mae3.eng.ucsd.eduMAE 3

this siteHome Clock Project Overview Clock CAD Part Fabrication Clock Assembly Timing Analysis Natural Frequency of a Point Mass Pendulum Natural Frequency of a Rigid Body Pendulum Clock Report Troubleshooting Glossary More Information Make Your Own Clock Robot Project Competition Overview Competition Rules Team Webpages Old Team Webpages FA 23 Machine Design Motor Mounting Hole Sizes Gear Ratios Strain Relief DC Motor Velocity Analysis Velocity Analysis Software Examples Virtual Work CAD Resources CAD Library CAD of Contest Tables CAD Tutorials Assignments Design Studio Meet the Team Winter 2023 Spring 2023 Fall 2023 Home Clock Project Overview Clock CAD Part Fabrication Clock Assembly Timing Analysis Natural Frequency of a Point Mass Pendulum Natural Frequency of a Rigid Body Pendulum Clock Report Troubleshooting Glossary More Information Make Your Own Clock Robot Project Competition Overview Competition Rules Team Webpages Old Team Webpages FA 23 Machine Design Motor Mounting Hole Sizes Gear Ratios Strain Relief DC Motor Velocity Analysis Velocity Analysis Software Examples Virtual Work CAD Resources CAD Library CAD of Contest Tables CAD Tutorials Assignments Design Studio Meet the Team Winter 2023 Spring 2023 Fall 2023 More Home Clock Project Overview Clock CAD Part Fabrication Clock Assembly Timing Analysis Natural Frequency of a Point Mass Pendulum Natural Frequency of a Rigid Body Pendulum Clock Report Troubleshooting Glossary More Information Make Your Own Clock Robot Project Competition Overview Competition Rules Team Webpages Old Team Webpages FA 23 Machine Design Motor Mounting Hole Sizes Gear Ratios Strain Relief DC Motor Velocity Analysis Velocity Analysis Software Examples Virtual Work CAD Resources CAD Library CAD of Contest Tables CAD Tutorials Assignments Design Studio Meet the Team Winter 2023 Spring 2023 Fall 2023 : Introduction to Engineering Graphics and Design About In , students are i ntroduced to the design process, engineering graphics, and machine design. In the first 3.5 weeks, students work individually to build and analyze a pendulum clock. In the remaining 6.5 weeks, students work in teams of 3-4 to design and construct a robot that will compete in a contest at the end of the quarter. Topics covered in the robot project include problem identification, concept generation, project management, risk reduction, and engineering analysis of simple mechanisms. Engineering graphics and communication skills are introduced through Computer-Aided Design (CAD), hand sketching, oral presentations and written reports. Purpose of this website: The class assignments are on the Canvas site. This webpage provides: All the clock assignments and background information in a single place. Machine design resources that can be used for the robot project, even if it is not part of a formal Canvas assignment. Report abuse Page details Page updated Report...