Tag: scoutlier

  • Exploring the Ocean’s Final Frontier: How Kids Are Building Robots for the Twilight Zone

    Exploring the Ocean’s Final Frontier: How Kids Are Building Robots for the Twilight Zone


    Real-World Science in Action—And in the Classroom

    “We know more about the surface of Mars than we do about the depths of our own oceans.” Oceanographers repeat this often, and for good reason. The Ocean Twilight Zone (OTZ)—a vast, dimly lit layer between 200 and 1000 meters deep—remains one of the least understood parts of our planet. It plays a key role in marine life, climate regulation, and carbon storage. But studying a place so remote and inhospitable is no small challenge.

    That’s where robotics comes in. Thanks to Scoutlier’s OTZ Project-Based Learning Program, students aren’t just learning about ocean exploration—they’re building the tools to do it themselves, engaging in hands-on, inquiry-driven experiences that mirror the real-world challenges scientists face.

    Yogesh Girdhar, a scientist at Woods Hole Oceanographic Institution, puts it simply: “If you’re succeeding all the time, that means you’re not really doing anything interesting.” His work with robotics and AI is focused on making exploration in the Twilight Zone not just possible, but more effective. That same philosophy—pushing boundaries and embracing discovery—is now being passed down to the next generation through project-based learning.

    “The OTZ is home to species that migrate vertically every night in the largest movement of biomass on Earth,” says Girdhar. “It also serves as a major carbon sink, pulling carbon from the atmosphere and trapping it in the deep sea. But because it’s so difficult to access, scientists rely on technology—especially autonomous robotics—to gather data and uncover its secrets.”

    Traditional deep-sea exploration depends on expensive, remotely operated vehicles. But autonomous robots with AI-driven decision-making allow for new kinds of discovery. Instead of following a rigid script, they react to their surroundings, adjusting their movements and objectives based on what they encounter. They are, in a sense, learning about the ocean as they explore it.

    Scoutlier’s Ocean Twilight Zone Project-Based Learning Program brings this technology to students. Through hands-on projects, young explorers:

    • Design and build their own underwater robots.
    • Program adaptive AI that allows their robots to explore and respond to new data.
    • Analyze real-world findings just like marine scientists.
    • Collaborate on STEM challenges that mirror the work of professional oceanographers.

    This isn’t a classroom experiment—it’s a model of project-based learning that prepares students to engage with real-world scientific inquiry. The OTZ program is an excellent fit for K-12 schools looking to integrate STEM into their curriculum, whether as part of a science class, an enrichment program, or a summer camp. It equips students with practical problem-solving skills and leadership opportunities, helping them develop confidence in tackling complex challenges.

    By combining robotics, AI, and ocean science, Scoutlier’s program helps students move beyond textbooks and into active exploration. They don’t just study oceanography; they contribute to it. The discoveries of tomorrow might come from students experimenting today.

    The Ocean Twilight Zone remains one of Earth’s last frontiers. With the right tools and the right minds, we can bring its mysteries to light. Whether you’re an educator, a student, or just someone fascinated by the deep sea, now is the time to be part of the next wave of discovery.

    Learn more about the OTZ program and how your students can participate here!

    Scoutlier, in partnership with ONR and Woods Hole Oceanographic Institution, makes it possible to run programs like OTZ at scale, ensuring that students and educators have access to the tools and guidance they need. By providing a structured, easy-to-use platform, Scoutlier helps teachers integrate real-world projects into their curriculum without being overwhelmed by logistics. Data collection, collaboration, and progress tracking are built into the platform, making it easier for students to focus on discovery and innovation. With Scoutlier, schools can bring high-level STEM experiences to more students, equipping them with the skills and confidence to tackle complex challenges beyond the classroom. The program also supports K-12 educators and school leaders in fostering student engagement, teamwork, and leadership—critical skills for the next generation of scientists and engineers.

  • Scoutlier Soars to New Heights: Fox13 Features USF Drone Camp

    Scoutlier Soars to New Heights: Fox13 Features USF Drone Camp

    We’re excited to share that Scoutlier has once again been featured on Fox13 news, highlighting our involvement in the groundbreaking USF Drone Camp. This innovative program, a collaboration between Scoutlier, the University of South Florida, and AMRoC Fab Lab, is redefining project-based learning and career readiness for young learners.

    Our Chief Education Officer, Brandy Jackson, was on hand to showcase how the camp is elevating STEM education. “Here the skills you’re learning is how to actually apply drones to real world problems,” Jackson explained. “Now you’re not just a consumer, you’re a creator. You’re a problem solver.”

    The week-long camp goes beyond simply teaching students how to fly drones. Participants engage in a variety of activities that demonstrate the real-world applications and career opportunities in drone technology:

    1. Obstacle Course Flying: Students navigate aerial competitions, honing their piloting skills.
    2. Drone Repair: Campers learn the intricate art of soldering, working on the tiny circuit boards within drones.
    3. Business Planning: Groups collaborate to develop drone-based business ideas, from wedding videography to package delivery.

    This multi-faceted approach embodies Scoutlier’s commitment to differentiation and scaffolding in education. By providing a range of activities and difficulty levels, we ensure that every student can engage meaningfully with the material, regardless of their prior experience or skill level.

    Caryn Preston, USF Youth Experiences Assistant Director, emphasized the camp’s focus on career readiness: “We want them to understand that flying drones is super cool, but there’s also so much more that goes into it, and there are real career opportunities that are available to them.”

    The enthusiasm from participants is palpable. Aras Demirok, a 17-year-old camper, shared, “What I like about drones is that I can build it, code it, drive it, use it how I like.” This hands-on, creative approach is at the heart of Scoutlier’s educational philosophy.

    As we continue to push the boundaries of enrichment programs, the USF Drone Camp serves as a shining example of how project-based learning can be both fun and deeply educational. By combining cutting-edge technology with practical skills and entrepreneurial thinking, we’re preparing students for the careers of tomorrow, today.

    Stay tuned for more exciting developments from Scoutlier as we continue to revolutionize education through innovative, engaging, and future-focused programs!

  • Elevate Student-Centered Learning with the Art of Scaffolding

    Elevate Student-Centered Learning with the Art of Scaffolding

    In the realm of education, there are always unpredictable moments; the meticulous plans of educators may take unexpected turns and detours. Many educators are too familiar with the horrors of having their well-thought-out lesson plans go awry somehow. 

    Picture this: the teacher explains the directions and allow students to ask clarifying questions. Then it’s off to the races, as the students begin working while she walks around the room to facilitate learning. One student raises his hand; sporting a furrowed brow and a blank stare, he explains he doesn’t know what to do. A few seats away, another hand shoots into the air. This student is lost because she skipped to the middle of the assignment, missing several steps that would make her successful.

    As the teacher begins answering questions and re-explaining the lesson, hands pop up all over the room. 

    She glances around the classroom to find that only five students are on task. The remainder of the classroom looks confused or frustrated. After an inordinate amount of time, the teacher gets everyone back on track except four who require extra prompting. She pulls those students together to break the lesson down into individual tasks for them, requiring all of her extra attention. 

    At the end of the day, the teacher is exhausted and feels the same feelings of frustration her students felt earlier that morning. What went wrong? With no idea what each child achieved, since they were in so many different places in the lesson, the teacher decides that the activity wasn’t worth the hassle and vows to never teach the lesson again. 

    The Importance of Effective Teaching Strategies

    This story serves as an important reminder of the crucial need for effective teaching strategies, proper preparation of the learning environment and sustainable delivery methods, all of which must withstand unexpected disruptions  and  contribute to dynamic and engaging learning.

    In the face of the challenge of creating an effective learning environment in all situations, the reigning champion remains one: accessible scaffolding lessons. Easily accessible scaffolded lessons not only support teachers in their planning but also elevate the student-centered learning experience.  Let’s delve into the world of scaffolding, and explore the approach, benefits, and transformative impact it can have on educators and students alike.

    What is Scaffolding and How Does it Work?

    The technique of scaffolding, first emphasized in Lev Vygotsky’s educational theory Zone of Proximal Development (ZPD), stresses the crucial role of the teacher in a student’s learning journey. The process involves breaking down complex concepts into more manageable steps and guiding the students along the way. 

    Similar to scaffolding used in construction, these supports are meant to be temporary. The goal is to provide structured support while students acquire new skills but it should gradually diminish in support as students get closer and closer to mastery and competency. This approach allows students to receive just the right amount of support as they reach higher levels of understanding, independence and competence. 

    The Teacher’s Role in Scaffolding and its Components

    Teachers play a pivotal role as facilitators in the scaffolding process. By understanding their students’ abilities and knowledge base, they can provide the right amount of support to propel them forward without the fear of overwhelming them or there being a lack of understanding.  

    But what does scaffolding look like in a practical application? Scaffolding can look like providing support in a group exercise before letting students work on a lesson independently. Simply, the teacher explains the assigned task or lesson and then assigns small groups to work together. During that timeframe, the teacher can assess understanding of the room by asking each group probing questions. After the conclusion of the group work, students are encouraged to work independently (if the class is ready, that is). 

    Scaffolding comprises various elements, including modeling, response prompting, peer support, and corrective feedback. These elements collectively create a supportive framework that allows students to grasp concepts within their ZPD and gradually take charge of their own learning.

    Benefits of Scaffolding

    One benefit of scaffolding lessons is that there will be an improvement in classroom behavior. When students feel supported, they tend to ask the right questions during lessons to gain a deeper understanding of the material. Overall, this makes them more involved in the learning process and more deeply engaged with the content. 

    When the teacher can take a step back and take on the role of a facilitator rather than strictly an instructor, this puts the students in the driver’s seat. Students are not only more inclined to ask the right questions, but they are also more likely to encourage their classmates in group sessions and are more empowered to set their own learning goals. 

    When students more deeply understand a lesson due to scaffolding, this lends itself to long-term learning gains. The lesson will make more of an impression on the students, allowing them to carry this newfound knowledge further and build upon it more easily. 

    Scaffolding lessons can also be used to provide targeted support to address individual learning needs. One of the ways this can be accomplished is through flexible grouping. This allows teachers to target their lessons to small groups or individual students, providing support at the appropriate level. Overall, scaffolding is a powerful tool for providing individual support to meet the diverse needs of each student. 

    Scoutlier Scaffolds the BRIM of Success

    Scoutlier, our free online learning platform, is the solution to creating effective scaffolding lessons that are easily accessible. No more faltering communication or substitute teachers left without a clear lesson plan. 

    All you have to remember is BRIM:

    • B reak into steps 
    • R esources for the task
    • I ndividual pace
    • M ake connections

    When building lessons, Scoutlier creates a natural flow for scaffolding lessons for students. Lessons are built task by task, step by step. Teachers control the order of the lesson, guiding students as they build their knowledge throughout the lesson, keeping the learning goal in mind to achieve mastery of the content or skill.

    In other words, you can craft lessons in Scoutlier with a step-by-step flow that guides your students toward mastery by building upon their knowledge, steering their learning journey with individualized instruction that meets their needs. 

    Sign up for your FREE teacher account to remove learning barriers and help unleash your students’ potential with a learning platform that allows you to scaffold all of your lessons.