Brick Lab Elective Proposal
Curriculum & Program Innovation Proposal
LEGO® Engineering & Design Lab
Middle School 9-Week Exploratory Elective & Club Proposal
Target Grades: 6th – 8th Grade
Format: 9-Week Quarter Elective
Discipline: Applied STEM & Design
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Course Overview
The LEGO® Engineering & Design Lab transforms constructive play into a structured, hands-on learning environment. By combining physical manipulation with engineering design principles, students investigate mechanical physics, spatial architecture, and collaborative problem-solving across progressive weekly challenges.
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Developmental Benefits: Playing, Building & Learning
Evidence-Based Cognitive & Motor Growth
Cognitive & Spatial Reasoning
- Mental Rotation: Translates 2D diagrams into stable 3D geometric models.
- Proportional Thinking: Applies scaling, ratios, symmetry, and load balance.
- Computational Logic: Deconstructs complex structures into modular sub-assemblies.
Fine-Motor & Kinetic Precision
- Bilateral Coordination: Synchronizes fine finger strength and precise placement.
- Tactile Sensory Feedback: Counters digital screen fatigue with physical engagement.
- Spatial Awareness: Refines hand-eye control through delicate modular construction.
Divergent Thinking & Creativity
- Open-Ended Exploration: Discovers non-linear paths to solve functional prompts.
- Resourcefulness: Innovates under strict constraints (limited pieces, time limits).
- Storytelling & World-Building: Blends functional design with thematic narratives.
Focus, Flow & Emotional Resilience
- Deep Concentration: Fosters immersive flow state, reducing anxiety and stress.
- Productive Failure: Re-frames structural collapse as valuable diagnostic feedback.
- Patience & Tenacity: Builds grit through multi-stage iterative troubleshooting.
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Academic & Standards Alignment (NGSS)
Simple Machines
Explores levers, gears, pulleys, and axles to quantify mechanical advantage and work efficiency.
Engineering Design
Full alignment with NGSS MS-ETS1: Define criteria, build prototypes, stress-test, and iterate.
Structural Physics
Examines dynamic load distribution, tension, compression, and shear resistance in truss frameworks.
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SEL Competencies & Instructional Scope
Curricular Framework and Alignment
CASEL & NGSS Integrated
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Social-Emotional Learning (SEL) Integration
Relationship Skills
Paired "Lead Architect" & "Site Builder" roles rotate weekly, demanding active listening, negotiation, and division of labor.
Resilience & Failure
Structural collapse is framed as neutral diagnostic data rather than personal failure, building grit and iterative persistence.
Responsible Choices
Shared stewardship of thousands of modular components establishes rigorous community accountability and inventory care.
Stress Relief & Focus
Tactile, flow-state building provides healthy decompression from academic stress while training sustained attention span.
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9-Week Exploratory Scope & Sequence
| Week | Unit Theme | Key Challenge / Core Deliverable | Academic Focus |
|---|
| W1 | Foundations & Stability | The Seismic Tower: Build a 45cm tower sustaining a 30-sec shake table simulation. | Center of gravity, base interlocking |
| W2 | Structural Span & Trusses | Heavy Load Bridge: Construct a 40cm span holding max kilogram weights. | Tension, compression, triangulations |
| W3 | Simple Machines & Levers | Compound Catapult: Engineer adjustable mechanical levers for projectile accuracy. | Fulcrums, mechanical advantage, trajectory |
| W4 | Gears & Mechanical Power | Gear-Train Racer: Calibrate gear ratios (speed vs. torque) on unpowered test track. | Ratio calculations, RPM vs force |
| W5 | Kinetic Rube Goldberg | Chain-Reaction Machine: Multi-team modular linkage triggering consecutive reactions. | Energy transfer, momentum conservation |
| W6 | Architecture & Urban Design | Micro-City Zoning: Sustainable community grid with biophilic elements & massing. | Urban scale, spatial planning, aesthetics |
| W7 | Narrative & Stop-Motion | Visual Storyboard: Construct dynamic cinematic sets to document a 15-second story. | Framing, visual literacy, staging |
| W8 | Capstone: Client Challenge | Disaster Relief Rover / Habitat: Open-ended client prompt with constraint limits. | Full Design Cycle synthesis |
| W9 | Exhibition & Defense | Public Showcase: Live structural defense, engineering portfolio, and peer evaluation. | Public presentation, self-assessment |
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Logistics, Assessment & Final Recommendation
Operational Feasibility & Administrative Sign-Off
Budget & Safety Ready
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Resource Requirements & Logistics
Hardware & Kits
Standardized bulk LEGO bricks + 6-8 Technic/Simple Machines supplementary resource sets (serves 24-28 students working in pairs).
Storage & Organization
Color-coded modular sorting drawers, designated "Work-in-Progress" storage shelves, and structured 5-minute cleanup protocols.
Budget Feasibility
Non-consumable capital expenditure: 95% of materials are reusable across multiple quarters and future school years.
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Assessment & Student Growth Metrics
Engineering Journal (30%)
Sketches, hypotheses, metric load measurements, and iterative redesign notes after stress tests.
Challenge Performance (40%)
Evaluation based on structural criteria, stability benchmarks, and creative problem-solving fidelity.
Collaboration & Care (30%)
Daily rubric assessment for partner cooperation, equitable task-sharing, and responsible kit maintenance.
Closing Administrative Recommendation
The proposed LEGO® Engineering & Design Lab represents a high-impact, low-risk curricular investment that directly addresses middle school developmental needs. It provides rigorous hands-on STEM application, cultivates teamwork and emotional resilience, and requires zero recurring consumable expenses. It is strongly recommended to approve this course as a 9-week rotational elective pilot for the upcoming academic year.
Step 1: Curriculum Pilot Approval
Step 2: Inventory & Kit Procurement
Step 3: Student Scheduling & Roster
Administrative Review & Authorization
Principal / Administrator Signature
Curriculum Director Signature
Date of Approval
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