Applied Enginerring Technology Level I

Textbook: Engineering Fundamentals - Design, Principles, ans Careers

E-textbook:  http://www.g-wlearning.com/technologyeducation/9781619602205/student/index.htm 

Exploring Drafting e-textbook: https://www.g-wlearning.com/drafting/2654/index.htm

Students will need to go to their Marion County Student Desktop and click the Google apps link at the bottom of the screen and then click the Google Classroom icon in order to access their courses.

Students will need to click JOIN A CLASS using the code I give to you (below). Once you do this, my course will appear in your course listing. All assignments will be posted and collected in Google Classroom.

If you have trouble accessing your course, please let me know as soon as possible.

Google Classroom Codes

Period 1-

Period 2-

Period 3-

QUARTER 1

Ch.1: What is Engineering?

Engineering Defined 

Problem Solving

Types of knowledge and traits 

Applying Math- Units of Mesure

Roles of Engineers

Engineering Disciplines

History of Engineering 

Problem Definition - Idea Generation

Engineering Design

Engineering Design Process

Solution Creation - Test/ Analysis 

Problem definition

Idea generation

Testing/ Analasys

Final solution or Output

Defining Problems and Brainstorming

Steps to Identify Problems

Writing the Problem Statement

Generating Criteria and Constraints

Brainstorming Techniques Quiz

Manual drafting

Ch4. researching Designs

Sketches/ Sketching process

Researching Ideas

Trade-Offs/ Analyze Data

Ch.5: Communicating Solutions 

Engineering Drawings

Working Drawings (detail, assembly, schematic)

Ch.6: Modeling, Teting, and Final Outputs 

Ch.7: Materials Engineering

Drawing Clasifications ( orthographic, pictorial drawings)

Drawing Guidelines (symbols, line types, scale, dimensions)

Semester II

Welcome back

Engineering Design Process

Genetic Engineering CRISPR

Ch.7: Materials Engineering

7.1 Materials TypesMetals, ceramics, polymers, composites, and other materials

7.2 Material Properties

Physical, mechanical, electrical, and magnetic properties

Chemical, thermal, optical, and acoustical properties

7.3 Material testing

Destructive tests and nondestructive tests

7.4 Nanotechnology 

Nanoparticles and nanostructures

Gene Editing with CRISPR  

Chp.8 Electrical Engineering

Electrical Engineering Principles

8.1 Electricity at the atomic level

8.2 Static electricity

8.3 Electricity through a conductor

8.4 Characteristics and measurements8.5 Laws and Applications

8.6 Basic circuits

8.7 Circuits components

Chp.9 Civil Engineering Panama Canal project

9.1 Civil engineering principles

9.2 Structures

9.3 Bridges

8.8 Component platforms

8.9 Components in use

8.10 Troubleshooting

Chp.10 Mechanical EngineeringPrinciples of mechanical engineering ch10notes.pdf

10.1 Energy

10.2 Mechanical energy and motion

10.3 Simple machines/ Power sources & transmission

9.4 Skyscrapers

9.5 Goematic engineering

9.6 Land surveying10.4 Mechanical power systems

10.5 Mechanical power principles and formulas- Work, Pressure, Power, Torque

10.6 Mechanical engineering applications

Converting potential energy into kinetic energy 

Physics of Roller Coasters

Chapter 12. Computer Engineering 

Assignment: Build a computer 

Final Review for Industry Certification Exam - AutoCAD

EOC Project