Redesign the Rocket Launch Pad
Redesign the launch pad to use less material while maintaining stability, rocket fit, and safe classroom handling.
Browse 80 detailed challenges across IED, POE, and ADM.
Redesign the launch pad to use less material while maintaining stability, rocket fit, and safe classroom handling.
Analyze a classroom object and create an engineering record that explains its parts, materials, assembly, and likely manufacturing methods.
Build the tallest free-standing paper tower that supports a 200 g payload for 30 seconds.
Upgrade one incomplete or weak notebook entry into a professional engineering record.
Investigate a major engineering failure and identify how design-process improvements could have reduced the risk.
Produce accurate multiview and isometric documentation for an approved hand tool.
Measure a set of mystery parts as accurately and consistently as possible.
Disassemble an approved object and create picture-only instructions that another student can use to reassemble it.
Conduct a professional, evidence-based review of another team’s rocket design and recommend prioritized improvements.
Revise a weak engineering drawing so it communicates the part clearly and can be used for fabrication or inspection.
Measure and model a tape measure hook as a fully constrained, parametric CAD part.
Model a randomly assigned object accurately within 30 minutes, then evaluate which modeling choices improved speed and quality.
Redesign an Teacher-provided bracket to reduce modeled mass by at least 20% while preserving interfaces and basic load capability.
Redesign the part to improve printability while preserving its function.
Inspect failed prints, identify likely causes, and recommend a controlled correction for each failure.
Redesign the assembly to reduce part count or assembly time while preserving required function and overall envelope.
Create a professional exploded view, BOM, and assembly-order visual suitable for a portfolio or design review.
Design and test a tolerance coupon that identifies useful clearance, transition, and press-fit dimensions for the classroom printer.
Perform a manufacturing readiness review of another student’s rocket assembly and identify issues before production.
Redesign, print, and compare one component so the revised prototype performs better in a defined test.
Compare candidate materials and recommend the best choice for a defined drone-arm scenario.
Compare friction for three surface materials and recommend the best tray liner.
Design a gear system with an overall reduction close to 5:1 and demonstrate the expected speed and torque tradeoff.
Analyze a class data set, create appropriate visualizations, and make an evidence-based engineering recommendation.
Design and build a simple electromechanical device such as an alarm, fan, indicator, mini conveyor, or launcher with a safe, defined function.
Redesign an approved classroom product to reduce required grip force or improve control without removing its core function.
Design, build, and test sustainable packaging for a provided component.
Interview a client, convert their needs into a design brief, and recommend a concept.
Map the life cycle of an aerospace-related product and recommend two realistic improvements.
Transform your strongest project into a concise portfolio case study that demonstrates process, evidence, revision, and communication.
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