Common Sense Review
Updated April 2015

The Robot Factory by Tinybop

Improve designs, collect favorites in robot creation sandbox
Common Sense Rating 4
  • Several user profiles can live on one device, and all robot designs can be saved.
  • Students can choose from dozens of robot parts.
  • Students navigate obstacles with their newly made robots, testing for functionality.
  • The gallery holds each of the student's robots, which they can revisit and reuse at any time.
  • Students can save unobstructed images of their robot in the camera roll.
Classic, dazzling graphics and student-driven open-ended play.
Guiding manual is not out yet, and some students may prefer more direction or depth.
Bottom Line
A well-made and enjoyable STEM app that leverages what's great about play -- experimentation -- to spark engineering interest.
Jenny Bristol
Common Sense Reviewer
Homeschooling parent/instructor
Common Sense Rating 4
Engagement Is the product stimulating, entertaining, and engrossing? Will kids want to return? 5

Open-ended play allows students to create robot after robot and learn through experimentation. And with plenty of robot part combinations to choose from, there's plenty of replayability.

Pedagogy Is learning content seamlessly baked-in, and do kids build conceptual understanding? Is the product adaptable and empowering? Will skills transfer? 4

Experimentation and design are key in this app, where students decide what robot features are best for the terrain through trial and error. Students can also collect their favorite creations in the gallery.

Support Does the product take into account learners of varying abilities, skill levels, and learning styles? Does it address both struggling and advanced students? 4

The lack of reading opens this app up to students of all ages and backgrounds, and the (forthcoming) detailed manual will guide parents to teach more depth on the subject and generate discussion.

About our ratings and privacy evaluation.
How Can Teachers Use It?

Teachers can use this app with their students as open-ended exploration and play that can lead to learning about engineering design. They can challenge students to create the best robots for specific types of terrain, and then for a wider variety of terrain. The forthcoming manual will also include plenty of discussion questions and will help direct learning. There's a natural connection to the types of activities students will do in The Robot Factory and what will be required in experiments and engineering design activities in science classes, especially those implementing the Next Generation Science Standards. If students enjoy The Robot Factory, teachers might encourage them to branch out to more complex creation platforms like Algodoo or Minecraft and apply the same processes of design thinking they've learned.

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What's It Like?

The Robot Factory starts by having students create their own custom profile, where they can choose their name and the color and style of their icon. They can then immediately jump into designing a robot in the Robot Factory, choosing robot parts such as the torso, head, arms and legs, hands, facial features, and color scheme. All of these parts can be arranged as students choose, as there are many different attachment points on the robot's torso. Students can also record three different types of greetings for their robot, and the app changes their voice to a higher pitch with a robotic tone.

From there, students can save their robot to their collection, but can go back and edit it at any time. They can also bring their robot into the "real world," where they navigate over and around different obstacles. Some robot parts will perform better on certain terrain than others, so students can try out different combinations, changing out robot parts, creating new robots, and testing more. Will the robots survive or break up in the terrain? Students can also pull a red lever for the app to take a photo of the robot, saving it to the camera roll without any of the extra screen clutter.

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Is It Good For Learning?

With this app, students can design robots on their own, directing their own creation ideas and styles. Their experimentation in robot design will help them learn, through trial and error, which robot parts work best on which kind of terrain. Since students can then edit their robots, they can continually upgrade their designs. The robot movements are physics-based, so testing is realistic. The playful setting and design make this a great introduction to engineering concepts and skills, especially design thinking and iteration.

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See how teachers are using The Robot Factory by Tinybop

Lesson Plans