Our Programs

Our programs are designed to improve STEM education inside and out. We’ve built all of our learning resources with the NGSS and local state standards as a foundation.

STEM Curriculum

Learn about STEM curriculum that ignites imagination.

Science Labs

Ardusat’s engaging and interactive science labs are designed for schools, with a full set of classroom management tools and resources.

Space Labs

Bring real data from space into the classroom.

Professional Development

Explore workshops, demos and webinars meant to help you develop your professional skills and expand your knowledge.

Students in Santa Rosa County are learning to problem solve, use mathematics, and utilize science concepts when we're using the Ardusat program. It's getting them ready for the future and where we need them to be.
Susan Still, 5th Grade Teacher
Susan Still

STEM Curriculum that Ignites Imagination

Learning Resources

Our instructional design team is constantly creating exciting experiments and curriculum which use Arduinos, sensors, data, coding, and more. Apply these classroom-ready resources right away, or personalize them to fit your learning objectives. It’s simple to add modules and edit lesson plans.

Student Desks

Once you’ve assigned an experiment to your class, your students can take notes, ask questions, and collect data right in the experiment. Share your projects with other teachers, or search the eHub and be inspired by other experiments.

Science Labs for Classrooms

Purpose-Built for Schools

Ardusat’s engaging and interactive science labs are designed for schools, with a full set of classroom management tools and resources.

  • Set up multiple classes.
  • Import rosters.
  • Assign experiments to individuals or teams.
  • Review completed experiments.
Student Desks

Flexible, Classroom-Ready Resources

All labs are easy to integrate into current curriculum, so you can use them right away or personalize them to fit your learning objectives.

Curriculum Pages

Intuitive STEM Curriculum

With Ardusat’s intuitive content and professional development, teachers don’t need to have an engineering background to teach engineering concepts, or a technology background to teach technical content.

Students holding a Demosat

Powerful Tools

Students conduct exciting experiments right in the platform, capturing data in eHub and utilizing its powerful graphing and logging tools to analyze findings.

Launch Your School's Space Program

Students holding demosat

Make Space Accessible

Ardusat gives schools the tools to grant students access to space like never before and without the high costs.

How It Works

Our Mission Control team will help your students design their experiments, which includes: choosing sensors, collection frequencies, and locations around the globe, that will deliver the kind of data real scientists work with. Through our partnership with Spire we’ll run your experiment in space and deliver back the data the satellites collect.

Real-Time Satellite Tracking

With our live satellite tracker, your class will be able to monitor their experiment every step of the way. See what other schools are doing in space right now.

Training Options to Suit Your Needs

We have numerous professional development options to help you get started and expand your knowledge. Request onsite and online sessions, or watch recorded training at your convenience.

Workshops

Learning Outcomes:

  • Identify engineering role in science courses
  • Use Arduino and sensors to collect and analyze data
  • Troubleshoot technology related problems
  • Identify engineering projects appropriate for course

Topics: Arduino, Troubleshooting, Sensors, Experiments, Code, Engineering, Engineering Process.

Benefits: Increases hands on projects in the classroom, increases faculty comfort level with engineering, increases student problems solving skills.

Learning Outcomes:

  • Identify engineering role in science courses
  • Use Arduino and sensors to collect and analyze data
  • Troubleshoot technology related problems
  • Identify engineering projects appropriate for course
  • Run inquiry based lesson
  • Increase problem solving
  • Describe three parts of standards (core ideas, crosscutting concepts, practices)
  • Build assessment tools for NGSS activities

Topics: Arduino, troubleshooting, sensors, experiments, code, engineering, engineering process, NGSS practices, NGSS disciplinary core ideas, NGSS crosscutting concepts, building models, asking questions, data analysis.

Benefits: Makes NGSS implementations easy, supplies teachers with lessons and assessment plans that are in line with NGSS.

Learning Outcomes:

  • Identify parts in kit
  • Connect components to Arduino
  • Upload code to Arduino
  • Identify sensors on space board
  • Collect data for experiment
  • Run eHub experiment
  • Customize eHub experiments

Topics: Arduino, space board, sensor kit, experiments, eHub, troubleshooting, DemoSat, expansion collection.

Benefits: Provides teachers with a fast, guided method to learn about the basics.

Learning Outcomes:

  • Connect components to Arduino
  • Upload code to Arduino
  • Identify sensors on space board
  • Collect data for experiment
  • Run eHub experiment

Topics: Arduino, space board, sensor kit, experiments, eHub, troubleshooting, DemoSat, expansion collection.

Benefits: Builds excitement and enthusiasm for hands on projects; introduces teachers to the world of Arduino, code, and sensors; creates an “I did that!” moments for students.

Learning Outcomes:

Customizable based on need

Topics: Arduino, troubleshooting, sensors, experiments, code, engineering, engineering process, NGSS, eHub, DemoSat, etc.

Benefits: Provides teachers with pre-session and post-session coaching and a live teaching example.