This course introduces students to advanced topics in robotics like embedded systems design, robotic arms and advanced microcontrollers.
This course introduces students to advanced topics in robotics like embedded systems design, robotic arms and advanced microcontrollers.
Career Occupation
Admission Requirements
Learning Objectives
Upon completion of this program the successful student will have reliably demonstrated the ability to
Demonstrate general concepts of robotic arms
Demonstrate general concepts of embedded systems
Demonstrate general concepts of PCD design
ITD Canada is constantly innovating and offers career training programs developed by professionals with credentials related to their areas of expertise.
Our small class sizes allow closer interaction and individual attention whilst maintaining the high standard of quality that our students need to succeed in their future endeavors.
Additionally, our career training programs are constantly updated to meet marketplace requirements. Our programs are accredited to ensure the highest quality of education is delivered to you!
We offer 14 up-to-date, accelerated career training, market-driven Diploma programs in business, art, IT & hospitality, many of which can have the academic requirements completed in a year or less!
For more than 20 years, we’ve watched our graduates embark on careers rich in opportunity. Our programs are designed to prepare students for their new career with practical, hands-on learning experiences delivered by practitioner-instructors who combine years of industry experience with exceptional instructional abilities.
We offer solid, market-driven programs that help our students develop the skills that are most in-demand by employers in multiple industries. ITD Canada instructors bring years of professional experience into the classroom.
Having spent time in the field they teach, they are able to enhance curricula to the needs of potential employers. We pride ourselves on our small class sizes. Students are able to easily address questions and concerns as well as receive immediate, focused feedback from instructors.
The Jr. Robotics Engineer stream provides students with a strong foundation for future learning and potential STEM-related learning paths. As they build simple to more complex machines, they learn to critically analyze problems and devise creative solutions.
The Robotics Engineer I stream introduces students to robot navigation as they move their robots with basic sensors. Students program robots to follow a line with increasing skill and proficiency.
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