3D-Printed Board Games for Teaching Students: A Complete Guide
When it comes to teaching kids how to solve problems in the real world, traditional classroom tools aren't always up to the task. Lectures and worksheets cannot motivate students to work together creatively. This means that a lot of kids don't get the opportunity to learn cooperation, critical thinking, and practical design skills that are so important in the modern world. Both motivation and retention take a hit when lessons don't seem relevant to the actual world.
This is where the 3D-printed board games made by students come into play. Fun and instructive, these interactive projects blend engineering, digital modeling, and narrative. Read on to find out how 3D printing is helping kids and teachers make unique board games that enhance STEM (science, technology, engineering, and mathematics) education while also encouraging students to work together.
1. Thomas Jefferson Middle School (Winston-Salem, NC)
Read full story: Weareprintlab.
In an experiential learning project, eighth graders at Thomas Jefferson Middle School used Tinkercad and 3D printing to design and build their very own board games. Practical computer-aided design (CAD) skills and design thinking were the primary curricular foci of the project. Each student made an original contribution by using Tinkercad to create a model of a game component. These components included themed pieces, tokens, and bespoke dice. Titles like Clue: Stranger Things, Clue: Harry Potter, and original sports games were examples of games that drew inspiration from popular culture or had instructional goals.
In class, the kids also tried out their own versions of the game rules they had created. Improved abilities in collaborative work, measuring, iteration, and spatial reasoning were among the things teachers noticed. By making use of digital tools and a makerspace environment, this instance demonstrates how young learners may take charge of entire game design cycles.
2. Simon Says School (Student Board Game Challenge)
Read full story: Simonsaysschool.
For this assignment, the teacher used Tinkercad to design and print four individual game pieces for each student. Afterwards, groups would pool their resources to create bigger cooperative board games, which included a painted or sketched board, rules, and components.
Students were encouraged to have complete creative control over their work, from coming up with ideas for the game's rules and themes to making prototypes and improving the graphics. Engineers, storytellers, and creatives all played key roles in the design process. This arrangement made sure that every student contributed significantly, unlike in most group projects, when one person may take over.
Finally, at a showcase, students and teachers tested and played the board games that the students had made, providing valuable input that helped them refine their games. The initiative's curriculum included not just technical skills but also critical thinking, story building, and technical writing.
3. Towson University – “Tiger Trouble” Board Game
Read full story: Towson.
Tiger Trouble was developed by a group of business and marketing majors at Towson University. The game is a cooperative mystery. The premise was that players would work together on a campus-themed board to uncover clues pertaining to a missing tiger statue.
The five-student team used Tinkercad and desktop 3D printers to create unique tokens, item cards, and other game elements. From creating the rules to testing gameplay and incorporating visual storytelling, the students were involved in every step of the process. This case study exemplifies how college students may create real products by combining marketing, design, and technology. Academics praised the project for its emphasis on critical thinking, efficient use of time, and repeated design revisions. A well-designed, fun board game that showcased the school spirit and the team's imagination was the end product.
4. University of Arts Braunschweig (HBK) – Parametric Chess Sets
Read full story: Shapeways.
The HBK students used chess, a traditional board game, to investigate parametric design ideas; nevertheless, chess is not a typical board game in the narrative sense. The students created six-piece sets using Rhino and Grasshopper, and they programmed algorithms to generate variants according to user-specified parameters.
First, they learnt about shape, balance, and function through cardboard prototyping. After they were happy with it, they moved on to 3D printing the finished product. Designs created by students covered a wide spectrum, from thematic styles to abstract geometric forms.
By focusing on algorithmic innovation and digital fabrication, students were able to create chess sets that were both functional and indicative of their artistic sensibilities. This project exemplifies how 3D printing and contemporary design education can rethink even the most classic of games.
5. Enchanted Forest Board Game – Boulder Public Library Makerspace
Read full story: Colorado.
Interns from Boulder High School who were part of the BLDG 61 makerspace program at the Boulder Public Library created the board game Enchanted Forest in a team effort. Miniature barns, silos, and cabins were 3D-printed using models created in Fusion 360 or Tinkercad for this game.
The kids worked independently on the plot, gameplay, and graphic design. They built a fantastical setting where players could go on adventures through forests, complete quests, and earn resources in the form of printed tokens. The students had complete creative control over the game's look and structure.
Through the integration of storytelling, engineering, and fabrication, this project showcased how public maker programs may enable young learners to create intricate, story-driven video games. The library's community displays also featured the initiative.
6. Hikari no Sumi – France-Japan University Collaboration
Read full story: 3ders.
French and Japanese engineering students created the hybrid board/digital game Hikari no Sumi. A projection-mapped board and motion sensors work together in this cutting-edge game that makes use of 3D-printed components with built-in NFC chips.
Tokens, characters, and power-ups were all physical creations that the students conceptualized and built. You may set off animations and game events only by placing these pieces on the digital board. From the first sketches to the finished result, the students worked together on the code, mechanics, and industrial design.
Students in this instance achieved the highest level of interdisciplinary learning possible when they worked in teams to create an immersive experience that combined game design, electronics, 3D modeling, and storytelling. With the help of 3D printing, kids in Hikari no Sumi are able to integrate physical and digital play in innovative ways, demonstrating how far board games may go.
Best 3D Modeling Software for Education
When it comes to 3D print board games, students need to learn how to make 3D models using a 3D modeling software before they can print them. Schools can start with software like SelfCAD, which is easy for beginners to use. Its beginner-friendly interface leads you through simple options with helpful tooltips and brief in-app instructional tutorials. Students may create mechanical and organic designs easily using their extensive collection of 3D modeling tools, which includes primitive forms, extrusions, bevels, booleans, sculpting brushes, and more. The video below shows the overview of the software.
SelfCAD also comes with an in-built online slicer that you can use to slice your designs and generate the G-code to send to your 3D printer. It is also affordable, and it comes with a free version that you can use to test the software.
Creative Minds, Confident Learners
The learning tools created by students also encourage them to be active participants in their own education. Students develop self-assurance, interpersonal skills, and a feeling of direction through making board games that represent their interests and beliefs. By bringing together disciplines such as art, mathematics, science, and literacy, collaborative design fosters a spirit of teamwork, constructive criticism, and interdisciplinary thinking. Innovation, leadership, and resilience are talents that are crucial for success in school and in life, and these tools not only make learning more enjoyable but also foster these qualities.
FAQs
1: When 3D printing parts for a board game, what materials are most often used?
For printing game components, most schools and makerspaces employ PLA filament because it's safe, easy to use, and readily available. Printing with PLA requires moderate temperatures, and the material is biodegradable. It is ideal for producing intricate models, such as miniatures, tokens, and dice.
2: Can students without specialized training make 3D-printed board games?
Tinkercad and similar beginner-friendly programs enable students of all ages to construct basic models, which is a good place to start for many projects. Students learn best by repeated practice and teachers' detailed explanations of each stage.
3: Can student-designed board games be used to teach certain subjects?
Math, mathematics, ecology, physics, history, language arts, narrative, and color theory are just a few of the many areas that can benefit from 3D-printed board games.
4. In a school setting, how long does it typically take to create a 3D board game?
The amount of design time and class availability determines how long a normal project might take. Typical steps include ideation, design, printing, testing, and presentation of the final product.
5: Why is it a good idea to enable students to create their own educational resources?
Creativity, computer literacy, problem-solving, and cooperation are some of the talents that students gain. They take pride in their work and feel like they have a stake in it, which boosts their motivation and encourages them to study more.