Description
1. Reinforces the Engineering Design Process (EDP)
The presentation explicitly ties the Gantt chart to critical phases of the engineering design process rather than treating it as a generic calendar. Slide 3 emphasizes tracking:
- Research: Scholarly articles, market research, and problem statistics.
- Documentation: Crafting the Problem Statement, Abstract, and Objectives.
- Design & Validation: Solution sketches, materials/resource lists, expert identification, and consumer surveys.
2. Teaches Industry-Standard Project Management
Project management is a core engineering competency. This deck introduces students to fundamental industry concepts in a digestible way:
- Task Dependencies: Slide 5 gives a clear, practical engineering example of a dependency—explaining that writing an Abstract depends entirely on completing the Problem Statement first.
- Buffer Zones: Slide 9 teaches a vital "Pro Tip" regarding engineering timelines—building in a buffer zone (e.g., scheduling 4 days instead of 3) to account for technical setbacks or slow feedback.
3. Built-In Classroom Protocols
The deck is structured to minimize a teacher's lesson planning time by incorporating active learning strategies directly into the flow:
- Partner Discussion (Slide 4): Prompts students to identify challenging tasks and debate timeline organization.
- Group Brainstorm (Slide 7): Encourages collaborative problem-solving on how to visually represent dependencies and color-code task types.
4. Streamlines Digital Workflow and Grading
Managing large-scale student projects can be an administrative headache. The presentation addresses this by enforcing good digital hygiene:
- Live Embedding (Slide 6): Instructs students to embed their live Google Sheet chart directly into their project portfolio site so it updates automatically, advising them to "Avoid screenshots to keep your chart interactive."
- Permissions Check (Slide 8): Walk students step-by-step through changing access from "Restricted" to "Anyone with the link can view." This proactively prevents the common issue of teachers or judges being locked out of student work during grading.
5. Clear Accountability Metrics
Engineering projects often suffer from unequal workload distribution among team members. Slide 5 and the Student Checkpoint on Slide 10 provide teachers with a framework to enforce strict accountability, ensuring that every task has an assigned owner based on team strengths (such as explicitly designating who is responsible for documentation or APA citations).
STEM Engineering Design: Create an Engineering Project Gantt Chart (Phase 1)
Highlights
Save even more with bundles
Description
1. Reinforces the Engineering Design Process (EDP)
The presentation explicitly ties the Gantt chart to critical phases of the engineering design process rather than treating it as a generic calendar. Slide 3 emphasizes tracking:
- Research: Scholarly articles, market research, and problem statistics.
- Documentation: Crafting the Problem Statement, Abstract, and Objectives.
- Design & Validation: Solution sketches, materials/resource lists, expert identification, and consumer surveys.
2. Teaches Industry-Standard Project Management
Project management is a core engineering competency. This deck introduces students to fundamental industry concepts in a digestible way:
- Task Dependencies: Slide 5 gives a clear, practical engineering example of a dependency—explaining that writing an Abstract depends entirely on completing the Problem Statement first.
- Buffer Zones: Slide 9 teaches a vital "Pro Tip" regarding engineering timelines—building in a buffer zone (e.g., scheduling 4 days instead of 3) to account for technical setbacks or slow feedback.
3. Built-In Classroom Protocols
The deck is structured to minimize a teacher's lesson planning time by incorporating active learning strategies directly into the flow:
- Partner Discussion (Slide 4): Prompts students to identify challenging tasks and debate timeline organization.
- Group Brainstorm (Slide 7): Encourages collaborative problem-solving on how to visually represent dependencies and color-code task types.
4. Streamlines Digital Workflow and Grading
Managing large-scale student projects can be an administrative headache. The presentation addresses this by enforcing good digital hygiene:
- Live Embedding (Slide 6): Instructs students to embed their live Google Sheet chart directly into their project portfolio site so it updates automatically, advising them to "Avoid screenshots to keep your chart interactive."
- Permissions Check (Slide 8): Walk students step-by-step through changing access from "Restricted" to "Anyone with the link can view." This proactively prevents the common issue of teachers or judges being locked out of student work during grading.
5. Clear Accountability Metrics
Engineering projects often suffer from unequal workload distribution among team members. Slide 5 and the Student Checkpoint on Slide 10 provide teachers with a framework to enforce strict accountability, ensuring that every task has an assigned owner based on team strengths (such as explicitly designating who is responsible for documentation or APA citations).
