Curated OER
NASA Robots
Students explore the world of robotics. In this robotics lesson, students discover what a robot is and work with partners to find out how hard it is to accurately guide robots through simple tasks.
Teach Engineering
Red Rover Robotics
Help your class understand the importance of exploration using robots. with a resource that provides a short history of robotics as a lead into looking at Martian robotic exploration missions. The activity specifically looks at the...
Teach Engineering
Strong-Arm Tactics
Experience collecting rock samples using a robotic arm with an activity that has pairs work together to operate a robotic arm. One pupil serves as the eyes and the other operates the controller. The objective is to be the fastest pair to...
Curated OER
Space Science: Adventure is Waiting
These full-color handouts feature two activities. The first is a reading on comets, meteors, and meteoroids. Your space science learners will examine ten phrases and determine which of the three each characterizes. The second activity...
Curated OER
I, Robot by Isaac Asimov
Students contemplate the questions raised by the book/movie I, Robot. In this theoretical physics lesson plan, students consider the pros and cons as well as the possibility of robots that can think.
NASA
Let's Investigate Mars
Take your science class on a hypothetical field trip to Mars with an engaging astronomy lesson. After first learning about NASA's Mars rover missions, young scientists plan their own scientific investigations of Earth's...
NASA
Rover Races
Operating a vehicle remotely can be difficult, especially when the vehicle is on another planet. Young engineers get a feel for some of the real-world challenges as they work to program their rovers (blindfolded group members)...
Curated OER
Program Your Partner
Students explore the world of robotics. In this robotics lesson, students study the history of robots and work with partners to find out how hard it is to accurately guide robots through simple tasks.
PBS
Robo Arm
Future engineers create robotic arms like those on rovers built by NASA in the second activity of the series. They test their devices by attempting to pick up and move cups to a specified location.
NASA
Beginning Engineering, Science, and Technology
Space, the Final Frontier. The nine NASA-created challenges in this unit are designed to teach class members the engineering design process. Each challenge comes with teacher and student pages that can be used individually or as a...
Curated OER
Exploring the Planets
Learners study robotic spacecrafts that have provided detailed information about the inner and outer planets. In this exploring the planets lesson plan, students use posters and diagrams to study the various robotic spacecraft sent to...
American Museum of Natural History
Beyond Planet Earth
Scholars take a journey through space with 16 eye-catching images. Along the way, learners read captions starting with the moon, then move onto asteroids, Mars, and Jupiter.
Curated OER
How Do We Explore Strange Environments?
Learners identify and label the different parts of a robot, rover, or a spacecraft. They discuss and record all of the features their robot will need to accomplish its mission and be able to explain why they chose these features to...
Curated OER
Lakes of Methane on Titan
In this methane lakes worksheet, students read about the false-color synthetic radar map taken by the Cassini spacecraft indicating methane lakes on Titan. Students solve 4 problems about the surface area of the lakes from the image, and...
International Technology Education Association
Dampen That Drift!
The spacecraft is drifting too far off course! Two games help explain how a spacecraft can use its thrusters to maintain its position. The games have pupils be the components of vectors in order to create and counteract the...
Curated OER
Good Vibrations Remote Sensing data Collection: Thermal Emission Spectrometer
The Mars Global Surveyor spent two years creating a mineral map of the planet Mars using thermal emission spectrometry. To help young astronomers understand this remote sensing instrument, have them simulate how data is collected and...
Curated OER
Rover Races
Students identify the challenges encountered by astronauts in operating a planetary rover. In this space science lesson, students create a rover using their team members. They follow a command sequence from the driver and navigate...
Curated OER
3-2-1 Pop!
Learners investigate how rocket liftoff demonstrates Newton's Laws of Motion. They participate in a class discussion, and construct a rocket powered by the pressure generated from an antacid tablet reacting with water.
Curated OER
Areology-The Study of Mars
Young scholars examine core samples from Mars and discover what they can use it to tell the history of Mars. In this core sample lesson students create and analyze their own core samples then eat them at the end.
Curated OER
Investigating Planetary Soils
Students study soil characteristics and identify properties of soils from different parts of the solar system. In this soil lesson students divide into groups, read soil descriptions, test and record soil samples.
NASA
Space Images
As technology advances, so does our understanding of the universe around us. Thanks to the Hubble Telescope, Mars rovers, and other high-resolution cameras, there are amazing photographs of celestial bodies, planets, comets, and more...
Curated OER
Exploring Mars
Students, working in small groups construct scale models of the planets and solar system. They examine images of Mars and discuss what might have caused the features. They record facts about their planetary research in their journals and...
NASA
Marsbound! Mission to the Red Planet
It's time to go to Mars. Using the provided cards and mat, groups design a mission to Mars. The cards contain information about the different components of the launch and warn about a few mishaps that might occur along the way.
DiscoverE
Rubber Band Rovers
Get your learners interested in space exploration. Groups design space rovers using design software and then build prototypes of their designs. The farther the rovers can travel, the better. The catch? The rovers must be powered by...