700-INTRO TO WOODWORKING:

This course will introduce students to basic woodworking through a hands-on approach. Students will learn to safely and efficiently use a variety of power machinery and hand tools while creating individual wood projects. Students will complete 1-2 introductory projects per marking period. Each project will focus on building upon the skills learned from the previously constructed assignment. Each project will require the development of project plan drawings and precise measurement. Students will be able to plan and create a final project of their choice, upon approval of the instructor. Students who have successfully completed the course should leave the semester experience feeling comfortable and confident about safely using basic wood working machinery.

An independent study in wood working is available for students who have already excelled in a wood working course and wish to continue their studies. Enrollment requires completion of an instructor pre-approval form and is based upon class size and availability. This option allows students to return to the shop to complete more complex projects. Returning students will also have the opportunity to aid the instructor and demonstrate in front of the class.

715-INTRODUCTION TO COMPUTER AIDED DRAFTING:

This course introduces students to the basic concepts of computer-aided modeling and design through the Solidworks modeling program. This course will provide students with an introductory knowledge of solid modeling software and graphical representation. Students will develop problem-solving skills while they cover the basic building blocks of engineering design to create 2D sketches and 3D models. Students will also become familiar with the laser engraver, computer operated router, and use of to-scale balsa models. Students will have the opportunity to create some of the projects they designed in Solidworks out of raw materials in the shop. As a final project students will design, build, and test working hovercraft designs. Successful designs will lift and move students through the use of high horsepower leaf blower motors and other materials sourced by the students.