Design Project 1: USB Wire Holder
Challenge: Design a part that will attach to the table, computer or monitor to hold a USB Cord for the Arduino boards. NOTE: May not screw into the desks.
Design Part/Assembly
Consider
- Mounting Location:
- Will not block the students’ view of either screen
- Attachment is secure and does not slide/move when glasses are being placed in the mount or bumped by a computer user.
- Amount of material
- Ease of printing
- Durability
- Mounting Strength
Import USB B Wire into Assembly. May Sweep a longer Cord if desired. Part is located on the class website.
3D Print Test Part
Layout on 1: B-Size Paper
Provide
Project Objective Statement
Overall Paragraph describing the product and how it is
Attached to the workstation area
How the product holds the cord
Assembly Instruction
Views
3D View(s) of Part/Assembly
Full Assembly/Part
Exploded Assemblies
Section Views
Etc.
Orthographic Views showing fully dimensioned
Leader Line Arrows pointing and describing the features of the model
Download: USB B Part
Design Project 3: Multiple Purpose Tool
Design Project 4: Autonomous Product/Vehicle Overview
Creo Download File: Creo Arduino Parts
OnShape Links
Arduino Boards
Electrical Sensors
Misc. Electrical Parts
Robotic Arm
Servo Motors
Servo Brackets
Unit: CNC Machining
Unit: CNC Turning Center
Unit: Robotic Arm
Unit: Co-Bot Robotic Arm
Unit: NX
Unit 3: ASBE Design Project
Unit 4: NX
Design Project 1: Safety Glasses Holder
Challenge: Design a Safety Glasses Holder that can be mounted/attached to a location of choice around the student computer. NOTE: Minimum of 35 holders will be 3D Printed.
Consider
- Mounting Location:
- Will not block the students’ view of either screen
- Attachment is secure and does not slide/move when glasses are being placed in the mount or bumped by a computer user.
- Amount of material
- Ease of printing
- Durability
- Mounting Strength
Submission:
Paper Size: B-Size
Software: Creo
Layout: Provide the following
- Description of where and how the Glasses Holder is Mounted
- Provide any assembling instructions as needed
- Fully Dimension the Mount (May incorporate more than 3 Orthographic Views,3D Dimensional Views, Auxiliary, and/or Sectional Views)
- Incorporate a non-detailed model that shows where the mount is located around computer area (i.e. Design a Rectangle that would represent the computer monitor or design a rough table if attached to table.
- Provide Annotation Notes for mounting purposes
NOTE: May use GrabCAD or Thingiverse to find CAD models of Computer Screens, Computer Mounts etc.