through using 6 apps with students and demonstrate how you can use them together to create innovate and creative projects that stretch students thinking and get them to apply what they know. You can check it out here.