Q: What is this course about and what can I expect to learn from it?
A: The first 8 weeks of the course focuses on bringing all students to a level beyond their existing capabilities to use sensors, actuators, micro-controllers and program electro-mechanical devices -robots being a prime example. The last 8 weeks of the course would require physical design and prototyping through the introduction of final project. This class has the objective to enhance students knowledge on automation, and robotic platforms through introducing new tech-tools to develop next generation of smart factories. As these skills would be expected of every engineer in the rapidly changing future of work, we want to instill in you the confidence to approach such problems throughout the rest of your curriculum and into your senior projects. The lectures and lab sessions will directly contribute to the final project while inspiring you to enjoy and have fun in this class while you learn through work!
Thus, through this course, you will:
1. Learn fundamentals of electronics and circuit design
2. Learn about sensors, actuators and micro-controllers
3. Micro-controller Programming
4. Bluetooth, WiFi and Web-Control of Smart Devices
5. CAD Design and Prototyping; Laser Cutter
6. Learn about IoT Platform
Q: Are we really starting the semester with a lab session?
A: In a word, yes. The course schedule is:
Lecture: 1 hour/week
Guided Lab: 3hours/week
One Final Project -Group
Q: Are there any pre-requisites for the course?
A: None. Basic knowledge on CAD design would be helpful.
Q: What is the general structure of the course, and how can I get maximum benefit from it?
A: The lecture sessions concentrate on introducing concepts for building smart electro-mechanical devices. The laboratory sessions are normally based on the topics covered during the lectures which would usually include demonstrations by the instructors. The instructors and TAs will be available throughout the lab for help and clarification of concepts you will be learning. There would be scheduled TA office hours during which assistance would be provided in case of any issues. During the mid of the semester, the topic of the final project is introduced which would demand the students to design and prototype their robots in teams. At the end of the semester, each team has to present their work in-front of the class.
Q: What am I expected to deliver through the course of the semester?
A: There will be lab assignments, most of which will be related to techniques that you are exposed to during the lectures. A significant part of your grade will also depend on the final project that you will work on with your team. Details of the project will be provided during the mid of the semester. While the project is a team effort, your individual contribution will be monitored by the instructors and will count towards your grade.
Q: What is the grading policy for this course?
A: Lab Work and Class Participation: 30%
Guided Projects: 30%
Final Group Project: 40%