– Engineering & CADD (1.0/.5) *
– Fab Lab 1 (1.0) *
– Fab Lab 2 (1.0/.5) *
– Robotics Engineering 2 (1.0)
– 3D Modeling & 3D Printing (1.0/.5)
– CamTech Seminar (1.0)
Courses Available
** Core Strand course required
FAB LAB I ** Core course required **
Course Code: TEC310
Credit: 50 (Semester) Career and Tech Ed. , Elective each
Prerequisite: At least Sophomore standing; Fee $10/semester-students will supply their own wood or metal for projects Fabrication Laboratory is a hands-on activity-based course introducing students to a variety of knowledge and skills in the Machine Shop,
Woodworking, and Manufacturing industry. Students will focus on skill related assignments and projects evolving out of these industrial areas. The
manufacturing component will focus on the organization, material processing and management practices used in industry today to design and
manufacture a variety of products. CADD, 3D Modeling, and CNC machines, will also be applied in the course.
FAB LAB II ** Core course required **
Course Code: TEC311
Credit: 50 (Semester) Career and Tech Ed. , Elective each
Prerequisite: At least Sophomore standing; Fee $10/semester-students will supply their own wood or metal for projects Fabrication Laboratory II is a hands-on activity-based course for students experienced in variety of knowledge and skills in the Machine Shop,
Woodworking, and Manufacturing industry. Students will focus on skill related assignments and projects evolving out of these industrial areas. The manufacturing component will focus on the organization, material processing and management practices used in industry today to design and manufacture a variety of products. CADD, 3D Modeling, and CNC machines, will also be applied in the course.
ENGINEERING & CADD
Course Code: TEC225 & TEC226
Credit: 1.00 (Year) or .50 (Semester) Career and Tech Ed.; Career and Tech Ed., Elective
Prerequisite: None; Fee $5 per Semester
This course is for any student interested learning about Engineering and CADD (Computer Aided Design & Drafting) skills and applications. Problem solving and engineering design skills will be set in motion with students designing and building solutions to a variety problems in our CADD and Fabrication labs. AutoCAD, Fusion 360, Inventor and SketchUp will be some of the computer applications used in this course.
ARCHITECTURAL DESIGN
Course Code: TEC223 & TEC224
Credit: 1.00 (Year) or .50 (Semester) Career and Tech Ed.; Career and Tech Ed.,. and Fine Arts Elective Prerequisite: None; Fee $5 per Semester
This course will provide students with the opportunity to study and apply hands-on skills relating to Architectural Design and CAD. Additional activities will have students design and engineer models to reinforce concepts in Architecture. Computer 3D modeling will be introduced to expand on the industrial and architectural design process.
ROBOTICS & ENGINEERING 2
Course Code: TEC411 & TEC412
Credit: 1.00 (Year) Career and Tech Ed.
Prerequisite: Robotics Engineering 1 or instructor approval; Fee $5 per Semester
Physics of robotics and engineering; advanced programming in C; possible preparation for robotics challenges with other schools; building robots to solve specific problems, and designing/constructing specialized parts for robotics; individualized, team-based projects are likely.
COMPUTER 3D MODELING & 3D PRINTING
Course Code: TEC125
Credit: 1.00 (Year) or .50 (Semester) Career and Tech Ed.
Prerequisite: None; Lab Fee $5 per Semester
In this course students will learn how to create three-dimensional computer model images using a variety of computer programs like Fusion 360, Inventor, and Google SketchUp. Students will be designing a variety of consumer related products and objects. Additional elective opportunities will allow students to design models of their own choice. Many of the models will be 3D Printed and or built in our lab using a variety of materials.
CAMTECH SEMINAR
Course Code: TEC413 & TEC414
Credit 1.00 (Year) Career and Tech Ed. Prerequisite: CAMTECH/Robotics/Engineering 2 or AP Computer Science, Jr./Sr. Fee $5 per Semester
Individualized, intensive preparation for STEM Junior or Senior Engineering Project and internship if available in a specialized field of study related to Computer Science, Mechanical or Electrical Engineering or Robotics. Preparation for Senior Project Presentation and career/educational options related to the Senior Engineering Project. Individualized, team-based projects are mandatory.
