What parents need to know
Parents Need to Know
Parents need to know that Coaster Crafter: Build. Ride. Scream! is an immersive game that teaches kids about force and motion while they design, build, and test virtual roller coasters. Coaster Crafter is designed to support STEM learning (science, technology, engineering, and mathematics) and its content is aligned with state and national standards in those areas. Parents should have no reservations about letting their middle or high schooler play, but should check the Technical Requirements section beforehand; they may need to download new versions of software or change the screen resolution to get the full experience.
What kids can learn
Thinking & Reasoning
- problem solving
- applying information
- developing novel solutions
Engagement, Approach, Support
Graphics and gameplay are intuitive and visually appealing. The problem-based design will draw most kids in, and creative play will keep them engaged, although the thrill of designing their own courses may lose its novelty after a few hours.
Earning more pieces to use in the construction challenges is a great incentive to complete the structured learning activities. Lessons start off at a high level, but animations make the difficulty reasonable for the suggested ages.
What's it about?
Bruno, of Bruno's World, builds mediocre roller coasters. With Bruno's brainy daughter Brunette as their guide, kids learn how to make great roller coasters. In the Design Challenge area, kids view problematic designs and learn about a concept, like friction, to answer questions and fix them. Kids then take their new knowledge to the Coaster Challenge area and try to build coasters to spec. A free play area lets kids build their own roller coasters with parts they've earned doing the challenges.
Is it any good?
Roller coasters are popular hooks for teaching force and motion; Cable in the Classroom has done that well with COASTER CRAFTER: BUILD. RIDE. SCREAM!. The visually appealing amusement park setting (complete with the occasional tattooed lady or strong man) is engaging. Simple graphics, text, and audio are effective teaching tools. With a blend of structured learning and exploration, kids will enjoy challenges to fix roller coaster designs, motivated by the reward of roller coaster parts to use later on their own. The physics-based simulations respond accurately to their designs; if something fails, kids can see why. Also, the female lead character with an expertise in science is a nice touch for girls.
Explore, discuss, enjoy
Families can talk about male and female stereotypes in the media. Why would game developers use a female character to lead a science based game?
Discuss the how simulations help people learn. Why do we use simulations? Can they prepare us enough for the real thing? Even pilots and doctors, who work with detailed simulators, have to log hours in real planes and with real patients before going out on their own. Why?
Foster an interest in physics with a look at our favorite physics-based games for kids.