Design criteria and constraints help Grade 11 Science students turn an engineering design problem into measurable requirements and practical decision points. This Engineering & Technology worksheet focuses on distinguishing criteria from constraints, translating performance targets into quantitative design specifications, and using those specifications to evaluate possible solutions.

Build Clear Design Problem Statements

Students examine the difference between criteria and constraints and consider how each shapes an engineering design problem. They practice identifying measurable performance targets and translating those targets into quantitative design specifications that can guide decisions.

The resource also moves beyond defining terminology. Students use criteria and constraints to evaluate possible design solutions and determine appropriate next steps. This reinforces the connection between a design problem statement, measurable requirements, and the evaluation of potential solutions.

Student Activities

The worksheet includes multiple-choice questions, true/false questions, short-answer responses, dialogue, matching, a cloze passage, a labeled diagram, a reading passage, and an essay. The varied formats give students opportunities to recognize distinctions, apply design concepts, interpret information, and explain or justify their reasoning.

Teacher Support Included

• Student worksheet centered on design problem definition, criteria, and constraints
• Separate Teacher Guide PDF with learning objectives, teaching tips, discussion questions, and common mistakes

Use in Engineering & Technology Lessons

This Grade 11 science resource can support guided instruction, independent practice, classroom discussion, or review of engineering design concepts. The teacher guide provides discussion prompts and instructional guidance that can help students work through distinctions between requirements and limitations.

By focusing on measurable performance targets and quantitative design specifications, the activities give students a concrete way to think about how criteria and constraints influence engineering choices. Students then apply those ideas when evaluating possible solutions and deciding what should happen next in the design process.

Key Learning Focus

• Explain the difference between criteria and constraints
• Identify measurable performance targets in design problems
• Translate performance targets into quantitative specifications
• Evaluate solutions using criteria and constraints