Kodable is running its seasonal "Gobble Wobble" Thanksgiving-themed STEM activity inside Kodable Creator from November 9 through November 27, according to a Kodable announcement. The web-based event turns the platform's engineering courses into holiday puzzles where students adjust object properties to guide a rolling turkey into a goal.
What Happened
During the event, students enter the platform's Engineering Building to solve physics and design puzzles, according to the Kodable event page. Students must roll a marble-like turkey past obstacles such as slices of pie to reach a target. To complete each challenge, they can add items, remove obstacles, and change properties like size, color, or direction.
The activity structures puzzles around a four-step engineering design process: planning a solution, building the layout, testing the turkey's path, and improving the design when an attempt misses the goal, according to Kodable's announcement. As we previously reported, seasonal STEM challenges are part of the company's broader elementary curriculum alongside typing and digital citizenship modules.
Classroom access to the Thanksgiving puzzles depends on a school's subscription plan, according to the Kodable guide. Teachers with free accounts can give students access to the Introduction level inside the Dominoes course, while paid school plans unlock all of the platform's engineering challenges. The activity runs in a web browser on iPads, computers, and Chromebooks using a class code, and requires no assignment setup from teachers. Kodable also released supplemental classroom materials, including a printable student certificate, a hidden turkey game, and a directed drawing video. The company is inviting teachers to submit videos of student machines by email or social media for a chance to meet the founder.
The Bigger Picture
While Kodable's event announcement does not include independent learning outcome data for the seasonal game, academic research supports using iterative design tasks to build elementary problem-solving skills. A paper in School Science and Mathematics notes that integrating the engineering design process into elementary classrooms helps children approach problems with a plan and persist when initial attempts fail. Research on collective reasoning in elementary engineering also indicates that open-ended design challenges encourage students to test and modify multiple solutions rather than relying on single-answer assignments.
Digital games and design frameworks still require active teacher facilitation to help students learn. A systematic literature review of 61 studies in the Journal of Computers in Education found that educational programming games motivate primary school students and help them grasp foundational computational thinking concepts. However, an International Journal of Science and Mathematics Education study of students in grades 3 through 6 found that young learners follow distinct procedural patterns. They rely on questioning, modeling, and predicting to move from defining a problem to engineering a solution, meaning teachers must guide design activities directly to support student problem-solving.