The Master's Degree in Mechanical Engineering can be obtained entirely via CD-ROM if the student chooses. CD-ROM delivery offers superior portability, flexible scheduling, and reusability. The NTU Winter Quarter/Spring Semester 2003 courses listed below are available in the CD-ROM format and can be applied toward the NTU Master's Degree in Mechanical Engineering.

Note that a number of NTU courses are also available online and on DVD. Online format allows for independent, self-paced learning at the desktop, plus added interactivity. NTU Winter Quarter/Spring Semester 2003 courses available online and on DVD.

Digital Control Systems
CT 570-E
Credit Hours: 3
Course Objectives: To learn how to model and analyze systems and design controllers for systems using discrete-time techniques.

Electronic Packaging Principles
IC 701-E
Credit Hours: 3
Course Objectives: To provide an introduction to the basic principles and important problems at various levels of packaging, and to develop sufficient analytical tools to enable the engineer to derive first-order solutions to such problems.

Design of Electronic Packaging and Interconnect
IC 702-P
Credit Hours: 3
Course Objectives: To equip students with the required knowledge and techniques so that they will be able to: (1) select amongst packaging and functional multi-chip partitioning alternatives so as to best meet the aim of the system. (2) ... more

Microelectronic Packaging Materials
IC 503-E
Credit Hours: 3
Course Objectives: This course is intended to introduce students to the broad range of materials and processes which are used in the various kinds and levels of microelectronic packaging. The materials which are used, the properties which ... more

Artificial Intelligence Concepts
IS 710-R
Credit Hours: 3
Course Objectives: To give students an understanding of the basic concepts of artificial intelligence.

Neural Networks
IS 790-OE
Credit Hours: 3
Course Objectives: This course will be an introduction to the basic neural network architectures and learning rules. Emphasis will be placed on the mathematical analysis of networks and learning rules, and on the application of neural networks ... more

Probability and Statistics for Engineers
MA 520-A
Credit Hours: 3
Course Objectives: A one-semester introduction to probability and statistics, with emphasis on modeling and statistical thinking. Probability models will be developed in sufficient detail to support statistical inference, followed by statistical ... more

Design and Statistical Analysis of Experiments for Engineers
MA 731-P
Credit Hours: 3
Course Objectives: Be able to design and analyze a multifactor experiment to investigate a manufacturing process or to answer a scientific question. Be able to communicate the design and results of experiments to your peers.

Advanced Mathematics for Engineers and Scientists II
MA 581-P
Credit Hours: 3
Course Objectives: The student is expected to achieve proficiency in and understanding of linear algebra, vector differential and integral calculus, and complex function theory in preparation for applications in engineering and science. In ... more

Advanced Machine Design
ME 714-U
Credit Hours: 3
Course Objectives: One of the most critical aspects of increasing the reliability of products is to minimize the chances of fatigue related problems. This course is essential for any engineer who is dealing with metal fatigue related problems. ... more

Finite Element Fundamentals with Applications
ME 521-U
Credit Hours: 3
Course Objectives: After taking this course students will be able to develop FE models, choose appropriate elements, and solve problems under static and time variant loads. They will understand the concepts of symmetry in geometry and loading. ... more

Mechatronics Design
ME 529-P
Credit Hours: 3
Course Objectives: The objective of this course is to provide mechanical engineers with necessary knowledge and hands-on training in using microprocessors, sensors, and actuators for designing and building intelligent mechatronic systems.

Intermediate Heat Transfer
ME 530-Q
Credit Hours: 4
Course Objectives: Conduction heat transfer, radiation heat transfer, mass transfer, and introductory numerical methods.

Failure Analysis of Mechanical Components
ME 583-Q
Credit Hours: 4
Course Objectives: Examines the relationship of materials and mechanics concepts to design of structures and components; topics include a brief introduction to elasticity, and plasticity theories, creep, fatigue, fracture, and residual life ... more

Structural Dynamics Design
ME 593-DE
Credit Hours: 3
Course Objectives: Design of structures (buildings, bridges, dams, foundation piles and offshore platforms) for dynamic loadings (severe wind force, ocean wave force, strong earthquake excitations, machine vibrations, and general impulse ... more

Design of Electromechanical Systems
ME 597-P
Credit Hours: 3
Course Objectives: The primary course objective is to provide students with modeling and analysis tools that can be used to design and control electrical machines (standard motors, linear actuators, magnetic bearings, railguns, etc). Students ... more

Finite Element Analysis I
MP 721-Y
Credit Hours: 2
Course Objectives: To introduce the theory and applications of the Finite Element Method as a general and powerful tool to solve the variety of problems of engineering and physics. The course is aimed at a general technical audience at the ... more

Mechanical Behavior of Engineering Materials
MP 724-P
Credit Hours: 3
Course Objectives: The course is intended for graduate engineering students who seek to develop a working knowledge in deformation and fracture of materials and its relation to material microstructure.

Introduction to Fracture Mechanics
MP 730-Y
Credit Hours: 2
Course Objectives: Obtain understanding on the fundamentals of linear elastic fracture mechanics and elastic-plastic fracture mechanics. Gain ability to realize fracture and fatigue problems and to design fracture and fatigue resistance structures.

Fracture of Brittle Materials
MP 736-R
Credit Hours: 3
Course Objectives: To familiarize the student with the application of fracture mechanics to the fracture of brittle materials; the use of quantitative fractography in failure analysis, of scaling concepts in fracture and the effect of microstructure ... more

Composite Materials Structures
MP 543-DE
Credit Hours: 3
Course Objectives: To provide a basic understanding of the behavior of composite materials such that the student develops the capabilities to design, analyze and optimize structures and products composed of composite materials.

Materials Microstructure
MS 715-R
Credit Hours: 3
Course Objectives: To be able to visualize and describe qualitatively and quantitatively real three-dimensional microstructures; to understand how microstructures arise, develop and evolve in the processing of materials; to be able to use ... more

Science of Biomaterials I
MS 716-R
Credit Hours: 3
Course Objectives: Introduce state of the art materials used in medicine for contact with tissue (usually implantation).

Fundamentals of Injection Molding
PD 541-X
Credit Hours: 3
Course Objectives: To help students gain solid understanding in all important aspects of injection molding and related processes. To facilitate the development of students' logical thinking, problem-solving skills, and learning motivation.

Microelectronics Manufacturing and the Environment
PD 580-E
Credit Hours: 3
Course Objectives: To learn basic semiconductor fabrication unit operations as they relate to theory of operation, materials, equipment, fabrication processes, as well as key environmental impacts and challenges which these processes present ... more

Engineering Design with Polymers
PM 516-X
Credit Hours: 3
Course Objectives: This course will introduce you to the commonly used polymeric materials and structure and general properties of polymers.

Power Electronic Circuits
PS 541-X
Credit Hours: 3
Course Objectives: At the completion of this course, students should be able to: Develop and quantify common performance objectives for power electronic circuits, such as efficiency, power factor, etc. Develop simple power electronic converter ... more

Executive Decision Making
QM 540-GW
Credit Hours: 3
Course Objectives: To enable students to: structure complex decision problems; identify alternatives; identify objectives, identify constraints; incorporate both quantitative and qualitative information in the decision process; deal with ... more

Manufacturing Systems Modeling (formerly ST 532-U)
SP 510-U
Credit Hours: 3
Course Objectives: Students should be able to build simulation models and perform correct statistical analysis of both input and output data.

Metrology in Precision Manufacturing
SP 554-P
Credit Hours: 3
Course Objectives: To build an foundation for dimensional metrology and error analysis and give the student the ability to predict the potential precision, that is the accuracy and repeatability, of a new machine. The course will elucidate ... more

Computer Graphics and Geometric Modeling
ST 740-U
Credit Hours: 3
Course Objectives: At the end of this course the students will be able to: Demonstrate a command of the basic principles underlying 2D and 3D computer graphics. Develop programs in OpenGL to display objects, view them in scenes, navigate ... more

Computer Networking I
ST 550-A
Credit Hours: 3
Course Objectives: This course provides an introduction to fundamental concepts in the design and implementation of computer communication networks, their protocols, and applications.

Information Warfare
ST 761-U
Credit Hours: 3
Course Objectives: This course is intended to provide students with hands-on experience in installing, configuring, and testing state-of-the-art security software and hardware. Methods of attack will be examined to better understand how ... more

Cryptography
ST 765-U
Credit Hours: 3
Course Objectives: Introduce students to the basic concepts of cryptography. We hope to prepare students for research in the theoretical foundations of the subject as well as provide practical knowledge for those intending to implement cryptograpic ... more

Model-Based System Design
SY 711-E
Credit Hours: 3
Course Objectives: This is a continuation of SY 710-E. Its objective is to further explore the Systems Engineering Process.

Applied Systems Engineering
SY 721-U
Credit Hours: 3
Course Objectives: Design for reliability, maintainability, usability, supportability, producibility, disposability, and life cycle costs in the context of the systems engineering process. Students will be required to apply the principles ... more

Directed Computational Project Management
TO 562-GW
Credit Hours: 2
Course Objectives: In a structured, directed way, to become familiar with what one might call the "sequential numerics" of project management through a semester-long examination of a project of the student' choice. To achieve some familiarity ... more

Procurement and Contracting
TO 566-GW
Credit Hours: 3
Course Objectives: To prepare students to perform and to lead the work necessary to ensure proper examination of requirements, planning of the most appropriate acquisition process, and formation of the needed contract relationship. To develop ... more

Managing Project Finances
TO 567-GW
Credit Hours: 2
Course Objectives: This course is intended to provide students: An understanding of risk and return concepts; an understanding of capital budgeting techniques including cash flow estimation and risk analysis; an understanding of the principles ... more

Project Management Applications
TO 569-GW
Credit Hours: 3
Course Objectives: To continue, from earlier courses, a review of relevant project management literature with a special focus on the PMI's Project Management Body of Knowledge (PMBOK); To engage students in applying materials from this course ... more

Industrial Quality Control
TO 570-OE
Credit Hours: 3
Course Objectives: To provide a format for understanding and reducing variation in processes. To develop competence in the use of statistical process control tools used throughout the manufacturing and service sectors today. To review and ... more

Maintainability Engineering
TO 772-E
Credit Hours: 3
Course Objectives: Extension of AME 572/TO 771-E Reliability Engineering to enable the determination of the maintainability, availability, operational readiness and reliability of maintained equipment and systems.

Reliability Testing
TO 773-E
Credit Hours: 3
Course Objectives: To enable the determination of the reliability, failure rate, and mean life of components, equipment and systems through the acquisition of lab, test and field performance data, through the utilization of the latest reliability ... more