STEM (Science, Technology, Engineering, & Mathematics

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Transcript STEM (Science, Technology, Engineering, & Mathematics

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STEM (Science, Technology,
Engineering, & Mathematics)
with SolidWorks
Career and Technical Training, LLC
2012
What is SolidWorks?
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SolidWorks makes it easy to bring your ideas to life
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• Robust, production-proven 3D CAD software
• Intuitive and easy to use
• Powerful and complete
• Fast creation of production quality 2D drawings
• Easy and safe re-use of 2D and 3D data
• Innovative communication tools
For Everything You Design
Consumer
Consumer
Packaged Goods
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Aerospace
Automotive
High-Tech
Shipbuilding
Energy
Life Sciences
Construction
Industrial Equipment
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Business
Services
SolidWorks Curriculum
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Making STEM Relevant
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
SolidWorks software and curriculum is a communication and learning tool for all
students that makes STEM subjects relevant

SolidWorks curriculum reinforcing STEM principles by using industry examples

Knowing SolidWorks software prepares students for STEM careers from middle
school/high school to technical vocational, community college, college, and
university.
SolidWorks Curriculum
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Teacher Guide and Student Workbook
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12 Lessons
Based on the eLearning SolidWorks Tutorials
Applications of Engineering Design and Sustainable
Design principles
Applications of math and science principles
Development of technological literacy for all students
30 additional tutorials
Teacher Guides, Outcomes, Assessment and Competencies
Outcomes for Students
Assessment
Competencies
Lesson 4: Assembly Basic
Presentation: Lesson 4
Develop an understanding of 3D
assembly modeling by combining Tutor1
part with Tutor2 part
Apply 2D sketch tools to offset
geometry and project geometry to the
sketch plane
Create Tutor2 part
Create Tutor assembly
5 minute assessment
Vocabulary worksheet
Lesson Quiz
Review of fasteners selection
Engineering: Evaluate the current
design; incorporate design changes that
result in an improved product.
Review fastener selection based on
strength, cost, material, appearance and
ease of assembly during installation.
Technology: Review different materials,
safety in design of a Switch Plate
assembly
Math: Apply angular measurements,
axis, parallel, concentric and coincident
faces, and linear patterns
Science: Develop a volume from a
profile revolved around an axis.
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Lesson
Lesson 12: SolidWorks Sustainability
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Additional Exercises: Design a CD
Jewel Case and Storage Box assembly
and Claw Mechanism assembly
Optional Materials for build projects:
Screws for Switch Plate part, 3.5mm
diameter or based on hole diameter.
A variety of fasteners to discuss design
and manufacturing parameters for a
product
Understand basic concepts of sustainable
design
Measure the environmental impacts of
various design choices, including
material, manufacture location, and more
on the following part assembly.
5 minute assessment
Exercises and Project – Analyze a CD
Storage Box
Engineering: Performing environmental
assessment of designs using a product
life
cycle methodology.
Technology: Using a CAD-integrated
screening-level environmental Life
Cycle
Assessment tool.
Math: Interpreting numerical data in
various forms (percentage change, pie
charts, and
absolute results) to make design
decisions.
Science: Understanding environmental
indicators over a product’s life cycle.
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SolidWorks Curriculum: Applied Physics-based
Teacher and Student Guides with Assessment
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Lessons to introduce physics applications
Forces
Motion
Fluids
Each chapter includes
Goals
Assessments, vocabulary tests, and in-class
discussion guides
Overhead presentation slides for use
in your lectures
Sample parts and templates
Lesson summary
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SolidWorks Curriculum: Physics based eLearning
Engineering Design Tutorials
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Tutorials in Static Analysis,
Frequency, Thermal, Radiation,
Shape Optimization, and Design
Scenarios
Design validation for technology
and engineering education
through virtual simulation
All levels of analysis
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Project Based Learning: SolidWorks Engineering
Design Industry Example
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5-Hour Introduction to SolidWorks
core functionality
Part modeling
Assembly modeling
Drawings
Simple Physics analysis
Based on actual SolidWorks
customer project:
Seabotix LBV 150 underwater robot
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Project Based Learning: Physics-based Industry
Example
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5-Hour Continuation of SolidWorks
HOTD
Static: Pressure test simulating 1,000
m depth in ocean
Thermal: Validate dissipation of heat
from lamp to ocean temperature
Drop-test (impact) study on camera
housing
Optimization: minimize weight while
maintaining performance
Motion Analysis
Design, Analyze and Test a Race Car
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CO2 Car Project/F1 Race Car
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10-hour project
Design car body
Physical properties of materials
Calculate drag in “Wind Tunnel”
Modify design to improve
performance
Re-analyze and compare results
Create drawings and rendering
Optional build and race prototypes
with wooden blocks
TSA and F1inSchools ready
Design, Analyze and Build a Bridge
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Bridge Design Project
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Science Principles
Mechanical advantage
Mass/force relationship
Technology Principles
Materials
Problem solving
Historical perspectives
Engineering Principles
Stress analysis
Deflection
Load principles
Principles in Algebra/Geometry
Ratios – Strength/Weight
Trigonometry
Optional Build and Test
TSA Contest Preparation
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Project Based Learning: Applied Physics
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Trebuchet Project
Science Principles
Mechanical advantage
Mass/force relationship
Tangential velocity
Technology Principles
Materials
Problem solving
Historical perspectives
Engineering Principles
Stress analysis
Deflection
Load principles
Principles in Algebra/Geometry
Ratios
Circumference
Tangents
Optional machine project
Optional assemble project
Optional history, math and physics
exercises
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Full Year Engineering Design Curriculum Project
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Mountainboard
Design all components
Analyze for strength
Create all drawings
Produce photo-quality images
Animate
Program Curriculum for STEM
Recommended Courses/Grade
Time Frame
Introduction to Engineering
Design with SolidWorks Teacher
Guide and Student Workbook
Introduction to Engineering Design with
SolidWorks for Middle School/High
School
10-20 Weeks
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SolidWorks Curriculum
Optional: Design/Build Project Examples
Bridge Design Project
Middle School/High School
10 Weeks
Race Car Design Project
Middle School/High School
10 Weeks
Trebuchet Project
High School
20 Weeks
Mountainboard Project
High School
40 Weeks
Introduction to Stress Analysis,
Motion Analysis and Flow Analysis
High School (Physics Recommended)
10-20 Weeks
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Program Curriculum Leading to Certification
Recommended Courses/Grade
Time Frame
Seabotix Part 1 & 2
High School (Physics Recommended)
5-10 Weeks
Introduction to Engineering Design
with SolidWorks
Introduction to Engineering Design with
SolidWorks for Middle School/High
School
20 Weeks
Design/Build Project Trebuchet,
Mountainboard
Principles of Engineering/Technology
with SolidWorks for High School
20 Weeks
Sheet Metal, Welding and Mold
Design SolidWorks Tutorials
Introduction to Manufacturing (Machine
Shop Skills) and Design for High School
20 Weeks
Certified SolidWorks Associate
Exam Guide or any other
Engineering Design text book
Capstone Design Project with
SolidWorks for High School
20 Weeks
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SolidWorks Curriculum
20-40 hours of SolidWorks based applications is recommended before working towards certification
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SolidWorks Community STEM Teacher Blog
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Brings together STEM
subjects at all levels
Reinforce classroom theory in
areas student find most
challenging
Lessons created by teachers
for teachers
blogs.solidworks.com/teacher
Additional SolidWorks Community Resources
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3D ContentCentral
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User Community
Forums
Solid Professor
Textbooks
SolidWorks Blogs
Facebook.com/solidworks
education
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Community Design Competitions Sponsorships
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SAE – Formula, Baja, Clean
Snowmobile, Aero Design,
Supermileage
Robotics – MATE ROV, AUVSI,
BotsIQ, VEX, BEST
Formula Hybrid, Shell Eco-Marathon,
American Solar Challenge, World
Solar Challenge
AIAA DBF
ASABE
ASME, IEEE, University Rover,
CanSat
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Certification Program
Certified SolidWorks
Professional (CSWA)
Provide baseline engineering competencies
for industry acceptance.
Align general engineering principles and
practices with certification.
Bring valuable, measurable rewards to
design professionals, their managers and
the organizations that employ them.
Seek to connect CSWA students around the
world with employers seeking job-ready
candidates.
Over 60,000 users worldwide
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Certification Program: CSWA Exam
The CSWA Exam
measures:
• 3D CAD modeling technology
• Parts and Assemblies
• 2D Sketching and Geometry Principles
• Drawing Basics
• Engineering Principles
• Mass Properties
• Materials
• Design Iterations
• Design Process
• Design Intent
• Analysis
• Recognition of industry practices and
standards
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Online Certificate: Validation tools
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Each certificate possess a unique ID
Third parties can enter ID to check
validation
Certifications available in:
Sustainable Design (CSDA)
Certified SolidWorks Professional
(CSWP)
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SolidWorks Student Access Initiative
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Puts SolidWorks in the hands of
every student
Allows students to work from
anywhere, whenever they want
Allows teachers to assign
homework
Frees up lab resources
Accommodates distance
learning courses
SolidWorks Student Access Initiative 2012
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3 levels of student licensing available
Student Engineering Kit (Campus)
Full functionality
1-year license
Student Design Kit* (Classroom)
Basic functionality
1-year download
License borrowing
Full functionality
Borrowed from network
Works without subscription
*Not available in all areas
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Contact Us
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For more information on SolidWorks Education
Call:
970-686-0379 (Local), 888-686-0379 (Toll free)
Email:
[email protected]
Visit our sites
www.catt-llc.com
www.itisacademic.com
*Not available in all areas
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