An introduction to electronic theory and practice.  Students will work in an electronics lab learning about electronic components, basic circuits, introductory robotics, programmable microcontrollers (including Arduino and Raspberry Pi) and may explore computer/PC hardware components and functions.  Foundational electronic theory will be introduced as part of the “hands-on” learning throughout the electronics lab.  As always safety is one of the most important aspects of the course. 

This course is designed to introduce students to the very basics of owning, operating, servicing and purchasing a vehicle. 

Novice Car Care and Maintenance is an experienced based hands on course. The development and improvement of basic mechanical skills, logical thought processes, and good safety habits are also parts of the course. Emphasis will be  for students to build confidence towards basic automotive systems and to help them become an empowered vehicle owner.

This is not a prerequisite for more advanced secondary Automotive courses. Fees 

In this introductory project-based learning course, students will explore technical drawing skills through hand drafting and computer assisted drafting (CAD) activities. Students will have the opportunity to explore 3D solid modeling. Students will acquire the ability to read a set of design plans, learning how technical drawings are put together, how they are formatted and the language used. This skill is a huge asset and is highly recommended for anyone interested in any technical career like Graphic Design, Engineering, Architecture and Interior Design, and in most trade careers such as Carpentry, Plumbing, Welding, Automotive and Metal Fabrication. Being able to communicate one's ideas and design solutions through a technical drawing is one of the fundamental bases for success in these career fields. 

In this inquiry based course, students will conduct product research and development to ideate and fabricate projects that they choose. Metal work processes to cut, shape and join metal will be examined including industry leading technologies such as CNC plasma cutting. Students will make several skill practice pieces (weld, torch, lathe turning etc.) then will move on to project work.  Safety and competency will be emphasized throughout. Students must be able to work cooperatively and independently. Fees: www.nkss.sd73.bc.ca

This hands-on course deals with technology that shapes our everyday lives through work and recreation. Topics may include internal combustion engines, electric vehicles, and automotive systems. This technology education course deals with transportation, power sources and mechanics. Students will have the opportunity to overhaul a small engine and bridge into learning the basics of repairing automobile components. Instruction and projects will cover the use of repair manuals, small engine overhaul procedures and major automotive components. This is an ideal beginner’s course that will benefit students intending to pursue a career in power technology, engineering, and automotive or related fields. The basic car care component of this course will also benefit youth soon to be holders of a driver’s license. Fees: www.nkss.sd73.bc.ca

This course is designed to introduce students to the safe and proper use of power and hand tools commonly found in a woodwork shop. Planning, design, measurement, technical/graphic communication, the orderly development of projects and safe work habits are an integral part of this course. By the end of this course, students will be competent and more confident in a variety of woodworking hand and machine processes and be able to apply the steps in a “design process”. In addition, all students will participate in clean-up/maintenance routines and be encouraged to create a safe workshop environment. Students will be assigned a number of skill builder projects designed to increase their knowledge and competency. Students will also have ample time to design and build self-directed projects.