Outcomes:
Apply principles and techniques for injury prevention to ensure safety in the work area.
Develop and implement a plan to resolve multiple issues present in a device.
Outcomes:
Incorporate empathy into engineering design processes.
Outcomes:
Demonstrate safe practices when working with electricity and electrical devices.
Design and construct a variety of circuits to interface between a programmable control board and a robotic or automated device.
Outcomes:
Customize a transmitter for control of a robotic or automated device.
Explore applications of stepper motors in robotics and automation applications.
Experiment with the movement and workings of a drone.
Design, construct and safely control a drone.
Outcomes:
Design and build a multi-part device.
Design a 3D printed object to solve a problem encountered in robotics and automation applications.
Construct two-dimensional (2D) objects using computer numerical control (CNC) manufacturing.
Construct three-dimensional (3D) objects using computer numerical control (CNC) manufacturing.
Design and build hydraulic and/or pneumatic components or systems.
Outcomes:
Design, implement and manage a detailed project plan that utilizes team member strengths and interests.
Construct an advanced level assigned or approved robotics or automation project.
Outcomes:
Research robotics related career paths in Saskatchewan, Canada, and the world.
Outcomes:
Prepare for the work placement.
Participate in a work placement experience.
Relate one’s work placement experience to personal and career goals.
Outcomes: