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Better understand the process for implementing the Project Lead the Way curriculum in your Academy of Engineering.
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Project Lead the Way And
Academies of Engineering
A Success Story in Progress:Understanding the process for
implementing AOE in PLTW schools
Judith D'AmicoDirector, Western RegionProject Lead The [email protected]
Debra CraneDirector, Instructor BEST AcademyGalt High [email protected]
INTRODUCTION
19961997
19981999
20002001
20022003
20042005
20062007
20092010
1 11 36 94 159 268 419 600 9101,2301,616
2,292
3,4034,000
0
500
1,000
1,500
2,000
2,500
3,000
3,500
4,000
Current Statistics PLTW:350,000+ students,4000+ school sites, (688 new 2011-12)50 states & District of Columbia,15,000 trained teachers (3,000 summer 2011)100 university relationships/50 Affiliates
5
Activities give the students what they need to traverse the “phases” in a design process.
Projects and Problems utilize the process itself.
Example of STL Standard 8 Benchmark H design process
Activities/Projects/Problems Focused on Design Process
PLTW Aligns Key Learning Concepts to National Standards
National Science Education StandardsPrinciples and Standards of School
MathematicsStandards for Technological LiteracyStandards for English Language ArtsNational Content Standards for
Engineering and Engineering Technology National Health Care Cluster Foundation
StandardsABET, Inc. Accreditation Criteria
High School ProgramPathway to Engineering
7
Foundation Courses: Introduction to Engineering Design (IED) Principles Of Engineering (POE)
Specialization Courses: Aerospace Engineering (AE) Biotechnical Engineering (BE) Civil Engineering and Architecture (CEA) Computer Integrated Manufacturing (CIM) Digital Electronics (DE)
Capstone Course: Engineering Design and Development
(EDD)
Principles of the Biomedical Sciences (PBS) Human body systems and health conditions
Human Body Systems (HBS) Build organs and tissues on a skeletal
manikin and play the role of biomedical professionals to solve medical mysteries.
Medical Interventions (MI) Investigation of interventions involved in
the prevention, diagnosis and treatment of diseases.
Biomedical Innovation (BI) Design innovative solutions for the
health challenges of the 21st century
High School ProgramBiomedical Sciences
Professional Development
Core Training: Summer Training Institute
Virtual Academy Main Page
Online Update Training
Continuous Training: Virtual Academy (to become the Collaborative Portal—2011-12)
Project Lead The Wayand
Galt High Schooland
Academy of Engineering
OrThe long, slow story of how a
program develops with
lots of hope and
lots of support
Ten Years of PLTW at
Galt High School
History Galt High’s BEST AcademyFall 2001 Galt High School began PLTW Engineering program
• PLTW national non-profit developed curriculum to insure US high school students are successful in college engineering programs
• GHS has a full four year pathway for students in Engineering
GHS became first certified PLTW campus in California in 2003
• Certification allows our students to qualify for college credit for high school courses
January 2010 selected by NAF to become one of six Academies of Engineering in California.
• BEST Academy was born.
Fall 2010 Galt High School began the Project Lead the Way Biomedical Sciences program
• GHS will add one new course / year to implement a full four year pathway for students in Biomedical Science
We have a dream……
Fall 2000We want computers for CAD – the
district wants a comprehensive program to serve more than the CAD classes, so the research begins.
Hear an endorsement from Joe OakeyVisit Rancho Cordova High School Spring
2001Get a $100,000 commitment from the
school board
We start a program….
Summer 2001Two of us go to training
– Me and IED in New York and Jim and IED in Connecticut
Fall 2001Uh-oh! Only one beginsBut what about the lab??
Baby steps…………
Summer 2002• Another summer, another training.
This time it’s Digital Electronics in Big Rapids, MI
Certification2002-2003• We decide to apply for certification
– Don’t let this intimidate you
• We get the “Gold Star”
There’s good news and bad news…
Summer 2003• We add another class – Computer
Integrated Manufacturing• We add another teacher – another
“Jim”
Another Summer, another training…..Summer 2004• Another summer, another training. This
time Civil Engineering and Architecture and yes…..
We now have training in San Diego!!
YES!!!• Two instructors / one student – you do the
math………..
Two trainings / one summer….You’ve got to be kidding!Summer 2005• Training for Computer Integrated
Manufacturing in Rochester, New York
• Master Teacher for Civil Engineering and Architecture in San Diego, California
Master Teacher for CEA in San Diego
And the program grows…..We add equipment, classes and even a teacher fall 2007
A new school opens, new opportunities
Board Approval of Application 7/30/2007
CDE Award of Grant 10/2/2007
Submission of Application for Funding to OPSC 10/30/2007
Approval of Contract to Draw Architectural Plans 10/23/2008
Final Plan Approval from DSA 4/27/2009
Final Plan Approval from CDE 5/4/2009
Additional Documentation for to OPSC 7/31/2009
Approval of Final Plan Status by OPSC 9/30/2009
All funding stops – Yikes!
Funds are released from the state 4/2010
Construction begins 4/29/2010
Construction begins – but first, the walls come down…..
Finally! We have a shop..
Next….National Academy Foundation
Academy of EngineeringBiomedical Science ProgramTwo new teachers 2010
Principles of Engineering -Brooke Beckett
Principles of Biomedical Science –Traci Crawford
Another new teacher 2011Human Body Systems
– Oscar Corona
CST Data Overview
21 % 47 % 14 % 40 %
26 % 20 % 22 % 15 %
30 % 22 % 32 % 20 %
13 % 3 % 19 % 10 %
10 % 7 % 12 % 15 %
345.11 376.75 329.64 352.25
931 Tested 59 Tested 371 Tested 20 Tested
3 % 9 % 1 % ---
16 % 35 % 11 % 45 %
31 % 25 % 29 % 25 %
40 % 28 % 46 % 20 %
10 % 4 % 13 % 10 %
306.96 336.63 295.70 322.00
854 Tested 57 Tested 349 Tested 20 Tested
English Language ArtsAll GHS Students All PLTW GHS Hispanic PLTW Hispanic
MathematicsAll GHS Students All PLTW GHS Hispanic PLTW Hispanic
16 % 33% 7 % 16 %
29 % 31 % 16 % 37 %
32 % 20 % 40 % 26 %
11 % 4 % 19 % 11 %
12 % 11 % 18 % 11 %
342.66 369.33 318.25 346.42
829 Tested 54 Tested 331 Tested 19 Tested
ScienceAll GHS Students All PLTW GHS Hispanic PLTW Hispanic
29 % 71 % 22 % 57 %
28 % 18 % 24 % 29 %
22 % 4 % 25 % ---
9 % --- 15 % ---
11 % 7 % 14 % 14 %
361.69 422.57 344.40 411.86
441 Tested 28 Tested 155 Tested 7 Tested
Social ScienceAll GHS Students All PLTW GHS Hispanic PLTW Hispanic
Advanced
Proficient
Basic
Below Basic
Far Below
Advanced
Proficient
Basic
Below Basic
Far Below
Advanced
Proficient
Basic
Below Basic
Far Below
Advanced
Proficient
Basic
Below Basic
Far Below
Engineering Pick a item Disassemble / measurements Model Innovate/New
Biomedical Sciences Design and build a pump Dissection Test their own hearts– EKG, Heart Rate, Blood Rate
Why combine PLTW Biomedical and Engineering into a single NAF Academy?….Both embed an understanding of implementing effective systems!
Students in both strands use the design process to create, test and design.
BEST Academy – YOPThis school year (2010 – 2011) was our Year of Planning for BEST Academy
Tasks: Identify teachers from core subjects to become part of
academy structure
Develop curriculum to support themes of Engineering and Biomedical Science
Recruit students for academy
Bring together Advisory Board – including people from Industry, higher education and community.
This year’s freshman will be first official academy classInternships June/July 2014Graduation for first class – June 2015
Who are our students?
How we help students plan for their future:
Our academy is not designed for only the top students
All students may become part of our academy
We encourage under-represented populations to participate
Student focus:
• College or University / Bachelor Degree
• Community College / Associate or Technical Degree
• Trades / Immediate employment
9th Grade 10th Grade 11th Grade Summer 12th Grade
BIOMEDICAL SCIENCE
ACADEMY Principles of Biomedical Science
Human Body Systems Medical Interventions
SummerWork Experience
InternshipBiomedical Innovations
ENGINEERING
ACADEMY Introduction to Engineering Design
Principles of Engineering
Civil Engineering and Architecture
or Digital Electronics
SummerWork Experience
InternshipComputer Integrated
Manufacturing
CORE and ELECTIVES
ENGLISH English 9 English 10 English 11
SummerWork Experience
Internship
English 12MATH Geometry Algebra 2 Trig / Pre Calculus Calculus AP
SCIENCE Biology Chemistry Physics AP ScienceSOC. SCI. Health World History US History Gov't / Economics
PE PE PE ELECTIVE Foreign Language 1 Foreign Language 2 Foreign Language 3 Visual / Performing Arts
CAREER FOCUS ACTIVITIES
Career Focus
•Career Interest Inventory
•College Visits
•Work Site Visits
•Guest Speakers (Engineering Professionals)
•College/University Reps
•Career/Human Resources
•Resume Writing
•Cover Letters
•Letters of Recommendation
•College & Work Site Visits
•Guest Speakers for College and Career Prep
•PSAT and PLAN
•Mock Interviews
•Update of Portfolio
•PSAT and PLAN
• SAT I/II - ACT
•College and Job Application submissions
•Documentation (i.e. Resume/Cover Letter; FAFSA, Letters of Recommendation)
•Portfolio Assessment
SummerWork Experience
Internship
•Internships
•Senior Presentation
•Portfolio Assessment
•Self & Post Secondary Planning Evaluation
Why three national partners?
Same Goal, Different Specialized Abilities
Nationally recognized with framework for launching career-themed Academies
Engineering education resources for students, educators and parents
Rigorous and relevant engineering and biomedical sciences curriculum with ongoing updates
The Bottom Line
Curriculum Relevant Rigorous Time
• To Teach• To Learn
New PLTW Initiative:Innovation Portal—iPortalhttp://iportalpilot.weebly.com/index.html
To promote , expand and highlight original design work of students, To build a bridge between K-12
and post-secondary efforts.
Jay McTighe
Dr. Leigh Abts
Dr. Gail Goldberg
Assessment Expert and consultant
Engineering Design Process Portfolio Rubric
Component I: Identifying, Articulating, and Justifying a Problem Element A: Identification and definition of the problem Element B: Justification of the problem Element C: Documentation and analysis of past and current solution attempts Element D: Identification, definition, and justification of solution design goals, parameters and constraints Component II: Generating an Original Solution Element E: Demonstration of design process thinking and analysis Element F: Application of mathematics, science, and engineering principles Element G: Demonstration of design viability
Component III: Constructing a Testable Prototype or Process Element H: Demonstration of sufficiency of prototype design process Element I: Demonstration of sufficiency of final prototype iteration Element J: Demonstration of sufficiency of testing
Component IV: Analyzing Test Data Element K: Analysis of the design based on testing Element L: Documentation of end user and stakeholder evaluation (external evaluation)
Component V: Reflecting and Formulating Recommendations Element M: Reflection on the project design Element N: Presentation of designer’s recommendations
Component VI: Documenting and Presenting the Project Element O: Presentation of the project portfolio Element P: Writing like an Engineer
UNIVERSITY AFFILIATES• Arkansas Tech University• California State Polytechnic University • California State University, East Bay • Duke University• Eastern Michigan University• Florida State University Panama City• Georgia Southern University• Indiana University Purdue University
Indianapolis• Iowa State University• Milwaukee School of Engineering• Missouri University of Science &
Technology • NHTI, Concord’s Community College• New Mexico State University• Northwestern State University of
Louisiana• Oklahoma State University• Old Dominion University• Oregon Institute of Technology• Penn State University• Purdue University• Rochester Institute of Technology• Rowan University • San Diego State University•San Jose State University•Seattle University•Sinclair Community College
• St. Cloud State University • Stevenson University• University of Alaska Anchorage • University of Colorado at Colorado Springs• University of Illinois• University of Iowa• University of Kentucky• University of Maryland at Baltimore
County• University of Minnesota• University of New Haven• University of Nebraska – Lincoln• University of South Carolina• University of Tennessee at Chattanooga• University of Texas at Tyler• Utah Valley University • Washington State University, Spokane • West Virginia University• Wichita State University• Worcester Polytechnic Institute
Our new Biomedical Sciences Affiliates are:• University of South Carolina• Milwaukee School of Engineering• University of Kentucky• Oklahoma University
Our new Engineering Affiliate is:• Florida State University Panama City
Questions?Thank you for being here!!
Debra CraneDirector, Instructor BEST AcademyGalt High [email protected]
Judith D'AmicoDirector, Western RegionProject Lead The Way [email protected]
Thank you!