Participants will be introduced to sample multidisciplinary curriculum units that align with specialization topics within engineering, such as green buildings, robotics and circuit design. The session also will discuss how teams can collaborate to develop their own integrated units. Come and see projects from Scotlandville AOE, Baton Rouge, LA; North Miami High School AOE, Miami, FL; Northwest Career and Technical Academy, Las Vegas, NV; and Patrick Henry High School AOE, San Diego, CA.
Presenters: Aazam Arilian, National Academy Foundation and Pier Sun Ho, ConnectEd: The California Center for College and Career
MULTIDISCIPLINRY NATURE OF THE ENVIRONMENTAL STUDIES.pptx
Integration for Specialized Academy of Engineering (AOE) Courses
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Integration for Specialized
Academy of Engineering (AOE)
Courses
Pier Sun Ho, ConnectEd
AOE @ Scotlandville Magnet High School
AOE @ North Miami High School Academy of Engineering
AOE @ Northwest Career & Technical Academy
Aazam Irilian, Academy Development Manager, West
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Session Agenda
• Overview of AOE Integrated Units
• Green Design Project Overview
• Constellation Energy Grant
• Participating Academy Presentations
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Continuum of Curriculum Integration
BEGINNING INTERMEDIATE ADVANCED
CTE
Eng
Math
Sci
For
Lang
SS
Arts
Single
Subject
Parallel (Paired) Interrelated Conceptual
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Starting point: Sample curriculum
Sample units available on the
NAF Curriculum Library
http://naf.org/mynaf
http://www.naf-curriculum.org/
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Green Design Unit Overview
• Subunit 1: World in Balance – This subunit introduces the
unit and deeply explores issues driving the need to “green”
the architecture and building trades
• Subunit 2: Project Planning – Students research factors
important to building design and reconcile client wishes
with project parameters
• Subunit 3: Going Green – These lessons provide students
with large view of responsibility regarding resource
management and also information on how to improve the
performance of their final building design
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Scotlandville Magnet High School
Academic Magnet, Business Entrepreneurship,
Government Affairs, Academy of Engineering, and
Traditional High School with 1300 students
Project Lead the Way certified offering 5 courses
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Project Overview
Title:
• CEA Integrated Units: Green Energy & Retrofit Renovation
Participants:
• English III
• Algebra II and CEA
• Chemistry
• American History
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Process and Outcome
• Research paper titled “Imagine the world with no
access to oil.”
• Survey the site for differential leveling
• Water Quality Test: pH Protocol
• Comparative study of the past, present and
predictive future of being efficient in building
structures
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• Louisiana House (LA House) on Louisiana State
University's campus.
• LA house is a display of a home which features
comfort, durability, value, convenience, environmental
quality, safety and better health.
• Southern University’s Colleges of Engineering and
Architecture to serve as mentors and guest speakers.
Community Partner Involvement and support
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• Advisory Board recruited CH2M Hill
• Mentored students throughout the project
• Civil engineers from the Department of Public
Works and the Department of Transportation and
Development
• Selected student for internship as a result of
engagement in project
Community Partner Involvement and support
25. Chamber
• Building across the street from school
• Opportunities: manage/oversee progress
• Work closely with members of Chamber.
• Received permission from Ron from
Chamber to proceed.
26. Steps
• Research:
– LEED appliances
– Adjustments for building
– Furniture and interior design
• Commenced writing proposal
• Constructed model of building to see what
needs to be modified
27. Research
• Visited green Campuses to collect ideas
– FIU Hurricane center
– Claude Pepper Park recreational center
– Researched UM green building
• Conversed with other engineers
• Took measurements from Chamber
• Contacted other contracting companies
28. Interior Design and Aesthetics
• More stimulating environment means more
stimulated workers which means more
productivity.
• Maintain peaceful atmosphere
• Interior Garden
29. Exterior Design
• Plants native to South Florida region
• Changes to building to facilitate green
innovations
– Water system
– Solar panels
• Maintain aesthetics
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31. Replacements and New Members
• Jesus Hernandez and Ashley Figueroa have
graduated
• Search for more replacements
• New members: Malcolm Edmund and
Tanisha Felix
• Looking for more to assist our team
32. Challenges
• Outside businesses doing business with
students; reluctant
• Cooperating with each other
– Waiting on each other in order to take the next
essential progression step
33. Thank you
• We look forward to the completion of this
project towards the end of next school year
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Northwest Career & Technical Academy,
Las Vegas, NV
David Philippi; NWCTA Director - Academy of Engineering
Community
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NWCTA offers ten program areas:
Engineering & Design, Hospitality, Mechanical Technology,
Culinary Arts, Construction Management, Early Childhood,
Teacher Education, Medical Professions, Media Communications,
and Biotechnology.
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Project Overview
• Title:
LEED-certified Green Energy Computer Lab
• Participants
• Principles of Engineering
• Engineering Design & Development
• Construction II
• Hospitality
• Media
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Project Specifications
1.Establish a need for an addition
2. Must be LEED certified
3. Preliminary info on the current building
4. General guidelines for LEED certification
5. Design an addition for this building
6.Building design and aesthetics – using REVIT
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6. Land research, surveying and prep work
7. Research and design of mechanical and energy
8. Construct models
9. Demonstration/display of mechanical and energy
systems
10. Presentation and documentation by the
Hospitality Program and Media Productions class
Project Specifications cont.
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Process
1. Proposal
Students developed and presented a proposal for a
LEED-certified addition to the school to the school
administration and the Academy of Engineering
Advisory board.
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2. Determine need
Surveyed teachers and staff
• Computer Lab (66%)
• Student Work Area (14%)
• Storage (12%)
• Teacher Work Rooms (6%)
• Other (2%)
Process Cont.
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3. Research
• Site consideration
• Proper lighting of the work environment
• Sources of light and how to control it
• Energy efficient devices and fixtures
Process Cont.
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4. Community/Partner Involvement & Lead Certified
requirements
Curt Carlson, the lead project designer for the NWCTA campus,
from SH Architecture spoke to the class on the existing structure
and why it is a LEAD certified building. He also gave several hints
and key points to focus on for the design.
Process Cont.
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5. Design
Students worked in pairs to design a lab that had both
computers for the design and a shop for the
fabrication of engineering projects.
Process Cont.
NAF has three approved AOE curriculaThese three curricula organize their content differently, but have many elements in common. Foundational instruction includes attention to the engineering design process, principles of engineering, and 3D modeling.
Each of the three curriculum also includes courses designed around more specialized content such as:RoboticsAero and astronauticsCircuit designSustainable energy generationFabrication and manufacturingGreen architecture and design
To help teacher teams with (admittedly large amount of) planning required to implement a multi-disciplinary integrated project, NAF provides some sample integrated curriculum units to serve as a starting point These can be found on the NAF curriculum library, under AOE
Review materials provided - Explain what each unit provides (what is in the download)Explain that units won’t necessarily correspond to a particular semester or set of teachers. Serves as starting point to illustrate possible connections between academic subject areas and the engineering projectTeacher teams can and should adapt units to serve the specific needs and structure of the their academy
There are two sample unit designed around green building design projects. Green design was intended to serve as the starting point for the projects you’ll hear described in this sessionDescribe green design unit
Review theme of each subunit
Located in the industrial corridorand bordered on the west by Southern University, the Might Mississippi River, ExxonMobil and on the east by the BR Metro Airport and Coca Cola Bottling Company.
AOE has 300 students in grades 9-12.Graduated our 1st official AOE class 2013 with 60 students.54 Students are enrolling in 4 year institutions for engineering, computer science, nursing.4 are enlisting in the military2 are enrolling in community college
Group collaboration.
English III - Imagine the world with no access to oil. How would it affect the economy and environment? What would be an alternative fuel and how would this fuel be accessed and utilized? Algebra II and CEA - to establish the elevation of a horizontal plane in order to determine the elevation of various features at a worksite. Set a benchmark by completing a level loop from an existing control point to new benchmark to establish how accurate their measurements are.Chemistry - Students are provided with a water sample from their field site. The students will then use a pH test kit to determine the pH of their water sample. Investigate several factors that may affect water quality.American History - Take a look at structures built many years ago around the community of Scotlandville, look at newer homes in the area and finally compare those homes to those such as the LA House that was seen at LSU. The overall outcome is to show students that our society must continue to change with the times and that we must do what is possible to maintain a healthy environment for future generations. Field Trip to LA House - visited Louisiana House (LA House) on Louisiana State University's campus which is an educational outreach program designed to educate the public in several areas. LA house is connected with the integrated curriculum unit Green Design because it is a display of a home which features comfort, durability, value, convenience, environmental quality, safety and better health. All of these features are enhanced while minimizing energy, water, pollution, waste, damage and loss.
Students observed energy saving features which aided them in their designs for the Green Energy Project.University students allowed students to shadow them for a day and displayed energy saving designs.
CH2M Hill provided 7 employees to engage with students prior to beginning the green design. These engineers brought demonstration materials to show the importance of preserving energy in green design. CH2M Hill I designing the sewer system for the entire parish.
PLTW CEA curriculum provides more lessons than there are days to teach the lessons. Finding time to implement project.
Last 6-7year communities desire to go greenAs eng. Students we decided to participate in this green movement
North Miami Senior High’s student engineering team
Community: Northwest Career and Technical Academy is located in a fast growing community of homes and businesses in the northwest area of Las Vegas, Nevada. It is a magnet school that serves a diverse student body. NWCTA was named a Magnet School of Distinction by the Magnet Schools of America in 2010, 2011, and 2013. The school's population is over 1900 and has a student/teacher ratio of 28/1.School: NWCTA offers ten program areas: Engineering & Design, Hospitality, Mechanical Technology, Culinary Arts, Construction Management, Early Childhood, Teacher Education, Medical Professions, Media Communications, and Biotechnology
School: NWCTA offers ten program areas: Engineering & Design, Hospitality, Mechanical Technology, Culinary Arts, Construction Management, Early Childhood, Teacher Education, Medical Professions, Media Communications, and Biotechnology
Students from the Northwest Career & Technical Academy developed a proposal for a LEED-certified addition to the school. To do this the students researched, developed, designed, drew, constructed a model, and presented the final proposal to the school administration and the Academy of Engineering Advisory board. The project incorporated LEED certification and its requirements.
The students worked in pairs to design a lab that had both computers for the design and a shop for the fabrication of engineering projects.Most students went with a two story design with a computer lab on the top floor and the engineering lab on the first floor. Many designs incorporated a set of stairs enveloped on glass similar to the stairs currently in the school. Outdoor seating areas were popular for student access with computers with wireless capabilities. All designs were drawn on Revit.
The students enjoyed every aspect of this project from learning about the existing building to the actual design of their own ideas and visions. The application of their math and science skills along with communication and collaboration skills, the students established a solid working relationship with professionals and colleagues.