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Nation Building Project PREPARED EXCLUSIVELY FOR: Academia

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Page 1: Digital Yard

Nation Building Project

PREPARED EXCLUSIVELY FOR: Academia

Page 2: Digital Yard

The Digital Yard Project presents a vision and an execution model for a future Jamaica where our children have a culture of fascination for science, technology, engineering and mathematics (STEM).

CONFIDENTIAL

Page 3: Digital Yard

CONFIDENTIAL

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This plan is focused on the Vision 2030 Jamaica National Development Plan and provides a roadmap to help Jamaica get to a developed nation. The model hinges on the development of an island wide competence in science, technology, engineering and manufacturing technologies to develop the next generation of Nation Builders trained in the use of advanced technology for social and economic development .

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Page 5: Digital Yard

Engineering Graduates Yearly vs. Global Need

3 Million Engineering graduates needed in 2010

Only 2.25 Million worldwide Engineering graduates in 2010

We need to train the next generation.

China 810,000

India 350,000

Japan 110,000

USA 74,000

Germany

Russia

Brazil

Eastern Europe

32,000

82,000

25,000

84,000

Rest of World 679,000

Total 2,246,000

Sources: Chinese Ministry of Education, National Association of Software and Services Companies

(NASSCOM), American Society of Engineering Education (ASEE)

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Page 6: Digital Yard

Partner with Academia, Industry, Government and Non-Profits to assist with the deployment of the technology and training and development to encourage a focus on Science, Technology, Engineering and Mathematics (STEM) in Jamaica

Student

Academia

Government

Non Profits Industry

Family

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The Future of Jamaica is in their hands….

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Making History and Pledges to Support Vision

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Commits to participation and community relations

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Collaborative Product Development

Advanced 3D CAD

Computer Aided Engineering and Analysis

Computer Aided Manufacturing

To Help Solve our Country’s Toughest Problems CONFIDENTIAL

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Styling Design Documentation

Simulation Tooling Machining

For the design and testing of ideas….

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Part Assembly Resource

Human Quality Production

Plant

For optimized manufacturing and assembly of innovations…

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Systems Engineering & Requirements Mgmt

Portfolio, Program, & Project Mgmt

Engineering Process Mgmt

Manufacturing Process Mgmt

Supplier Relationship Mgmt

Reporting & Analytics

To learn how to develop innovations collaboratively….

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Page 15: Digital Yard

Look at all the applications of the Computer Aided

Design technology

Captures a variety of student interest….

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Engineering a new Jamaica

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Engineering a NEW Jamaica

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Create programs where children will be exposed to advanced technology in the classrooms and in afterschool programs

Leveraging Siemens grant programs to give students access to Computer Aided Design, Computer Aided Manufacturing, Computer Aided Engineering software

Collaboration with the Universities to form Innovation Hubs To give student in high school the ability to see a future of

engineering, innovation and invention. To encourage entrepreneurship and problem solving

NX CAD/CAM/CAE Teamcenter Tecnomatix Digital Lifecycle Management Digital Product Development Digital Manufacturing

Creating expertise in CAD/CAM/CAE/DM/Collaboration

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Examples of other countries who have developed specializations: Island of Hawaii has chosen shipbuilding as their

specialization using CAD technology to teach shipbuilding

Schools in Taiwan teaching expert mold-making using 3D CAD Technology

What can we do? Think about Jamaica’s resources… How about building alternative energy specialization

in Sun, Wind and Wave Technologies. Study how to design and manufacture those systems

Let’s all get laser focused on a specialization

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Digital Yard Program Target Age Overview

Robotics Competitions Secondary Island Robotics Initiative and Competition

STEM Science Days Primary Island Science Days at primary schools with Robotics theme

Innovation Competitions Primary, Secondary Design and other innovation competitions

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The Digital YardTM model hinges on the development of an island wide competence

in science, technology, engineering and manufacturing technologies to develop the

next generation of Nation Builders trained in the use of advanced technology for

social and economic development .

Page 20: Digital Yard

Partners Role

Academia • Tertiary Level: Support advanced STEM education • Secondary Level: Begin education process for STEM as a

career

Private Industry • Provide opportunities for innovation • Financing for promising nation building ideas • Utilize students as subject matter experts

Government • Policy to support STEM • Leverage STEM expertise for govt. projects

Non Profit • Leadership in STEM • Influence in society

Society • Adopt culture of STEM, Innovation and Invention • Must look to the future and use technology

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Academic Partnerships University of Technology, Northern Caribbean

University, Secondary High Schools, Technical High Schools

Private Industry Partnerships Development Bank of Jamaica, Microsoft, Siemens,

Tank Weld, JamRa Technology Government Partnerships Ministry of Education, Prime Minister’s Office,

Ministry of Industry, Investment and Commerce Non Profit Organizations JCOBA.org, UTECH NY Alumni

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The Digital Yard aims to engage youth in STEM programs for future

social and economic development. Our Robotics Initiative is a

foundation program combining STEM and Competition using Robots

that the children design and build themselves.

Target Ages: Secondary School

What: Robotics Competition with mentoring from

UTECH students

Goal: Design and build of robot to enter 2013

Robotics competition

Success Factor: Successful collaborative design and build of

Robot

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Dubbed a "varsity sport for the mind," Robotics

combines the excitement of sport with the rigors of

science and technology.

Design, build, and

program robots.

Apply real-world math

and science concepts.

Develop problem-solving,

organizational, and team-

building skills.

Compete and cooperate

in alliances at

tournaments.

Page 24: Digital Yard

CONFIDENTIAL

The calendar year 2013 is being targeted as the launch of the Robotics Competition held in Jamaica

UTECH has agreed to be the university partner and for the championship to be held on their Campus

Local secondary schools will be invited to compete

Page 25: Digital Yard

University of Technology $3.4B(J) Grant for CAD Software given to UTECH from

Siemens – July 2011 Agreement of UTECH to be Digital Yard Academic

Partner Northern Caribbean University

$10.7B(J) Grant awarded November 2009 Deployment of Siemens CAD, CAM Technology in Jan

2010 Collaborate with other schools in the area

High Schools Jamaica College provides leadership in Robotics Morant Bay, St. Andrew High, Immaculate Conception

High briefed

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Technology initiative linked to major Universities

= Tertiary

Institution

= Secondary

Institution

Manchester

High

Mannings

NCU UTECH

Cornwall College

Mt. Alvernia

Holmwood Jamaica

College

Kingston

College

StEts

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Campion Dinthill

St.

Andrew

St.

Georges

Morant

Bay HS Immaculate

Page 27: Digital Yard

Technology initiative linked to major Universities

= Tertiary

Institution

= Secondary

Institution

Manchester

High

Mannings

NCU UTECH

Cornwall College

Mt. Alvernia

Holmwood Jamaica

College

Kingston

College

StEts

CONFIDENTIAL

Campion Dinthill

St.

Andrew

St.

Georges

Morant

Bay HS Immaculate

= Digital Yard

Year 1 Member

Page 28: Digital Yard

CONFIDENTIAL

“We are also looking forward to participating in the Digital YardTM initiative which will allow us to continue to develop our community relations programme with secondary schools on the island. ”

Dean of the Faculty of Engineering and Computing, Mrs.

Charmaine DeLisser

Page 29: Digital Yard

Tertiary Schools

Application process

Software deployment

Commitment to execution model

Secondary Schools

Application process

Committee acceptance

Commitment to execution model

Addition to the Collaboration Network CONFIDENTIAL

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A vision for the program is that students will develop proficiencies in the use of the Siemens PLM software and can attain professional certifications

Certifications can include the following:

3D CAD/CAM/CAE

Digital Collaboration

Digital Manufacturing

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A study will be executed prior to the kickoff of the program and at the end of Year 2. The survey will attempt to benchmark the participants in regards to STEM, STEM Education and STEM Educational Opportunities

Benchmarking to include: Measure of attitudes toward STEM

Number of students taking STEM / Engineering Classes

Number of schools with Robotics classes / instruction

Number of schools with Product Lifecycle related classes

Number of students entering Tertiary institutions in STEM careers

How many students going thru our program going into STEM

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The Digital Yard aims to engage youth in STEM programs for future

social and economic development. STEM Science Days with a

Robotics theme targets primary school children to expose children to

STEM concepts early in a fun and engaging way.

Target Ages: Primary School

What: Science Day event with Robotics theme to

engage youth early with STEM concepts

Goal: Program Launch in 2014 – 2 schools per parish

Success Factor: Successful completion of Science Days at all of

the targeted schools, good feedback on survey

for event engagement, excitement and learning

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Modeling Lego’s gives opportunities

to teach about Size, Dimension, and

Assemblies using Robots

Sample Lego Lesson: Open CAD Software

Make a rectangle that is 3inX2in

Make extrusions on top of the rectangle

Make the part Red with a shiny exterior

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Completion of programs at target schools Feedback forms will be distributed to teachers to score the

execution of the program on the following criteria Student Engagement

Relevance to Curriculum

Organization and Execution of Event

Overall score and evaluation of the event

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The Digital Yard aims to involve youth in STEM programs for future social

and economic development. The Innovation Competitions will engage

youth in various competitions to solve national challenges.

Target Ages: Primary, Secondary and Tertiary School

Collaborative Competitions

What: Collaborative competitions to create

innovations in energy, health, infrastructure, etc.

to youth in collaborative problem solving and to

engage youth early with STEM concepts

Goal: Program Launch in 2013

Success Factor: Successful 1st competition competed

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Design competitions provide excitement and a forum to share innovative ideas

Design competitions will be focused around a particular topic

Design energy efficient innovation

Traffic simulations for city

Agricultural applications and Water desalination

Sponsored by industry and government Incubator developed for promising ideas

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17 Schools participating in this program using SPLM Products

INTRODUCING THE PREMIER COLLEGIATE AUTOMOTIVE ENGINEERING COMPETITION CONFIDENTIAL

Page 38: Digital Yard

Option & Variant Management

Process Management / Workflow

Part Classification

Reporting & business metrics

Enterprise Scalability

Re-use of Knowledge

Document Management

Records Management

Configuration Management

Change Management

• Tuskegee and USAF form partnership where Tuskegee engineering students to provide a single source of all weapon system configurations for the extended enterprise

• Set up system to provide secure global access to all product information “anytime, anywhere” linking global sustainment teams including partners and suppliers

• Students to Implement USAF-specific business process and control rules

Gunter AFB & Tuskegee University

Tuskegee partners with the USAF on key projects

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All partnerships not confirmed… this is just to give an idea

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Successful execution of Island Innovation Programs Named Sponsored secured Evaluation forms will be distributed to get feedback from:

Sponsors

Partners

Participants

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At the completion of this multi-year project, our success will be measured: In the number of engineers candidates that we have

entering university and the final number graduating from the university system

Certifications for PLM Software attained by program participants

New businesses that are started by program participants and a general increase in innovation in Jamaican industry

Industrial development, small manufacturing development

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Page 43: Digital Yard

Obrigado!

ありがとう!

고맙습니다! Dziekuje!

Thank you!

Tack! Dêkuji!

谢谢!

謝謝! Bedankt!

Merci!

Gracias!

Grazie! !Danke תודה

CONFIDENTIAL