Group 28 - HP Officejet 7310 All-in-One printer

From GICLWiki
(Difference between revisions)
Jump to: navigation, search
(http://gicl.cs.drexel.edu/wiki/University_at_Buffalo:_MAE_277_Pages University at Buffalo: MAE 277 Pages)
(Introduction)
Line 1: Line 1:
 
[[File:inky.jpg|thumb|HP Officejet 7310 All-in-One printer]]
 
[[File:inky.jpg|thumb|HP Officejet 7310 All-in-One printer]]
 
==Introduction==
 
==Introduction==
 +
For MAE 277, Introduction to Mechanical Engineering, our group will be reverse engineering a HP Officejet 7310 All-in-One printer. As group 28, our five members will work together in a collaborated effort to completely disassemble the printer, all the while using an engineering standpoint to analyze each component and part. Once our printer is taken apart, we will then reassemble our product, returning it to its original state and wrapping up our engineering analysis.
 +
 
==Group Members==
 
==Group Members==
 
*'''Matthew Forrest''' - ''Project Manager''
 
*'''Matthew Forrest''' - ''Project Manager''

Revision as of 20:56, 8 October 2011

HP Officejet 7310 All-in-One printer

Contents

Introduction

For MAE 277, Introduction to Mechanical Engineering, our group will be reverse engineering a HP Officejet 7310 All-in-One printer. As group 28, our five members will work together in a collaborated effort to completely disassemble the printer, all the while using an engineering standpoint to analyze each component and part. Once our printer is taken apart, we will then reassemble our product, returning it to its original state and wrapping up our engineering analysis.

Group Members

  • Matthew Forrest - Project Manager
    • mtforres@buffalo.edu
  • Martin Moy - Assistant Manager
    • martinmo@buffalo.edu
  • Dennis Maines - Technical Expert
    • dmmaines@buffalo.edu
  • Lisa Vogt - Design Specialist
    • lisavogt@buffalo.edu
  • Max Wroblewski - Communications Representative
    • maxwrobl@buffalo.edu

Request for Proposal: Gate 1

  • Work Proposal
  • Management Proposal
  • Project Archeology

Product Dissection: Gate 2

Product Analysis: Gate 3

Product Explanation: Gate 4

Delivery: Gate 5

University at Buffalo: MAE 277 Pages

Personal tools