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Week 4: August 25-29, 2025
8/25 Monday:
August Assignments:
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- Kahoot! Expectations
- Unit 1 Pre-Test
- Classroom List
- BLUEPRINT
- Frayer Models - Engineering, Design, Design Process, Qualitative Arguments
- Extension: Copy in your Notebook - Engineering Design Process
8/26 Tuesday:
August Assignments:
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- Kahoot! Expectations
- Unit 1 Pre-Test
- Classroom List
- BLUEPRINT
- Frayer Models - Engineering, Design, Design Process, Qualitative Arguments
- Extension: Copy in your Notebook - Engineering Design Process
8/27 Wednesday:
- AGENDA/DO NOW!
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August Assignments:
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- Kahoot! Expectations
- Unit 1 Pre-Test
- Classroom List
- BLUEPRINT
- Frayer Models - Engineering, Design, Design Process, Qualitative Arguments
- Extension: Copy in your Notebook - Engineering Design Process
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8/28 Thursday:
8/29 Friday:
- Frayer Model Vocabulary - implement, ideate, iterate
- DESMOS - RACES - Engineering Design Process Steps
- Kahoot! Unit 1 Review
- Unit 1 Post Test
- zSpace A660 - Answer the questions in your notebook using RA strategy of RACES.
- Unit 2 Pretest
- Tinkercad
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Week 2: August 11-15, 2025
8/11 Monday:
- AGENDA/DO NOW!
- Kahoot! Expectations
- Unit 1 Pre-Test Intro to Engineering
- Classroom List
- Frayer Models - Engineering, Design, Design Process, Qualitative Arguments
- Extension: Copy in your Notebook - Engineering Design Process
8/12 Tuesday:
8/13 Wednesday:
- AGENDA/DO NOW!
- Desmos Link - Engineering Design Process Steps 1-4
- Frayer Model - design, engineering, design teams, qualitative arguments
- Copy in your Notebook - Engineering Design Process
8/14 Thursday:
- AGENDA/DO NOW!
- Robotics Journal
- Design Challenge: Using only 10 sheets of paper, create the tallest paper that can stand for 30 seconds. [Note: Must be higher than 30 inches]
8/15 Friday:
- AGENDA/DO NOW!
- RACES Writing: Explain how the engineers solved the elevator problem.
- 1st Draft in your Journal
- Final Draft - separate sheet of paper.
- Design Challenge: Using only 10 sheets of paper, create the tallest paper that can stand for 30 seconds. [Note: Must be higher than 30 inches]
- Design Challenge: I can use the engineering design process to build a marshmallow tower that can hold the weight of a golf ball using 20 marshmallows and 10 spaghetti noodles.
- Robotics Journal
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Week 10: October 2-6, 2023
10/2 Monday:
10/3 Tuesday:
10/4 Wednesday:
10/5 Thursday:
10/6 Friday:
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- zCentral - Tinkercad
- Sign-in with CLASS CODE
- 2nd Hour: XTC SRN 9FK
- 3rd Hour: Q34 BD8 AWD
- 4th Hour: CL1 GTN XV4
- 5th Hour: IAN QGS REX
- 6th Hour: FYB ND2 QCE
- 7th Hour: 65R X8X FRZ
- Sign-in with NICKNAME - firstlastname [No Caps, No Spaces]
