Real-World Material Properties Analysis Without AI Tools

Example developed based on CLOs from: CCE 321 – Materials Science in Civil Engineering.

Purpose

This assignment challenges students to apply their understanding of material properties to real-world civil engineering scenarios.

This assignment emphasizes the human capacity for critical thinking, ethical reasoning, and problem-solving through detailed analysis and creative presentations.

Learning Outcomes

• Apply knowledge of material properties to analyze real-world civil engineering scenarios.
• Evaluate the significance of these properties in decision-making for construction projects.
• Communicate findings effectively through a presentation.

Instructions

Format (Final Deliverable)

1. Real-World Scenario Application
   • Select a real-world civil engineering scenario where material properties play a critical role (e.g., road construction, bridge design, or building foundations).
   • Identify the critical material properties needed for the scenario and explain their relevance to the project’s success.
   • Analyze how these properties interact with factors like load-bearing capacity, durability, and environmental conditions.
2. Presentation
   • Create a presentation (8-10 slides) that includes:
     • The selected scenario and its context.
     • Key material properties and their importance.
     • An evaluation of how these properties influence the project’s outcomes.
     • Recommendations based on your analysis.
   • Use visual aids, diagrams, and graphs to support your points.
3. Reflection
   • Write a 250-word reflection addressing:
     • The challenges and insights gained from applying material properties to real-world scenarios.
     • The significance of ethical and critical decision-making in civil engineering.

Grading Criteria

• Depth and relevance of material property analysis (40%)
• Clarity and effectiveness of the presentation (30%)
• Use of visual aids and supporting evidence (20%)
• Reflection on learning and ethical considerations (10%)

Resources

• Writing Center consultations for refining presentation content.
• Web-based resources (e.g., US Geological Survey Materials) for additional research and real-world examples.
• Diagramming tools like Lucidchart for creating professional visuals.