Teams of two students layout and program a robotic production system as a solution to the project scenario.įor this project students will use The ScorBot ER-4U robot arm 3D simulation software that simulate the same Robot arm we have in our enineering Lab at LaGuardia Community Collge. Robotics and Automation Project is an engaging simulation of the industrial automated manufacturing process. Visit the student software resources page for more details. Multisim is circuits designapplication for analog, digital, and power electronics courses and laboratories. Students are required to download and install Multisim™ Education version. Students will deisgn a 12-hour or 24-hour clock, which will involve using counters, decoders, seven-segment displays and other components. Students will use a variety of concepts and skills developed in every week lecture to design and builda digital clock using Multisim circuit design software. Mozilla Firefox or Google Chrome are preferred.The first hour will involve a tutorial session, and the second will be the practical hour, during which students will apply the tutorial learnings to solve a problem, or perform a section of programming towards their lab assignments/group projects. Physical labs will be replaced by software simulations. Moving forward, The lecture hour will include powerpoint lectures via the Blackboard Collaborate Ultra medium, with lecture files and accompanying materials to be made available on blackboard. Group Project 2: Robot Design Project (Webots/Flowcode8).Lab 6: Programming via the Robotic Simulator (Webots/Flowcode8).Lab 5: Robot Implementation Plan (Online Research and Webots/Flowcode8).Lab 4: Kinematics and Degrees of Freedom (From Class Notes and Online Research).Group Project 1: Digital Clock (Multisim).Lab 2: Tertiary Communication (From Class Notes).Lab 1: Engineering Disciplines (Online Research).Projects have two components- a) group reports that must be sent as pdf, and the project files that are to be opened with the associated software. Labs are to be emailed as pdf files to Professor Hosannah. The course meets on Tuesdays from 8-10:15 am and on Thursdays from 8-9am. Introduction to Engineering requires a lecture and lab component.
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