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http://pltw.org/
Career Exploration Reception
Welcome to the
WHAT ARE WE TEACHING?
“I skate to where the puck is going, not to where its been”
• Preparing students for the future• College and Career Ready• Creating valuable world citizens to solve tomorrows problems
• EXPANDING OPPORTUNITIES• Impact the future
FOSTERING INQUIRY AND INNOVATION
Science
Technology
Engineering
Mathematics
STEM
Education for the Future
Technology & Engineering
• Boosts the economy• Generates Jobs• Turns ideas into enterprises• Sustains competitiveness• Creates wealth• Promotes Prosperity• FUTUNATELY WE ARE IN MARYLAND
Have you had the same thoughts as some other Have you had the same thoughts as some other kids?kids?
I want a career that………..• Is Enjoyable –
“How happy I will be—what’s the point of doing something you don’t like?”
• Provides a Good working environment “If I can’t interact with people…I will probably
quit the job.”• Will Allow Me To make a difference
“That I would make a difference in some way, you know, make my mark on the world.”
• Earns a Good Income “As shallow as it sounds, money is the one thing I have to consider when I’m choosing a job. I’m not going to do something that I know can’t help me pay bills.”
• Has Flexible Schedules “My career can’t consume all of my time…I need free
time to do a lot of other things…before I die.”
You may want to consider getting a degree in engineering or engineering technology.
I know that you aren’t “one of those students". You know the geeky type. You know the geeky type.
I know that math & science may not be your best subjects yet.
I know engineering may sound hard.
I know that you don’t want to work in a cubicle and get fed pizzas all your life.
• Love your work and live your life
• Be creative• Work with other great people• Solve problems that improve life• Not be bored• Make a great salary• Have job flexibility• Travel
Dream, Discover, Imagine and Innovate
Engineers use their imagination and analytical skills to invent, design, and build things that matter. They are team players with
independent minds who ask, “How can we develop a better recycling system to protect the environment, design a school
that can withstand an earthquake, or create cutting-edge special effects for the movies?” By dreaming up creative and practical
solutions, engineers are changing the world all the time.
Source: Engineeryourlife.org
Engineers aren’t all like little Dilbert. Let’s take a look at some other engineers.
• Design Sports Equipment
• Design Musical Instruments
• Imagine New Products
• Design Theme Parks and Rides
• Save Lives
• Enter Medical School
• Become Lawyers• Become Presidents• Become CEO’s• Make a difference• Change the world
Create dynamic partnerships with our
nation’s schools to prepare an increasing
and more diverse group of students to be
successful in science, engineering and engineering technology programs.
-a 501 (c)(3) not-for-profit corporation
How to Solve problems
How to Listen to others
How to work in Teams
How to conduct Research
How to Analyze information
How to Speak in front of a group
Write Technical information
Cope with failures and try again
Improve previous work
Manage Time to meet deadlines
Have Fun & work hard
► Introduction to Engineering DesignTM
► Principles Of EngineeringTM
► Digital ElectronicsTM
► Computer Integrated ManufacturingTM
► Engineering Design & DevelopmentTM
Specialization Course:
Foundation Courses:
Capstone Course:
Course program requires college
entrance mathematics each
year.
Problem: a fast method of clearing the air passageway of a patient while in transit should he/she become sick to his/her
stomach.
• College Preparatory Mathematics– Algebra– Geometry– Algebra II– Pre-calculus or Trigonometry
• College Preparatory Science– Biology– Chemistry– Physics
Grade 9
•English 9•U.S. History•Algebra I•Biology•Lifetime Fitness/Health•Fine Arts
Grade 10 Grade 11 Grade 12
•English 10•American Government•Geometry•Chemistry•Foreign Language•Elective
•English 11•World History•Algebra II•Physics•Foreign Language
•English 12•Gov’t/Economics•Trig or Pre-Calculus•Science•Elective•Elective
Introduction to Engineering Design
Principles of Engineering
Digital Engineering and Computer Integrated Manufacturing
Engineering Design & Development
Foundation:
Specialization:
Capstone:
Computer Integrated Manufacturing
Introduction to Engineering Design Principles of EngineeringDigital Electronics
Engineering Design and Development Note: Pathway To Engineering requires concurrent enrollment in
college preparatory mathematics and science each year.
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Pathway to Engineering
Helps students develop skills for living in a knowledge-based technological society
Adds relevance to the learning
Challenges students to high rigor
Promotes lifelong learning
Meets the needs of students with varying learning styles
Activity-, Project-, and Problem-Based Learning (APPB)
Activity-, Project-, and Problem-Based Learning (APPB)
Activities Build skills and knowledge
Projects Strengthen skills in teamwork, mathematics, science, software, time management, and communication
Activities and Projects have predictable outcomes.
Activity-, Project-, and Problem-Based Learning (APPB)
ProblemsStudents perform authentic, real-world work.Learning is contextual.Students work in teams. Expectations are clearly articulated to students.
Problems have a variety of outcomes.
Introduction to Engineering Design
Key Concepts
The Design ProcessTeam Problem SolvingPresentation Skills3D Modeling as a Tool
Principles Of Engineering
Unit 1 Energy and Power
Key ConceptsMechanismsEnergy SourcesEnergy ApplicationsDesign Problem
Principles Of Engineering
Unit 2 Control Systems
Key ConceptsMachine ControlFluid PowerDesign Problem
Principles Of Engineering
Strain () in./in.
Str
ess
(S)
psi Rupture Point
Necking Region Unit 3 Materials and Structures
Key ConceptsStaticsMaterial PropertiesMaterial TestingDesign Problem
Principles Of Engineering
Unit 4 Statistics and Kinematics
Key ConceptsStatisticsKinematicsDesign Problem
Digital Electronics
Key Concepts
Analog vs. Digital
AOI Logic
Programming
Control Systems
Computer Integrated Manufacturing
Key ConceptsHistory of ManufacturingControl SystemsCost of Manufacturing
Unit 1 Principles of Manufacturing
END
NO
YES
Is number >10?
START
INPUT 1
ADD 2
DISPLAY NUMBER
Computer Integrated Manufacturing
Key Concepts
How We Make Things
Designing for Manufacturability
Product Development
Unit 2 Manufacturing Processes
Computer Integrated Manufacturing
Key Concepts
Automation in Industry
Elements of Power
Robotic Programming
Unit 3 Elements of Automation
J2
J3
J1
J4
Computer Integrated Manufacturing
Key ConceptsTypes of CIM SystemsIntegration of ManufacturingManufacturing Careers
Unit 4 Integration of Manufacturing Elements
Engineering Design and Development
UnitsProject Management
Define and Validate the Problem
Design a Solution
Design and Prototype a Solution
Test, Evaluate, and Refine the Solution
Communicate the Process, Results, and Next Steps
American Society of Engineering Education (ASEE)
http://www.engineeringk12.org/www.asee.org/precollege
Discover Engineering http://www.discoverengineering.org/
Engineering Education Service Center (EESC) links to Engineering/Tech Universities,
Scholarships, Resources
www.engineeringedu.com
Junior Engineering Technical Society (JETS)- Info on engineering careers
www.jets.org
National Alliance for Partnerships in Equity (NAPE)
www.napequity.org
The Society of Women Engineers www.swe.org
Women in Engineering Proactive Network (WEPAN)
http://www.wepan.org/
Sightseer’s Guide to Engineering http://www.engineeringsights.org/
http://beta.pltw.org/