High- energy technology experiences that take place in your school's parking lot in a Betabox Mobile Tech Lab. These experiences are intended to generate interest and awareness of STEM careers amongst your student population.
As an added effect, many teachers tell us that observing these events rekindles a passion for implementing hands-on learning in the classroom.
Turn your school’s parking lot into a high-tech STEM learning environment with a Betabox Onsite Field Trip.
Choose a topic, pick a date, and sit back as two trained Betabox Guides lead a hands-on STEM project with your students in a mobile tech lab.
Expect 5–6 sessions per day, each approximately 55 minutes long, with up to 25 students per session. Onsite Field Trips are an excellent way to provide school-wide STEM enrichment—without the complexity of taking students off campus.
Show your students how accessible and fun technology can be!
Dr. Marlow of Craven Early College High School praised the partnership with Beatbox for providing hands-on STEM experiences and emphasized that every student deserves equal access to quality education, regardless of their location.
Monica Robinson valued Beatbox for giving students real-world STEM exposure through hands-on activities like cars and drones.
An 8th-grade science teacher from Camden praised Beatbox for providing hands-on STEM learning with drones, autonomous cars, and 3D printing. She noted the team’s impact on student engagement and career inspiration, recommending it for all classrooms.
A STEM instructor at Folks Middle School praised The ROCKS program for boosting student engagement through hands-on experiences with drones, robotics, and smart technology.
A teacher praised Beta box for exciting students and boosting confidence to use existing STEM kits through hands-on activities with drones and robotic cars.
I accidentally said Betabox instead of STEM Tour. Hopefully you can edit out my voice or fix the sound. -Rafi
The STEM Tour provided students with a hands-on introduction to tech careers, sparking interest in fields like military, firefighting, and construction, and inspiring the teacher to start a drone club and bring 3D printers to the school.
Absolutely! It was a great hands on experience that my students would not have had if it wasn't for BetaBox coming.
William Lenore Middle School thanked Be Bots for an engaging STEM experience, where students used coding to control micro cars and drones, sparking interest in STEM careers and hoping for future visits.
A physics teacher praised Beta box's visit for engaging students with autonomous vehicles and drones, inspiring them to integrate similar tools and recommending regular visits to enhance learning at their rural school.
Students were engaged duing the whole class. They learned and had a lot of fun at the same time Here in the rural area we don't have opportunities like Berabox, so we are very grateful. We would love to have mire STEM activities in our school. We highly recommend Betabox, it is a great experience for the students.
That depends on what your school needs! We offer a collection of services and resources each designed to address a particular blocker that is holding your school back from leveling up your hands-on learning.
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Our dedicated team consists of educators, engineers, and industry professionals who are united by one goal: to make STEM education accessible to all.
Take your Onsite Field Trip to the next level with these valuable add-ons, designed to deepen learning and maximize engagement.
Prepare students for their field trip with pre-lesson materials and reinforce their learning afterward with post-trip lessons. These lessons help students connect the dots between the experience and curriculum goals.
Encourage meaningful reflection with our Fleck Reflection Tool. This interactive platform allows students to document their thoughts, share insights, and solidify key takeaways from the field trip.
Measure the impact of the field trip with pre and post surveys. These tools provide valuable data to assess learning outcomes and gather evidence for reporting and improvement.
While our team is onsite, request teacher trainings on leveling up in stem
After your field trip, get setup on Classbox.com to keep STEM going and get a curated list of lesson plans and supplies to use
Students will learn about self-driving automation through hands-on projects each showcasing an element of autonomous technology. First, students will operate and program Raspberry Pi enabled robot cars using laptops and Scratch-based interfaces. Next, groups will program a robotic arm to learn how real manufacturing companies, like Tesla, build cars on a larger scale.. Finally, students will ponder the ethics of self-driving technology in a group debate..
Students will learn about self-driving automation through hands-on projects each showcasing an element of autonomous technology. First, students will operate and program Raspberry Pi enabled robot cars using laptops and Scratch-based interfaces. Next, groups will program a robotic arm to learn how real manufacturing companies, like Tesla, build cars on a larger scale.. Finally, students will ponder the ethics of self-driving technology in a group debate..
Students will learn about self-driving automation through hands-on projects each showcasing an element of autonomous technology. First, students will operate and program Raspberry Pi enabled robot cars using laptops and Scratch-based interfaces. Next, groups will program a robotic arm to learn how real manufacturing companies, like Tesla, build cars on a larger scale.. Finally, students will ponder the ethics of self-driving technology in a group debate..
Students will learn about self-driving automation through hands-on projects each showcasing an element of autonomous technology. First, students will operate and program Raspberry Pi enabled robot cars using laptops and Scratch-based interfaces. Next, groups will program a robotic arm to learn how real manufacturing companies, like Tesla, build cars on a larger scale.. Finally, students will ponder the ethics of self-driving technology in a group debate..
Students will learn about self-driving automation through hands-on projects each showcasing an element of autonomous technology. First, students will operate and program Raspberry Pi enabled robot cars using laptops and Scratch-based interfaces. Next, groups will program a robotic arm to learn how real manufacturing companies, like Tesla, build cars on a larger scale.. Finally, students will ponder the ethics of self-driving technology in a group debate..
Students will learn about self-driving automation through hands-on projects each showcasing an element of autonomous technology. First, students will operate and program Raspberry Pi enabled robot cars using laptops and Scratch-based interfaces. Next, groups will program a robotic arm to learn how real manufacturing companies, like Tesla, build cars on a larger scale.. Finally, students will ponder the ethics of self-driving technology in a group debate..
Our research-backed reports demonstrate the transformative impact of Onsite Field Trips on students’ STEM education journeys. Here’s how these immersive experiences make a difference:
After your field trip, the fun is just beginning. Get your resource list to help your entire staff sustain hands-on engagement with Betabox tools like STEM kits, career resources, lesson plans, and more.
If you're an educator or administrator interested in inviting the full Betabox Learning experience into your school, apply for a Betabox District Implementation. If accepted, your district will receive all Betabox resources including Onsite Field Trips at your schools at no cost.
While we are often able to enroll schools in our funded programs, we priorize funding to Title 1 public schools. if you are looking to scheudle your Onsite Field Trip quickly, consider requesting a quote to bring Onsite Field Trips into your schools
