Seven Secrets to Implementing a Standards-Based Model Program in the STEM and IT Clusters...
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Engineering byDesign™
Seven SecretsSeven Secrets to Implementing a Standards- to Implementing a Standards-Based Model Program in the STEM and IT Based Model Program in the STEM and IT
ClustersClusters
National Career Clusters National Career Clusters InstituteInstitute
Phoenix, ArizonaPhoenix, Arizona
June 13, 2006June 13, 2006
Begin with Begin with the End in Mindthe End in Mind
What are the “7 Secrets?”What are the “7 Secrets?”
What is What is Engineering byDesign™Engineering byDesign™
What is the What is the EbDEbD™ Network?™ Network?
Where can I find the EbD™ Where can I find the EbD™ Resources?Resources?
What is the CATTS / EbD Consortium?What is the CATTS / EbD Consortium?
How can I get this going in my state?How can I get this going in my state?
We Have a Very Tough Job!We Have a Very Tough Job!
Schools are under intense pressure for Schools are under intense pressure for students to achieve higher gains on “tests”students to achieve higher gains on “tests”
Teachers are coping to change from the Teachers are coping to change from the way they learned, to research-based way they learned, to research-based methodsmethods
Districts are moving towards smaller Districts are moving towards smaller schools around career themes and looking schools around career themes and looking for innovative focused alternativesfor innovative focused alternatives
Everyone has an opinion about testing, Everyone has an opinion about testing, change, smaller learning communities, and change, smaller learning communities, and school “reform”school “reform”
“The 7 Secrets to SUCCESS!”Engineering byDesign™ Program
1. Smaller Schools and School Improvement (Reform) IS Better – Understand the Concept
2. Get to Know Your Principal and Your Community! (NO-BRAINER)
3. Commit to a Standards-Based Model – Engineering byDesign™
4. Embrace Design through T.I.D.E. (Technology, Innovation, Design, & Engineering) as the organizer for your teaching
5. Organizing Around Career-Themed Academies is Your “Ticket to Ride”
6. Form a Collaboration Committee for STEM/Technological Literacy
7. Get Involved – Stay Involved!
A NationalStandards-based ModelFor Teaching & Learning
SSTTEEMM
Center to Advance the Teaching of Technology & Science
SSciencecienceTTechnologyechnology
EEngineering &ngineering &MMathematicsathematics
A NationalStandards-based
Professional Development ModelFor Teaching & Learning
EbDEbD™™
Center to Advance the Teaching of Technology & Science
EEngineeringngineeringbbyyDDesign™esign™
NNetworketwork
What Is
Engineering byDesign™?
Do We Teach engineering or Engineering?
engineering – little “e” – used as a verbto teach all students to think or learn to engineer or use engineering concepts
Engineering – big “E” – used as a nounprepare students to be Engineers – career oriented
Organizing PrinciplesEngineering byDesign™ Program
1. Technology affects everyday life
2. Technology drives invention and innovation
3. Technologies combine to make systems
4. Engineering through design improves life
5. Technology creates issues
6. Technology has impacts
7. Technology is the basis for improving on the past and creating the future
Engineering byDesign™ Program
• Clear standards and expectations for increasing student achievement in math, science & technology
• Restore America’s status as the leader in innovation
• Construct learning from a very early age that culminates in a capstone experience that leads students to become the next generation of technologists, innovators, designers and engineers
S.T.L. – Standards and Benchmarks
K-2
3-5
ET
I&I
TS
FoT
TI
I of T
TD
AD
A
ATA
ED S
cie
nc
eS
cie
nc
e
Ma
thM
ath
5 Understanding the effects of technology on the environment 4 8 8 4 9 4 21
619
13
13
11
A Some materials can be reused and/or recycled. 4
BWaste must be appropriately recycled or disposed of to prevent unnecessary harm to the environment.
4
FDecisions to develop and use technologies often put environmental and economic concerns in direct competition with one another.
4 3 2
GHumans can devise technologies to conserve water, soil, and energy through such techniques as reusing, reducing and recycling.
4 3 2 2 3
HWhen new technologies are developed to reduce the use of resources, considerations of trade-offs are important.
3 4 2 3 4
IWith the aid of technology, various aspects of the environment can be monitored to provide information for decision-making.
4 2
9/S21/L
33/J
LDecisions regarding the implementation of technologies involve the weighing of trade-offs between predicted positive and negative effects on the environment.
3 3 4 4 3
9/S21/L
33/J,
62/H
6-8 9-12
Alignment with STEM & IT Career ClustersAlignment with STEM & IT Career Clusters
K-2K-2 11 Integrated concepts & lessonsIntegrated concepts & lessons
3-53-5 22 Integrated concepts & lessonsIntegrated concepts & lessons
66 MS-1MS-1 Exploring TechnologyExploring Technology 18 weeks18 weeks
77 MS-2MS-2 Invention and InnovationInvention and Innovation 18 weeks18 weeks
88 MS-3MS-3 Technological SystemsTechnological Systems 18 weeks18 weeks
99 HS-1HS-1 Foundations of TechnologyFoundations of Technology 36 weeks36 weeks
10-1210-12 HS-2HS-2 Impacts of TechnologyImpacts of Technology 36 weeks36 weeks
10-1210-12 HS-3HS-3 Technological IssuesTechnological Issues 36 weeks36 weeks
10-1210-12 HS-4HS-4 Technological DesignTechnological Design 36 weeks36 weeks
11-1211-12 HS-5HS-5 Advanced Design Applications *Advanced Design Applications * 36 weeks36 weeks
11-1211-12 HS-6HS-6 Advanced Technological Applications *Advanced Technological Applications * 36 weeks36 weeks
11-1211-12 HS-7HS-7 Engineering Design Engineering Design (Highly Rigorous)(Highly Rigorous) 36 weeks36 weeks
* proBase – an NSF funded project at the Illinois State University
Standards-Based Model – Grades K-12
Horizontal and Vertical ArticulationHorizontal and Vertical Articulation
K-2
3-5
Inven
tion
&
Inn
ovati
on
Tech
nolo
gy
Syste
ms
Exp
lori
ng
Tech
nolo
gy
Standards (Standards (STLSTL))
DimensionsDimensions
Organizing PrinciplesOrganizing Principles
NCTMNCTM AAASAAAS
Career-Themed ExplorationCareer-Themed Exploration Career-Themed “Smaller School” AcademiesCareer-Themed “Smaller School” Academies
Fou
nd
ati
on
s o
f Tech
nolo
gy
Tech
nolo
gy
Imp
acts
Tech
nolo
gic
al
Issu
es
Tech
nolo
gic
al
Desig
n
Engineering Design
Capstone Experience
Ad
van
ced
D
esig
n
Ap
plicati
on
s
Ad
van
ced
Tech
nolo
gic
al
Ap
plicati
on
s
Elementary 6th Grade 7th Grade 8th Grade
Integrated Lessons (KITS)*
Exploring Technology* Invention & Innovation* Technological Systems*
9th Grade 10th Grade 11th Grade 12th Grade English I English II English III English IV Algebra I or Geometry Geometry or Algebra II Algebra II, Pre-Calculus, or Trigonometry Trigonometry or Calculus Physical Science or Biology I Biology I or Chemistry I Chemistry or Physics AP Biology, AP Chemistry, or AP Physics Geography/State History World History American History Economics/Government Required Courses/Electives PE, Health, Art, Foreign Language, or Computer Technology
Required Courses/Electives PE, Health, Art, Foreign Language, or Computer Technology
Career Electives Foundations of Technology *
(Transition Course)
Career Electives Choose one: Technological Design* Technological Issues* Impacts of Technology *
Advanced Technology/Engineering Electives Choose one: Advanced Design Applications* Advanced Technological Applications*
Technology Capstone Engineering Design*
Technology Center Community College College/University Automated Manufacturing Technology
Drafting and CAD
Electronics
Industrial Maintenance
Manufacturing Engineering Technology
Precision Machining
Design Engineering Technology
Pre-Engineering
Industrial Drafting
Biology
Chemistry
Physics
Mathematics
Mechanical Engineering
Civil Engineering
Mathematics
Biology
Biochemistry
Chemistry
Physics
Management Science and Systems Analysis
Work-based Learning Options Short-Term Training Options Job-Shadowing: Internship/Mentorship: On-The-Job Training:
Safety Training Wireless Technology Visual Basic 6 VB Net Internet & Network Security AutoCAD
STEM Cluster Engineering & Technology Pathway
Care
er
Enha
ncem
ent
Optio
ns
High
Sch
ool
Post-S
econ
dary
Midd
le
Sch
ool
Course GuidesCourse Guides
Exploring Technology – Grade 6Exploring Technology – Grade 6
1. Technological Innovation2. Technological Design3. Scope of Technology4. Technology Integration5. Exploration in Technology
Invention and Innovation – Grade Invention and Innovation – Grade 77
1. Intro to Invention/Innovation2. Core Concepts of Technology3. Problem-Solving: Design,
Troubleshooting, R&D, Experimentation
4. Let’s Invent & Innovate5. Impacts of Invention & Innovation
Technological Systems – Grade 8Technological Systems – Grade 8
1. Defining a System2. Systems Interaction3. Systems Evolution4. Systems Adjustments5. Systems Failure6. System Trends
Foundations of Technology – Foundations of Technology – Grade 9Grade 9
1. History of Technology2. Relationships Among
Technologies3. Engineering Design4. Manufacturing5. Construction Technologies6. Energy & Power Technologies7. Information & Communication
Tech8. Systems Thinking – Putting it All
Together
Technological Issues – Grades Technological Issues – Grades 10-1210-12
1. Recognizing Technological Issues
2. Sources of Technological Issues3. Examining Technological Issues4. Addressing Technological Issues5. Predicting Technological Issues
Impacts of Technology – Grades Impacts of Technology – Grades 10-1210-12
1. Nature of Technology2. Fundamentals of Technology
Assessment3. Assess the Impacts of Products
and Systems4. Designing Technological Products5. Designing Technological Systems6. Designing for the Future
Advanced Design Applications – Advanced Design Applications – Grades 10-12Grades 10-12
1. Manufacturing Technologies2. Energy & Power Technologies3. Construction Technologies4. Transportation Technologies
Advanced Technological Advanced Technological Applications – Grades 10-12Applications – Grades 10-12
1. Information & Communication Technologies
2. Medical Technologies3. Agriculture & Related
Biotechnologies4. Entertainment & Recreation
Technologies
Engineering Design – Grades 11-Engineering Design – Grades 11-1212
1. Principles of Design2. Engineering Resources3. Engineering Design Process4. Project Management
Pathways
• Product Engineering
• Reliability & Maintenance
• Quality Assurance
• Information Technology
• Production
• Manufacturing Process
• Health, Safety, Environment
Invention and Innovation
• Core Concepts of Technology
• Problem-Solving: Design, Troubleshooting, R&D, & Experimentation
• Invent & Innovate
• Impacts of Invention & Innovation
Pathways
• Systems
• Hardware Operations
• Hardware Engineering Development
• Software Operations
• Software Engineering Development
Middle School
Hosp
italit
y
STEM Information Technology
Business Mgmt
Biosciences & Health
AgricultureGovernment
Transportation & Distribution
Architecture & Construction
Arts, A/V
Education Human Services
Marketing Sales/Service
Manufacturing
Finance
Law
Pathways
• Product Engineering
• Reliability & Maintenance
• Quality Assurance
• Information Technology
• Production
• Manufacturing Process
• Health, Safety, Environment
Engineering Design
• Principles of Design
• Engineering Resources
• Engineering Design Process
• Project Management
Pathways
• Systems
• Hardware Operations
• Hardware Engineering Development
• Software Operations
• Software Engineering Development
Hosp
italit
y
STEM Information Technology
Business Mgmt
Biosciences & Health
AgricultureGovernment
Transportation & Distribution
Architecture & Construction
Arts, A/V
Education Human Services
Marketing Sales/Service
Manufacturing
Finance
Law
Pathways
• Product Engineering
• Reliability & Maintenance
• Quality Assurance
• Information Technology
• Production
• Manufacturing Process
• Health, Safety, Environment
Technological Issues
• Recognizing Tech Issues
• Sources of Tech Issues
• Examining Tech Issues
• Addressing Tech Issues
• Predicting Tech Issues
Hosp
italit
y
STEM Information Technology
Business Mgmt
Biosciences & Health
AgricultureGovernment
Transportation & Distribution
Architecture & Construction
Arts, A/V
Education Human Services
Marketing Sales/Service
Manufacturing
Finance
Law
Pathways
• Systems
• Hardware Operations
• Hardware Engineering Development
• Software Operations
• Software Engineering Development
5E Lesson Planning 5E Lesson Planning MethodMethod
1. Engagement2. Exploration3. Explanation4. Extension5. Evaluation
Foundations of TechnologyFoundations of Technology
Introduction to the Engineering-By-Design Model ProgramIntroduction to the Engineering-By-Design Model Program
Overview – Foundations of TechnologyOverview – Foundations of Technology
Professional Professional DevelopmentDevelopment
Creating a Community of Learners
EngagementEngagement ExplorationExploration ExplanationExplanation ExtensionExtension EvaluationEvaluation
Expert/Enrichment Expert/Enrichment
Professional Development Plan
EbDEbD™™EEngineeringngineering
bbyyDDesign™esign™NNetworketwork
2006 - 20072006 - 200719 Schools in 11 states19 Schools in 11 states
• Invention and Innovation (Grade 7)
• Foundations of Technology (Grade 9)
Consistency!
How do the How do the Engineering byDesignEngineering byDesign™ Sites Develop Consistency?™ Sites Develop Consistency?
Curriculum
1. Using the curriculum guide and resources provided
2. Content delivered without modification beginning September 06
Instruction
1. Training provided at ITEA Conference
2. Teachers participating in eTIDEonline to develop resources and examples of student exemplars (starting April, 06)
Assessment
1. Student participation in EbD™ Technological Literacy Assessment
2. Sharing of student data
3. EbD™ Collaboration Team – Program Evaluation
Online Resources to Support Effective Instruction
1. Engineering byDesign™ Network Sites are automatically enrolled
2. Starts April, Finishes July 1st
3. Develop standards-based resources to support instruction
4. Share student exemplars of work
a) Compare, Contrast, Develop Consistency
5. Consortium states access resources for unlimited distribution
• Develop two curriculum products per year
• Provide professional development services on EbD™ Network site courses – 2 per year
• Develop 2 eTIDEonline (BlackBoard) courses each year
• eTIDEonline courses are available to port to states and districts
• Provide electronic access to classroom resources developed in eTIDEonline
Consortium of StatesConsortium of States
• Provide train the trainer opportunities for lead trainer and state teams
• Provide electronic (web) access to products and resources for easy “real-time” access
• State representatives participate in annual Fall Leadership forum to identify priorities, products and services for the consortium
• Unlimited distribution of curriculum products developed in year (s) of membership ***
Consortium of StatesConsortium of States
*** 3 year commitment
How Can I Get the Resources?
1. www.iteaconnect.org - Individual copies of the curriculum
2. District Licensing Agreement – Based on # of teachers
3. CATTS Consortium – Unlimited access to all curriculum***, plus, plus, plus!
*** 3 year commitment
Can I Become Part of the EbD™ Network?
1.1. CATTS ConsortiumCATTS Consortium
2. Fee-based: entitles individual schools to the curriculum, eTIDEonline, and the EbD™ Network
Consortium StatesConsortium States
Florida MissouriOhio
Georgia Illinois Tennessee
Kentucky North Carolina Texas
Maryland North Dakota
Expert Resources
Curriculum and Standards SpecialistsCurriculum and Standards Specialists
www.engineeringbydesigwww.engineeringbydesign.orgn.org