Engineering Graphics


Introductions to Computers
Mission : Understand basic computer knowledge and develop fundamental computer programming backgrounds for undergraduate students. This course contains introductions to computers and basic programming using C++ and Matlab. Students are automatically enrolled in both lecture and lab sessions.

Mechanical Design (I)
Mission : Provide concepts, procedures, and decision analyses that are essential in designing mechanical components. Students are expected to analyze individual element as well as the interfaces between elements as they work together to form a system.

Mechanical Design (II)
Mission : Provide concepts, procedures, and decision analyses that are essential in designing mechanical components. Students are expected to analyze individual element as well as the interfaces between elements as they work together to form a system

Reliability in Mechanical Engineering
Mission : Provide fundamental reliability backgrounds for mechanical engineers. Students are expected to have basic knowledge about probability and statistics including set theory prior to this class.

Design Optimization
Mission : Aims at providing the first exposure to a rational integration of traditional design methodologies with concepts and techniques of modern optimization theory and practice. "Design" is defined in a broad context and students from diverse disciplines, including outside engineering, can benefit from the course. The student learns to create appropriate mathematical optimization models and to use analytical and computational techniques to solve them. Availability of software analysis models, such as finite element analysis, makes possible optimization of increasingly complex designs.

Taguchi Method in Robust Design
Mission : Develop fundamental robust design and Taguchi method backgrounds for mechanical engineers. Students are expected to have basic knowledge about probability and statistics including set theory prior to this class.