In this course students will discover how engineering process, mathematics,
science, and interpersonal skills all play significant roles when solving
robotic problems.
This course is built around the fundamental understanding of the systems that make
up robots and the development of workplace competencies. The cornerstone of the
class involves solving engineering design problems. The teacher will be placed
in the role of a facilitator/mentor, the student in the role of project
manager/problem solver.
Upon completion of the course the student will be able to:
- Identify, formulate solutions for, and solve
engineering technology problems
- using engineering design processes
- Apply knowledge of mathematics, science, and
technology to solve robotic
- engineering technology problems
- Apply techniques, skills, and technology to solve
robotic engineering technology problems
- Function on multi-disciplinary teams
- Communicate effectively using all forms of
communications
- Recognize the need for, and demonstrate ability
to engage in life-long learning
- Describe various methods used to manage and
schedule projects
- Participate in and/or conduct design reviews
- Collect, analyze and interpret data
This course is designed with two users in mind. The first user has the starter kit
without the programming kit plus accessories. The second user has the starter
kit plus the programming kit. There are several common threads that are woven
throughout the course, engineering process, project management, communications,
and teamwork.
This course is designed to quickly immerse the student into a team situation. They
will build a Rube Goldberg mechanism. From there lessons are provided that give
fundamental understanding of how radio signals are sent and received, how much
a motor can lift, what mechanical advantage is, how can I program the radio
using the default code to maximize radio control. As the course progresses,
students will be given problems, a finite set of resources, and time. At the
end of each project students are required to debrief; they will discuss what worked
and what didn't. Students will become better problem solvers, project managers,
and engineers with each problem that they solve.
You will need at least one Starter Kit. While the Curriculum was designed to
provide a very rich and extensive curriculum for those who only have a starter
kit, to be able to use all of the Curriculum materials, you will also need to
purchase a Programming Kit and the four additional sensor kits: light sensor,
line follower, ultrasonic rangefinder, and optical shaft encoder. The
Programming Kit also includes Easy C+ software you will need to program your
robot.