Grab this chance to help your students tackle real-world problems using the engineering design process!

This set of 50 Virginia Life Science Task Cards is tailor-made for Grade 7 classrooms, focusing on the concept of solving design problems—a critical part of the Virginia Standards of Learning (SOL) in Life Science. Whether you're building foundational skills, preparing for assessments, or supplementing a STEM lesson, these cards are the perfect no-prep, standards-aligned tool to reinforce scientific thinking and design methodology.

What’s Inside?

This resource includes a total of 50 task cards, carefully categorized to meet different instructional goals and student learning needs:

• ✅ 15 Multiple-Choice Task Cards
  These cards help reinforce vocabulary and essential definitions related to the design process. Students choose the best answer from four choices to demonstrate content understanding.
  
• ✅ 20 Short Answer Task Cards
  These open-ended prompts encourage students to apply their knowledge, describe real-world applications, and analyze design scenarios. They provide excellent practice for written response assessments and class discussions.
  
• ✅ 15 True/False Task Cards
  These cards promote critical thinking by challenging students to evaluate design concepts and debunk common misconceptions about engineering and problem-solving.
  

Each task is aligned to the Virginia 7th Grade Life Science curriculum, particularly emphasizing the science and engineering practices that support design thinking, iteration, and testing.

Key Topics Covered

Your students will explore core ideas related to design problems and the engineering process, including:

• Understanding what defines a design problem
  
• Identifying constraints and criteria
  
• The importance of brainstorming and prototyping
  
• The function and value of testing and iteration
  
• The role of feedback, collaboration, and research
  
• Variables in the design process
  
• Application of sustainable and practical solutions
  
• Evaluating final designs using multiple factors like cost, effectiveness, and aesthetics
  

These task cards are written in clear, accessible language that empowers students to think like engineers and scientists—while building vocabulary, reasoning, and problem-solving skills.

Here’s a Look at What You’ll Get

Sample Multiple-Choice Cards:

• What is a design problem?
  A. A science theory
  B. A question needing a solution
  C. A math equation
  D. A type of experiment
  
• What is a prototype?
  A. Research paper
  B. Final product
  C. Design sketch
  D. A working model
  
• What does iteration mean in design?
  A. Final design
  B. Research phase
  C. First draft
  D. Repeating steps
  

Sample Short Answer Cards:

• What is the first step in the design process?
  
• How can testing improve a design?
  
• Give an example of a non-renewable resource used in engineering projects.
  
• Why is sustainability important in design?
  
• What role does collaboration play in solving design problems?
  

Sample True/False Cards:

• Design problems can be solved by identifying criteria and constraints.
  
• All design solutions are permanent and cannot be modified after testing.
  
• The engineering design process includes steps like brainstorming and prototyping.
  
• Testing a design solution is unimportant in the design process.
  
• All designs must be functional to be considered successful.
  

Each card encourages active thinking and application of real-world STEM skills. Students are not just memorizing facts—they’re learning to analyze and solve complex problems.

Why Teachers Love This Resource

• ☑ Covers Key SOL Concepts
  These task cards support Life Science SOL standards and are great for reviewing engineering practices, scientific reasoning, and cross-cutting STEM skills.
  
• ☑ Multiple Formats for Flexible Use
  Includes multiple-choice, short answer, and true/false formats for easy differentiation. Use the whole set or select specific types for targeted instruction.
  
• ☑ Printable and No-Prep
  Just print and go! Perfect for interactive notebooks, science stations, independent work, or homework. Save time while maintaining instructional quality.
  
• ☑ Answer Key with Explanations Included
  Every card comes with a correct answer and a clear, student-friendly explanation—great for whole-class review or small group discussion.
  
• ☑ Boosts Real-World Application
  Encourages students to think about real-life engineering and scientific design—helping them make connections beyond the classroom.
  
• ☑ Engages Higher-Order Thinking
  Short answer questions and true/false prompts push students to justify reasoning, reflect on design challenges, and think critically.
  

How to Use These Cards in Your Classroom

These task cards are incredibly versatile. Try using them for:

• Bell ringers and warm-ups
  
• Test prep and review days
  
• Exit tickets
  
• Learning centers or stations
  
• Partner and group activities
  
• Sub plans
  
• Homework and take-home challenges
  
• STEM Friday activities
  

They’re also ideal for classroom games like Task Card Scoot, Quiz-Quiz-Trade, or scavenger hunts to build excitement and engagement around science content.

Included in This Resource

• 50 Task Cards total
  
• 15 Multiple-Choice Questions
  
• 20 Short Answer Questions
  
• 15 True/False Statements
  
• Full Answer Key with Explanations
  
• All content in printable PDF format for easy access and use
  

Teacher Tips

• Laminate cards for reuse year after year
  
• Print on colored cardstock for easy organization by question type
  
• Pair with a design project to apply these concepts in hands-on ways
  
• Use the short answer questions for writing assignments or journal prompts
  
• Challenge advanced learners with extension tasks or “design your own question” activities
  

Standards-Based and Skill-Building

Every card in this set reinforces science process skills and engineering practices that align with both Virginia’s SOL Life Science standards and Next Generation Science Practices. The focus on solving design problems helps students build resilience, think creatively, and develop solutions grounded in scientific evidence and evaluation.

These cards help bridge classroom concepts with real-world application. Your students won’t just memorize—they’ll think critically about how science and engineering solve today’s challenges.