Project Lead The Way

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Project Lead The Way

• http//www.pltw.org

• Watchung Hills Regional High School, Warren NJ
• Christopher Gibson - cgibson_at_whrhs.org
• BS Technology Education-TCNJ
• MA Technology Education-Montclair State
  University
• Project Lead The Way Certifications
• Introduction to Engineering Design
• Principles of Engineering
• Digital Electronics
• Daryn Mount-dmount_at_whrhs.org
• BS Technology Education-TCNJ
• MA Curriculum Development/Technology-UOP
• Project Lead The Way Certifications
• Introduction to Engineering Design
• Principles of Engineering
• CAD Architecture I and II
• Michael Kutch -mkutch_at_whrhs.org
• BSME Rutgers University
• Project Lead The Way Certifications
• Computer Integrated Manufacturing

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PLTW Engineering Course Overview
Project Lead the Way Courses
Recommended Math Level
CADD Architecture I - AutoCAD CADD Architecture
II Revit
First course in sequence
Algebra I
Geometry (may be taken concurrently)
Introduction to Engineering Design
All classes count as Practical Arts credits.
Principles of Engineering
Algebra II and beyond
Digital Electronics
Physics J, Pre-Calculus, IED Recommended
Computer Integrated Manufacturing (Seniors Only)
Revised 2/6/11
Indicates required course
Indicates advanced measure
Indicates college credit may be earned
Indicates prerequisite
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PLTW Course Schedule

• Beginning PLTW Course
• Introduction to Engineering Design-A course that
  teaches problem-solving skills using a design
  development process. Models of product solutions
  are created, analyzed and communicated using
  solid modeling computer design software. In NYS,
  the course is called Design and Drawing for
  Production and follows the syllabus developed by
  the State Education Department.

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Introduction to Engineering DesignProjects

• Introduction to Design
• Evolution of Design
• Inventor Tutorials
• 2D Constraints, Basic 3D Skills, Advanced 3D
  Features
• Cube Project
• Sketching and brainstorming (Orthographic,
  Oblique, Isometric, Perspective), 3D Assembly
  Constraints, Exploded Views, Working Drawings
• Reverse Engineering
• Advanced 3D Features, Dimensioning Techniques,
  Sectional Drawing, Detailed Drawings, Auxiliary
  Views
• Desktop Organizer
• Mass Properties, Culminating Project, Graphic
  Arts and Woods classes

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Introduction to Engineering Design Projects
Cube Design Project- Use of basic 3D skills,
basic assembly techniques, creating exploded
views, and working drawings
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Introduction to Engineering Design Projects
Reverse Engineering Project Advanced 3D Features,
Dimensioning Techniques, Sectional Drawing,
Detailed Drawings, Auxiliary Views
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PLTW Course Schedule

• Second PLTW Course
• Principles of Engineering- A course that helps
  students understand the field of
  engineering/engineering technology. Exploring
  various technology systems and manufacturing
  processes help students learn how engineers and
  technicians use math, science and technology in
  an engineering problem solving process to benefit
  people. The course also includes concerns about
  social and political consequences of
  technological change.

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Principles of EngineeringProjects

• Identify types of engineers and responsibilities
• Project Greatest Invention of the 20th century
  PowerPoint presentation
• Communication and Documentation
• Project Sketching and Perspective Drawings
• Project Graphing with Excel
• Project Career Research Presentation
• Design Process
• Project Inventor Research Presentation
• Engineering Systems
• Mechanisms Control Systems (Project Marble
  Sorter)
• Thermodynamics (Project Convection Oven)
• Statics and Strength of Materials
• Project Balsa Bridge Test
• MDSolids Centroids and Moments of Inertia

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Principles of EngineeringProjects

• Materials and Materials Testing in Engineering
• Project Materials Properties Display
• Quality Control (Project Using the Micrometer,
  Measurements Quiz)
• Engineering for Reliability
• Project Prediction of Failure Rates with Dice
• Kinematics
• Project Ballistic Device

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Principles of EngineeringProjects
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PLTW Course Schedule

• Third Course in sequence
• Digital Electronics- A course in applied logic
  that encompasses the application of electronic
  circuits and devices. Computer simulation
  software is used to design and test digital
  circuitry prior to the actual construction of
  circuits and devices.
• CAD Architecture I-Computer aided drafting of
  residential construction and modeling of homes!
  (AutoCAD English)
• CAD Architecture II-Computer aided design, 3D
  modeling, and presentation techniques (Autodesk
  Revit)
• Other Courses being considered
• Civil Engineering Architecture
• Biotechnical Engineering
• Aerospace Engineering

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PLTW Course Schedule

• Final Course in Sequence Option 1
• Computer Integrated Manufacturing- A course that
  applies principles of robotics and automation.
  The course builds on computer solid modeling
  skills developed in Introduction to Engineering
  Design, and Design and Drawing for Production.
  Students use CNC equipment to produce actual
  models of their three-dimensional designs.
  Fundamental concepts of robotics used in
  automated manufacturing, and design analysis are
  included.

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PLTW Course Schedule
Final Course in Sequence Option 2 Engineering
Design and Development- An engineering research
course in which students work in teams to
research, design and construct a solution to an
open-ended engineering problem. Students apply
principles developed in the four preceding
courses and are guided by a community mentor.
They must present progress reports, submit a
final written report and defend their solutions
to a panel of outside reviewers at the end of the
school year.
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PLTW College Credit

• Eligibility
• Students earn 85 or higher in a PLTW course
• Students earn a 70 or higher on the college exam
• The tuition charge for each four quarter-credit
  course is 200 (an equivalent course taken at RIT
  would cost more than 2,000)
• RIT will send a grade report at the end of the
  quarter in which a student registers.
• Students who apply to colleges other than RIT may
  request, at no cost, that a transcript be sent to
  those schools.

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CAD Architecture

• Marking Period 1
• Introduction to Architectural Styles
• Measurement in Architecture
• Software-Basic AutoCAD English
• Marking Period 2
• Creating Floor Plans/ Your House!
• Elevation Drawings

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CAD Architecture

• Marking Period 3
• Sectional Drawings
• Electrical Plans
• Portfolio Development
• Marking Period 4
• 3D Computer Modeling (Revit Architecture)
• Roof Framing
• Your Original Home Design

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Student Models!
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Student Models!
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CAD Architecture II

• Introduction to Revit Architecture
• Basic components of commercial structures
• Commercial Design with Revit Architecture
• Presentation with Revit Architecture
• 3D modeling - digital format
• Video production virtual walkthrough of
  structure
• Portfolio development

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CAD Architecture II
Advanced skills in development of working
drawings using Autodesk Revit Architecture.
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CAD Architecture II
Advanced skills in portfolio development using
Autodesk Revit Architecture
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How can my child find out what they missed if
they were ill?

• Assignment Log Daily assignments
• Citrix-nfuse.whrhs.org
• Parent Log-in- parents.whrhs.org
• Student Email- mail.whrhs-stu.org
• Teacher web page
• http//www.whrhs.org/cgibson
• http//www.whrhs.org/dmount

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What if I have a question about an assignment?