Design Process Framework

A repeatable design process provides structure, reduces guesswork, and enables scalable performance from initial concept to competition readiness. High functioning teams rely on disciplined engineering methodology rather than improvisation. A structured framework improves efficiency, reduces rework, and creates traceable decision pathways.

Framework Overview

Problem Definition

Begin by clearly defining the game challenge, scoring priorities, constraints, and performance targets. Translate game rules into measurable engineering requirements. Identify constraints such as weight limits, size restrictions, budget, and time.

Ideation and Concept Selection

Generate multiple solution concepts before committing to a single design. Evaluate options using criteria such as feasibility, complexity, risk, resource requirements, and expected scoring impact. Use decision matrices where appropriate to compare alternatives objectively.

Prototyping and Iteration

Develop rapid prototypes to test critical mechanisms or control strategies. Focus on validating assumptions early. Iterate quickly based on performance data, prioritizing learning over perfection in early stages.

Build and Integration

Transition validated prototypes into full scale implementation. Integrate mechanical, electrical, and software systems in controlled stages. Maintain alignment between subteams to ensure compatibility and prevent late stage conflicts.

Test and Refine

Establish repeatable testing protocols. Measure reliability, cycle time, scoring consistency, and failure modes. Use collected data to guide refinements rather than relying on intuition alone.

Documentation

All major decisions, tradeoffs, test results, and design changes must be documented systematically. Capture the rationale behind concept selection, performance benchmarks, and lessons learned. Detailed documentation supports award submissions, facilitates knowledge transfer between seasons, and provides a defensible record of the team’s engineering process.