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Group 5Group 5 Jason LinJason Lin
Brent TamBrent Tam
Susan TongSusan Tong
Neel PunatarNeel Punatar
Ozgun KarabalOzgun Karabal
Troy BallesterosTroy Ballesteros
Adetama HendrastoAdetama Hendrasto
OverviewOverview
IDEO Inspired Design ProcessIDEO Inspired Design Process Top 3 DesignsTop 3 Designs User Survey Results and AnalysisUser Survey Results and Analysis Top DesignTop Design Careers and Potential EmployersCareers and Potential Employers CurriculumCurriculum Pros and ConsPros and Cons Website PresentationWebsite Presentation
IDEO Inspired ProcessIDEO Inspired Process
1. Defining User Types1. Defining User Types
User Types
Potential Students Faculty Industry
High School,Community College,
Undeclared COE
Professors,Lecturers,
GSIs
Engineering FirmsDesign Firms
Tech Companies
Best Designs
Conservative
Technical Communications
Engineering
Moderate
Prototype Engineering&
IP Studies
Radical
Athletic Engineering
This major sounds fun and interesting.
Student Interest
0
2
4
6
8
10
1 2 3
Student SurveysStudent Surveys
PEIPS TCE AE
Sample Size: 102
I am willing to pursue this major.
Student Willingness to Take
0
24
68
10
1 2 3
Student SurveysStudent Surveys
PEIPS TCE AE
Sample Size: 102
Academic Faculty Academic Faculty Surveys Surveys
I am willing to teach a course in this major?
PEIPS TCE AE
Sample Size: 21
Academic Teaching
0123456789
10
1 2 3
Academic Faculty Academic Faculty Surveys Surveys
How useful do you feel is this major?Usefulness
0123456789
10
1 2 3
PEIPS TCE AE
Sample Size: 21
Industry SurveysIndustry Surveys
Industry Hire
0123456789
10
1 2 3
Would your company hire graduates of this major?
PEIPS TCE AE
Sample Size: 14
Industry SurveysIndustry Surveys
Which major would best satisfy skills lacking in current graduates?
Industry Skills
0
2
4
6
8
10
1 2 3
PEIPS TCE AE
Sample Size: 14
Decision ProcessDecision Process
Based on FeedbackBased on Feedback– AE generated more high school student AE generated more high school student
interestinterest– PEIPS more interest from undergraduates PEIPS more interest from undergraduates
and community college studentsand community college students– Industry professionals found PEIPS Industry professionals found PEIPS
graduates most fitting in R&D graduates most fitting in R&D departmentsdepartments
– Industry found need for better Industry found need for better communication skills in college graduatescommunication skills in college graduates
We chose…We chose…
Prototype EngineeringPrototype Engineering
DesignDesign– User Interface User Interface – Experience Experience – Product Product
ToolsTools– CADCAD– SimulationSimulation– ModelingModeling
Intellectual Property Intellectual Property StudiesStudies
Exposure to patent lawExposure to patent law– To understand patent process and To understand patent process and
regulationsregulations– Learn to modify ideas to create Learn to modify ideas to create
legally “new” ideaslegally “new” ideas
Design ProcessDesign Process
ProcessProcess– Problem DefinitionProblem Definition– BrainstormingBrainstorming– Prototype Building Prototype Building – Product Testing through UsabilityProduct Testing through Usability– Statistical AnalysisStatistical Analysis– ModificationsModifications– Creation of final productCreation of final product– Patenting of productPatenting of product
PEIPS at PEIPS at
Freshman Year CurriculumFreshman Year Curriculum
Math 1A Calculus 4
Physics 7A Intro. To Statics and motions
4
Chemistry 1A Introduction to Chemistry
4
Humanities Suggested: English 1A (List E)
3
Total 15
Math 1B Calculus 4
Physics 7B Electricity and Magnetism
4
Eng. 45 Material Science
3
E28 CAD Design 3
PEIPS 1 Seminar – Intro to PEIPS
1
Total: 15
Fall Spring
Sophomore Year Sophomore Year CurriculumCurriculum
Math 53 Multivariable Calculus
4
Eng. 77 Programming 3
IEOR 170 Design 3
Legal Studies 100
Introduction to Law
4
Total: 14
Math 54 Linear Algebra
4
Engineering 36
Statics 2
PE 100 Rapid Prototyping
2
EECS 40 Introduction to Circuit Design
4
Bolt 275 Introduction to Patent Law
3
Total: 15
Fall Spring
Junior Year CurriculumJunior Year Curriculum
Option 1 3
CE 130 Mechanics of Materials
3
ME 104 Dynamics 3
EECS 143 Micro Fabrication Lab
4
Bolt 277 Patent law 3
Total: 16
Option 2
Ind Eng 130 Modeling and Simulation
3
ME 128 Advanced CAD 3
E 128 Advanced CAD 3
PEIPS 180 Molding Lab 3
Psychology 2
Intro to Psychology
3
Bolt 278.65 International IP
3
ME 130 Planar Machinery
3
E 190 Technical Communications
3
Total: 15
Fall
Spring
Senior Year Senior Year CurriculumCurriculum
Fall SpringPEIPS
191Loophole Prototype Designs
PEIPS 189
Experience and Interface Design
Option 3 Option 2Bolt 278 Copyright law Bolt
277.2Patent Litigation
Bolt 277.1
Trade Secrets Me 110 Introduction to product Development
Option 4 Option 2IEOR 130
Methods of Manufacturing Improvement
ME 107 A
Measurements
ME 101 High / Low Mix (Manufacturing)
ME 102 B
Mechanical Design
Ind Eng 130
Modeling and Simulation of Dynamic Systems
PEIPS at PEIPS at
Double Major/Minor/OptionsDouble Major/Minor/Options
ABET/COE/U.C. Requirements ABET/COE/U.C. Requirements
Department CollaborationDepartment Collaboration
Created ClassesCreated Classes
PEIPS 1 – Introduction to PEIPSPEIPS 1 – Introduction to PEIPS
PEIPS 100 – Rapid PrototypingPEIPS 100 – Rapid Prototyping
PEIPS 180 – Molding LabPEIPS 180 – Molding Lab
PEIPS 189 – Experience and Interface PEIPS 189 – Experience and Interface DesignDesign
PEIPS 191 – Loophole Prototype DesignsPEIPS 191 – Loophole Prototype Designs
CareersCareers
Prototype EngineerPrototype Engineer
Design EngineerDesign Engineer
Patent ExaminerPatent Examiner
Patent AttorneyPatent Attorney
Pros and ConsPros and Cons
Meets surveyed Meets surveyed need in industryneed in industry
Flexibility to Flexibility to pursue patent pursue patent law law
Uses many Uses many existing classesexisting classes
Law may not Law may not appealappeal to to engineersengineers
Difficult to Difficult to complete in 4 complete in 4 yearsyears
Hard to Hard to collaborate collaborate departmentsdepartments