Skip to main content
Skip to main content

Robotics

Robotics

Grade 10 Robotics

In this introductory course, students will delve into building robotics, working with circuit boards, and soldering components.  From interpreting circuit diagrams to soldering techniques, students learn hands-on skills to bring their creations to life.  Culminating in thrilling robotic challenges, this course ignites a passion for future exploration, whether in repairing technology or crafting innovative designs. It’s a journey of discovery and creativity, laying the groundwork for limitless possibilities.


Grade 11 Robotics

In this intermediate course, students expand their knowledge of sensors and robotics, tackling complex challenges in a hands-on environment. Through practical exercises and experimentation, they delve into the circuit board process, from sketching to breadboard testing to PCB layout and planning.  Students will have a chance to explore timers (555) and shift registers (74HC and 74LS ICs) and how easily that can be incorporated into a wide variety of circuits.  With opportunities to design custom components, students hone their skills while thinking about their preferred focus, whether hardware or circuitry. It’s a dynamic journey of discovery, paving the way for specialized interests and future innovation.


Grade 12 Robotics

In this advanced course, students delve deeper into sensor functionality while exploring diverse topics such as musical amps. Students will tackle advanced robotics concepts, including intricate drive trains like omni and mecanum wheels. Experimenting with RF, Bluetooth and GPS, students venture into wireless control possibilities.  Students can explore the ESP32 and all the capabilities it has when working with projects, cos play, or smart home devices.  With the freedom to pursue their interests, students will design and execute personalized projects, bringing their innovative ideas to life.


Skills Canada

The Skills Canada Secondary Competition is an annual event that brings together high school students from across Canada to compete in various skilled trades and technology disciplines. The competition aims to showcase the talents of young Canadians and encourage them to pursue careers in skilled trades, technology, and applied sciences.

Key points about the competition:

  1. Categories: The competition includes a wide range of categories such as welding, carpentry, automotive technology, culinary arts, robotics, graphic design, and more.
  2. Participants: It is open to high school students, typically between the ages of 14 and 17, who have qualified through regional or provincial competitions.
  3. Skills Development: Students compete by demonstrating their skills in real-world challenges designed to assess their technical abilities, problem-solving, and creativity in various fields.
  4. Promoting Career Paths: The event promotes careers in skilled trades and technologies, helping to bridge the gap between education and employment in these fields.
  5. Recognition: Winners receive medals, scholarships, and the chance to represent their province at the national level.

Overall, Skills Canada aims to inspire and motivate students to explore and excel in the world of trades and technology, contributing to a skilled and diverse workforce.

Mr Bannister's Robotics class has a rich history of finding success at all levels of Skills Canada, including National Bronze in Electronics, Provincial Gold in Electronics, and Provincial Silver in Robotics.


Meet Mr. Bannister

Mr. Bannister teaches both Design and Development; and Robotics.  He has extensive experience in a wide range of design, including 3D Modelling and CAD, and combines that with his love for creation and repair of electronics.  He holds a Master's degree in Education Technology from the University of Calgary in Alberta; a Bachelor of Education from Murdoch University in Western Australia; and a Bachelor of Science from Carleton University in Ontario.

Please contact Mr. Bannister for more information regarding Robotics.

image description
Back to top