Algebra Escape Room
Solve algebra challenges. Unlock the system.
Gamified Learning Experience
Project Overview
This gamified learning experience reinforces foundational algebra concepts through structured, progression-based problem-solving. Rather than relying on a traditional linear quiz format, learners are immersed in a system-based challenge where advancement depends on accuracy, persistence, and the application of mathematical reasoning.
Learners progress through a series of locked labs focused on equations, systems of equations, and slope. Each lab must be completed before moving forward, reinforcing mastery and attention to detail. As they advance, learners collect encrypted letter fragments used to solve a final riddle and restore system access, creating a cohesive narrative that drives engagement and motivation.
The experience emphasizes active problem-solving, immediate feedback, and mastery-based progression. It is designed as an interactive learning environment rather than a passive assessment, integrating academic content with game mechanics to promote engagement, persistence, and applied understanding.
Learning Context & Audience
Audience
Learners developing foundational algebra skills within a structured, interactive learning environment focused on problem-solving, accuracy, and mastery.
Context
The experience simulates a compromised system in which all labs are locked. Learners must restore access by successfully completing each lab. Progress is tied directly to performance, requiring all problems within a lab to be solved correctly before advancing.
As learners move through the experience, they collect encrypted letter fragments that contribute to a final decryption task. This structure creates a continuous sense of purpose, encouraging persistence and reinforcing the connection between effort, accuracy, and progression.
Instructional Approach
This project was designed using the ADDIE model, with particular emphasis on engagement, interaction, and feedback as drivers of learning. The instructional strategy prioritizes active problem-solving and mastery over passive completion or procedural repetition.
Key instructional principles include:
Game-based learning to support engagement and sustained motivation
Mastery-based progression requiring 100% accuracy before advancement
Immediate feedback to reinforce correct reasoning and support correction
Structured task design to promote focus and independent navigation
Narrative integration to provide continuity and purpose across modules
Rather than presenting isolated problems, the experience situates learning within a goal-driven environment, encouraging learners to apply skills in a meaningful and interactive context.
Module Structure
Lab 1: Equations and Inequalities
The first lab introduces foundational algebra concepts, including solving equations and interpreting solution types such as one solution, no solution, infinite solutions, and inequalities. Learners apply multi-step problem-solving strategies to unlock progression.
Key elements include:
Problem-solving across varied equation types
Application of distributive property and multi-step reasoning
Identification and interpretation of solution types
Immediate feedback supporting correction and understanding
Lab 2: Systems of Equations
The second lab builds on foundational skills by introducing systems of equations. Learners solve systems using substitution and elimination and express solutions as ordered pairs.
Key elements include:
Solving systems with integer and non-integer solutions
Emphasis on precision in ordered pair notation
Application of multiple solution strategies
Consistent feedback reinforcing accuracy and process
Lab 3: Slope
The third lab focuses on identifying and interpreting slope using multiple representations, including coordinate pairs, equations, and graphs.
Key elements include:
Calculating slope from coordinate points
Interpreting slope from equations
Identifying slope from graphical representations
Recognizing positive, negative, zero, and undefined slope
Final Challenge
After completing all labs, learners use collected letter fragments to decode a final riddle. This step provides closure to the experience and reinforces completion through a goal-oriented task.
Check for Understanding
Rather than relying on a single cumulative assessment, the experience incorporates embedded problem sets within each lab. Learners must answer all questions correctly to progress, reinforcing mastery and accountability.
Immediate feedback is provided for incorrect responses, allowing learners to review and retry. This approach supports learning through correction while maintaining forward momentum tied to understanding.
Visual & Interaction Design
Visual and interaction design decisions were made intentionally to support clarity, engagement, and usability:
Consistent system-based visual theme aligned with a digital interface
Structured layout supporting readability and focus
Accent color used to highlight key problem elements
Minimal visual distraction to maintain focus on problem-solving
Consistent interaction patterns across all labs
Progression-based unlocking to reinforce motivation and achievement
Navigation was designed to feel intuitive and purposeful, supporting a smooth learner experience while maintaining focus on task completion.
Tools & Technology
Authoring Tool: Articulate Storyline
Design Focus: Interaction design, user experience, and progression logic
Accessibility Considerations: Clear contrast, readable text, consistent layout, and intuitive navigation
Outcomes & Rationale
This project demonstrates the ability to:
Design engaging, game-based learning experiences
Apply instructional design principles to academic content
Develop mastery-based progression systems
Balance challenge and accessibility within a structured learning environment
Create cohesive, multi-module learning experiences with clear progression
Translate traditional academic content into interactive formats
Demonstrate the ability to translate academic content into engaging, interactive learning experiences applicable across a range of learning contexts
Why This Project Matters
Leadership communication is rarely about choosing the “correct” message. It is about timing, acknowledgment, consistency, and presence. Leading Through Uncertainty: The Impact of Communication on Trust and Morale reflects this reality by allowing learners to explore nuance, observe impact over time, and reflect on how trust is built or repaired through everyday leadership actions.
The course mirrors how leadership learning occurs in real organizational contexts and demonstrates an instructional design approach grounded in realism, empathy, and professional judgment.