Driving or Multi-dimensional Question:
You have been hired to create a ride for the Dollywood theme park. The design of the ride needs to take into consideration and promote the natural resources surrounding Dollywood.
You must also take into consideration safety concerns. This includes determining the safe height and size of passengers for your ride.
This PBL unit will ask students to explore the concepts of physical science, math and tech as they design and construct an amusement park ride for a theme park. This unit will require students to create an amusement park ride (digital or physical) and determine if passenger safety has been appropriately addressed in the design.
In addition, students will examine and promote the natural resources surrounding their amusement park in their ride design.
Note: We have used Dollywood for this unit but teachers are welcome to adapt the activities to include the theme park of their choosing.
Students will use play-doh to create a model of their favorite amusement park ride. Then they will pair with a fellow classmate and share the reasons why this particular ride is their favorite.
Creation of a 3-D rendering (either digitally or physically) of your own amusement park ride. This rendering can just be the compartment that the passenger sits in.
6.PS3: Energy 1) Analyze the properties and compare sources of kinetic, elastic potential, gravitational potential, electric potential, chemical, and thermal energy.
6.ESS3: Earth and Human Activity 1) Differentiate between renewable and nonrenewable resources by asking questions about their availability and sustainability.
6.EE.B.6 Use variables to represent numbers and write expressions when solving a real-world or mathematical problem; understand that a variable can represent an unknown number, or, depending on the purpose at hand, any number in a specified set.
ELA and Other Standards:
6.SL.PKI.5 Include multimedia components and visual displays in presentations to clarify information.
6.SL.PKI.6 Adapt speech to a variety of contexts and tasks, demonstrating command of formal English when indicated or appropriate.
Digital Readiness (Computer Science):
AIT.6 Collect, organize, analyze, and interpret data to identify solutions and/or make informed decisions.
Created By: Molly Plyler
Grade Level or Subject: 6th
Tennessee Academic Standards for Science Connection
Disciplinary Core Idea: Motion and Stability: Forces and Interactions
Science and Engineering Practices: Developing and Using Models
Cross Cutting Concepts: Patterns, Cause & Effect
21st Century Skills
- Critical Thinking
- Communication Skills
- Collaboration (Team Building)
- Creativity and Innovation
|Activities||Resources and Materials|
|Activity One||A Day at the Amusement Park||
1. KWL Organizer for Dollywood
In the first column, students will write what they know about the Dollywood theme park and its surrounding natural resources. In the second column, students will write what they want to know about the Dollywood theme park and its surrounding natural resources. After students complete the “Virtual Tour of the Park” activity, they will complete the last column with what they learned about Dollywood and its surrounding natural resources. (hint: Remember to look for natural resources which could later be used in your amusement park ride design)
Virtual Tour of the Park
Students will take a virtual tour of Dollywood by examining the park’s website and videos.
Website Photo Gallery
A Day with the Blue Family
|Activity Two||Safety First||
2. Think – Pair – Share
Students should pay special attention to each ride’s description, the “Rider Requirement Chart” PDF, “Loose Article Policy” PDF and the “Accessibility Guide” PDF to complete the attached tree map.
Dollywood Ride information can be found using the following link. https://www.dollywood.com/themepark/Rides
|Activity Three||Amusement Park Ride Design||
3. Energy in a Roller Coaster Interactive Graphic
Students will view the above graphic and answer the following questions: What is the relationship between the roller coaster design and potential / kinetic energy? How does velocity change based on potential / kinetic energy? (hint: Click on the “Step” button.)
Designing Your Amusement Park Ride
Students will work in groups of 2-3 to design and create a 3-D rendering (either digitally or physically) of their own amusement park ride.
This rendering could only include the compartment that the passenger sits in. Physical renderings may be created using maker tech, such as 3D printers, laser engravers or CNC routers, OR common craft / household items.
Keep in mind that you must take into consideration safety concerns. This includes determining the safe height and size of passengers for your ride.
Students should also be able to analyze the properties of energy and compare sources of energy during the ride experience.
In addition, your ride must take into consideration and promote the natural resources surrounding Dollywood. This can be done through the ride’s entertainment value, energy needs or ride appearance.
|Activity Four||Pitching Your Design to Investors||
4. Investor Pitch Prep Guide
Your team will prepare a pitch to deliver to the “investors” (aka – your classmates). Your pitch should be less than 3 minutes and presented in a way that people want to invest in your idea.
Your pitch should include the following:
displays to clarify information
● A completed 3-D model of your ride
● Explanation for how you determined
your ride’s passenger safety height and
● Clear explanation of the analysis of their
ride’s energy properties and sources
● Clear explanation as to how your design
incorporated and promoted the natural resources surrounding Dollywood
An investor pitch prep guide is attached for students to use as they prepare.
Prior to the team pitches, your teacher will hand each student $300 in monopoly money. Once all teams have presented their pitch, you will determine how much of your $300 you wish to invest in each group. You may give as much or as little to each team as you wish. Investments must be in whole dollar increments. You may NOT invest in your own team.
The team with the most investment dollars will win.
Prizes may range from displaying the winning ride model with a certificate or 1st place ribbon to small treats.
|Activity Five||Optional Extension Activity: Field Trip to an Amusement Park||5. Now that students have completed their ride models, plan a field trip to Dollywood or another local amusement park. After experiencing the amusement park, what changes can be made to their ride design?
Allow students time with their team to discuss and select a group spokesperson. The spokesperson will then have 1 minute to share their design changes with the class.
|Activity Five||Optional Extension Activity: Ride Interaction||6. Now that you have pitched your ride design to investors and seen other teams’ designs, how will you iterate your team’s ride? How will your next iteration further address safety, usability, ride aesthetics and/or natural resource promotion issues?
Students will create their new design by either printing it on a 3D printer OR building a physical prototype.
Technology Integration: Students will use digital productivity tools and the Internet for project research and their team investor pitch. Students also have the option of utilizing technology to create a digital 3-D model of their Dollywood ride and/or using maker tech.
|Community Partners||Contribution to Learning Experience||Contact Information|
TCAT campuses and other local vocational schools familiar with 3D printing and/or fabrication
Field trip – so students have a better understanding of 3D printing, digital design and product fabrication, in addition to how these skills are marketable in the workplace
Local Energy Provider Representative
Guest speaker – to discuss the importance of renewable energy and how it is utilized in the community
Highway Patrol Officer
Guest speaker – to discuss how vehicle and seat belt design impacts passenger safety
As a grade-level project, the winning team from each 6th grade classroom will have an opportunity to pitch their ride to a new set of investors. This can be students in another grade, parents or school personnel.
Using a Google form, the new set of investors may allocate funds electronically, in whole dollar increments, to the participating teams. Investors may spend up to $500, which may be divided among multiple teams.