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IET

Welcome to Introduction to Engineering Techniques!

Welcome to Introduction to Engineering Techniques!

This survey course of engineering exposes students to some of the major concepts they’ll encounter in a postsecondary engineering course of study including Civil, Mechanical, Aerospace and Electrical Engineering.
Course Major Units of Study and Syllabus

Course Major Units of Study and Syllabus

Major Units of Study

  • History of Engineering
  • Engineering Careers
  • Intellectual Property
  • Engineering Design Process
  • Modeling
  • Simple Machines
  • Statics
  • Kinematics
  • Structures/Architecture
  • Control Systems
 

Syllabus:

 This survey course of engineering exposes students to some of the major concepts they’ll encounter in a postsecondary engineering course of study including Civil, Mechanical, Aerospace, and Electrical Engineering.  Students will learn how to document their work and communicate solutions to peers and members of the professional community.

Recommended Materials:

  • Quadrille sketch pad notebook
  • Headphones for instructional videos

Instructional Methods and/or Strategies:

Primary:              Group work, computer lab work, project-based learning

Secondary:         Internet research, lecture

Grading:

Scale: {A(100-90), B(89-80), C(79-70), D(69-60), F(59-0)}

Round-Up for Quarter Grade Only: {A(90-89.5), B(80-79.5), C(70-69.5), D(60-59.5)} 

Incomplete quarter grades will not be given. Students are expected to follow the missing work policy listed below. A grade of 0(zero) will be given for assignments not turned in or attempted.

Grades should be available online through Aries. Grades will be assigned based on the following categories and weights per academic quarter; Projects (40%), Participation (15%), and Lab Assignments & Quizzes (30%), Final Exam (15%).  Rubrics will be provided in class and on Google Classroom.

Plagiarism / Cheating:  Plagiarism is the use of any idea or phrasing of an idea traceable to a single source without proper acknowledgement. Plagiarism is also turning in someone else’s work as your own or supplying your work to another student for him/her to use. Cheating is copying homework, web sites, class work, quiz, and test answers from other students with or without their permission. Students who work “together” should not have identical work.  Plagiarism/Cheating will result in a referral to the school administration and automatic contact of student’s parents/guardians.

Attendance:

You are responsible for making up work missed due to excused absences. You must make arrangements with me immediately upon returning to class. I will not remind you to make up missed assignments and I will determine how much time if any you will have to make up the work.  Late work may be turned under the following circumstances:

  • Up to 1 week with a starting score of 50% the original points allocated
  • Aeries will show a blank (red) for the score if the assignment is missing
  • After 1 week the blank (red) will turn to a score of 0 and cannot be changed

Regular on time attendance and active positive participation are essential in order to understand and appreciate the topics covered in this class.  It is also a critical life-long work skill.  Irregular attendance and/or excessive tardiness will seriously affect your achievement in this class and consequently your grade.

Tardies: Over the duration of the class – 2 Quarters

  • 1 tardy:      Verbal Warning
  • 2 tardies:   Conference with student and phone call home
  • 3 tardies:   Referral

School related tardies are not to be counted as tardies for this policy

Class Rules:

  • No Food or Drinks
    • Bottled water is okay
  • Get to class On-Time
    • In your seat logging in
  • No Disrespectful Behavior
    • Do not be mean or insulting
    • Do not alter or break the equipment

Final Exam

Students will be tested on the major objectives of the course twice – at the end of each quarter.  They will be assessed on terminology, technical skills, foundational knowledge of civil, mechanical, aerospace, and electrical engineering, and use of appropriate presentation formats to communicate information.

 

Class Procedures

Beginning of class:

  • Be in your seat and start logging in before the bell rings.
  • Log in to Google Classroom, Read the daily agenda, complete the daily Journal response, turn-in assignments, review instructional videos.

Instruction Time/Homework:

  • Most days there will be a short lesson to introduce new topics and demonstrate how the assignments need to be completed. These lessons may be presented on the class YouTube channel and in that case students should review the videos before class (Homework).
  • If we are working on a long-term project I will review where you should be and check your progress

Lab Time:

  • Stay in your seats and work on your assignments and projects. If you have a question raise your hand and I or my TA will assist you as soon as possible.
  • If you finish the activities listed for the day check with me. There will always be an assignment or project coming up that you can work on (Check Google classroom or ask me!). Do not work on assignments from other classes.

Turning In Assignments and Projects:

  • Most assignments and projects will be graded at your desk; others will be collected on Google Classroom:  

Leaving the Classroom:

  • If you need to use the bathroom just let me know before you leave.
  • If you have a pass to leave early or you are playing a sport, it is your responsibility to let me before you leave. Please do not expect me to remind you that you have an appointment.

Disciplinary Action:

A sequence of steps will be followed for any circumstance or situation that interrupts or interferes with the learning/teaching atmosphere in the classroom or any other learning/teaching environment. 

1.  Verbal warning

2.  Student moved from computer/project work area and given written assignment

3.  Phone call home and/or referral

Welcome to the class – I look forward to working with you!   
Assignments

Assignments

Independent practice is encouraged, but all assignment work should be able to be completed in class.  Daily warm-up exercises and/or journal prompts will be given.
 
 
 
The individual unit assignments will be posted on Google classroom.  The planned activities and projects are listed below.  (Note, the following units will be covered but not necessarily in the order shown):
 
 
Introduction to Engineering
     Topics:
  • History of engineering
  • Engineering careers 
  • Intellectual Property and Patents
  • Engineering Design Process
    Activities/Projects:
Engineering poster and career interview paper.  Patent analysis and preparation.


Modeling
    Topics:
 
  • Sketching
  • CAD with Inventor
    Activities/Projects:
All subsequent projects will require CAD models so practice via various mechanical modeling assignments will be essential.
Energy and Power
    Topics:
 
  • Fuel Cells
  • Simple Machines
    Activities/Projects:
Hydrogen Fuel cell car:  Students will design and build a lightweight car powered by hydrogen fuel cell.
Simple Machine Energy Transfer:  Students will design and build a simple machine using the components studied.  Stand-alone machines will be demonstrated then interfaced with other machines in the class.  A project report will be submitted and/or presented.
Statics
    Topics:
 
  • Truss Force calculations
  • Truss modeling
    Activities/Projects:
Bridge builder project:  Various bridge types will be investigated and modeled using Westpoint Bridge Design software.  Bridge truss forces will be hand calculated then analyzed in MDsolids to confirm the calculations.  Bridges will then be modeled in Inventor and built.  Finally the bridge strength will be tested using a structural test instrument.  A project report will be submitted and/or presented.
Kinematics
    Topics:
 
  • Forces
  • Propulsion Systems
  • Projectile Motion
    Activities/Projects:
Projectile Motion Device:  Students will design and build a project motion device to launch a ping pong a given distance.  Calculations will be performed to estimate the forces needed to project the ping pong, with accuracy and distance accessed.   A project report will be submitted and/or presented.
Self propelled vehicle:  Students will research, design and build a self propelled vehicle.  A project report will be submitted and/or presented.


Structural Engineering / Architecture
    Topics:
 
  • Revit modeling
  • Surveying
  • Structure design
    Activities/Projects:
Commercial Structure Design:  Students will research a site on campus to design a commercial structure.  Surveying will be done to create a site plot.  The structure will be designed using Revit.   Structure analysis will be done on the design.   A project report will be submitted and/or presented.

Control Systems
    Topics:
 
  • Analog circuit analysis
  • Digital circuit analysis
    Activities/Projects:
Various analog/digital signal processing project will be presented.  Students will design and build a final project consisting of an analog and/or digital circuit.  A project report will be submitted and/or presented.