Welcome to Engineering Technology Webpage
This website is designed to provide background information and act as a student resource on the various courses in the Engineering Program offered at Brighton High School. Currently, the Engineering Program offers four unique courses in Computer Aided Design (CAD), Electrical Design, Control Systems, Robotic Systems Industrial and Mobility, CNC Machining and Architecture. The courses are designed to expand and challenge upon the student's skills in the areas of math, 2D/3D spatial concepts, computer skills and hand sketching.
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Course Descriptions
Engineering Design Technology 1
Syllabus
Prerequisite: None
Length: Semester
Grades: 9-12
Course open for 9-12 graders. Designed to learn the fundamentals of technical drawing (drafting) through sketching and CADD software. Material assists students in learning the language of engineering. Students will learn to make drawings of common objects from machine parts to woodworking projects. Topics include single and multi-view drawings, 3-D representation, section views and dimensioning of objects. Creo software will be used for computer drawing. This class is designed for those students interested in the engineering, construction trades, manufacturing or any trade requiring blueprint reading.
Graduation Credits: Computer, VPAA, 4th Year Math
Engineering Design Technology 2
Syllabus
Prerequisite: Engineering Design Technology 1
Length: Semester
Grades: 9-12
Students choose between learning about Architecture or Mechanical Engineering.
The Mechanical Engineering will continue Building on knowledge gained in the prerequisite class, Mechanical Engineering will allow you to increase their knowledge and skills. Students will learn drafting practices as they relate to the world of manufacturing. This class
will help prepare you for further vocational studies/entry level jobs. Topics of
study include: assembly and detail drawing, pattern development, auxiliary
and section views, basic descriptive geometry, dimensioning and advanced
solid modeling.
The Architecture Engineering will continue building on knowledge gained in the prerequisite class, Architectural Engineering will allow you to increase your knowledge and skills. You will learn drafting practices as they relate to the world of architecture. Topics of study
include: residential design, construction methods, blueprint reading, 3D design
and model building.
Graduation Credits: Computer, VPAA, 4th Year Math
Engineering Applications (Mechanical/ Architecture)
Syllabus
Prerequisite: Engineering Design Technology 1+2 or Engineering Robotics Technology 1+2
Grade: 10-12
Length: Semester (Maybe taken multiple times for credit)
or
2-Hour Year Long Block (Maybe taken twice)
The study of computer aided design and drafting for machine tool products, furniture, interiors, and architecture. Creo and Archicad will be the primary software used. Engineering and architectural drafting, notation lettering, and designing are included subject matter.
Topics include methods of creating and presenting design concepts with thumbnails, freehand drawing proposals, rendering of perspective and orthographic plans. The students will produce original thinking, invention, problem identification and solving, visualization, designing, working drawings and presentation drawings. Team building skills through design team projects will involve students, parents, and staff. Students will be improving skills on the development of lettering, notation, descriptive geometry, dimensioning, drawing layout, and other standard drafting procedures. Students will also learn basic electronic and machining processes.
Graduation Credits: Computer, VPAA, 4th Year Math
Engineering Design Robotics Technology 1
Syllabus
Prerequisite: None
Length: Semester
Grades: 9-12
During this course students will explore the field of robotic design using a variety of hands on activities. Students will be introduced to various types of robot (arms, mechanized, automated, ) that are designed to complete different tasks. The Student will learn basic programming to input into the robot to perform the desired task. Students will work hands-on in teams to design, build, program and document their robots inputs/outputs. Mechanical concepts such as gearing/torque/speed/power are introduced. Other topics may include motor control, sensors, timing, decision-making, timing sequences, drive trains, actuator and manipulator design.
Engineering Design Robotics Technology 2
Syllabus
Prerequisite: Engineering Robotics Technology 1
Length: Semester
Grades: 9-12
This course will advance upon the basic programming and robotic functions of Engineering Robotics 1. Students will learn electrical wiring, electrical circuitry (wiring, calculation and design), advanced programming (structured text, function block and ladder logic), and PLC applications.
Graduation Credits: Computer, VPAA, 4th Year Math
Engineering Design Robotics Technology 3
Syllabus
Prerequisite: Engineering Robotics Technology 1
Length: Semester
Grades: 9-12
This course will advance upon the basic programming and robotic functions of Engineering Robotics 1. Students will learn electrical wiring, electrical circuitry (wiring, calculation and design), advanced programming (structured text, function block and ladder logic), and PLC applications.
Graduation Credits: Computer, VPAA, 4th Year Math
Introduction to Machining and Prototyping
Syllabus
Prerequisite: None (Recommended Engineering Design Technology 1)
Length: Semester
Grades: 9-12
Prototyping involves the creation of a vast array of items utilizing hand tools, manual machine tools and automated tools. This course will teach students about the machine tool principles used in modern industry to prototype components. Safety, measurement and problem solving will be used to complete a variety of projects. A working knowledge of hand and machine tools will be achieved through lectures, demonstrations and hands-on projects.
Graduation Credits: Computer, VPAA, 4th Year Math
Architecture Computer Aided Design (CAD)
Syllabus
Prerequisite: Engineering Design Technology 1
Length: Semester
Grade: 9 – 12
Building on knowledge gained in the prerequisite class, Architectural CADD will allow you to increase your knowledge and skills. You will learn drafting practices as they relate to the world of architecture. Topics of study include: residential design, construction methods, blueprint reading, 3D design and model building. Architectural CADD may be taken multiple times for credit.
Graduation Credits: 4th Year Math Credit, Computer Credit or VPAA Credit