CLASSES

ME 205 - COMPUTER ANALYSIS IN ENGINEERING - A Sophomore introductory class to numerical methods in engineering. Application of undergraduate mathematics and basic engineering principles with an emphasis on numerical methods and the use of mathematical software packages in the solution of engineering problems. Problems are drawn from dynamics, vibrations, kinematics, heat transfer, materials engineering, fluid mechanics and other engineering fields.

iME306 - MECHANICAL ENGINEERING DESIGN - Traditional machine element design class

ME401 MECHANICAL ENGINEERING DESIGN - A Senior level, project oriented design course.  the projects are assigned with the objectives of introducing the essentials issues in engineering design.  The concept of economic evaluation, of alternative designs and of decision making are also introduced

ME402 - SENIOR CAPSTONE DESIGN -

ME 471/671 - COMPUTER AIDED ENGINEERING ANALYSIS & DESIGN - A senior elective /graduate course in computer aided design that introduces students to geometric modeling, curves and surface representations, solid modeling, finite elements, optimization and rapid prototyping. Prerequisite: good knowledge of math and any programming language.

IE/ME/ACCNT/MGMT/ARCH 493/693 - INTERDISCIPLINARY DESIGN AND DEVELOPMENT SEMINAR - A couse offered to senior students from the colleges of Architecture, Commerce and Industry and Engineering. This is a project course which is interdisciplinary in nature, and is aimed at exposing the students to real life problems. They have to address and attempt to solve the problems in teams, learn from each other, and get familiar with the constraints, work practices of team members from another discipline

ME 870 - DESIGN METHODOLOGIES - A graduate core course in design methodologies opened to all engineering majors. The course examines recent advances in design methodologies and uses case studies from Industry or design projects to apply various techniques and evaluate them. Creativity, PDS, Axiomatic Design, DFA, DFM, Taguchi Robust Design, Teaming, Concurrent Design, QFD,..Prerequisites: Graduate Standing

ME 871 - ENGINEERING OPTIMIZATION - A graduate course in optimization opened to all engineering majors. Reviews constrained and unconstrained deterministic optimization techniques for linear and non-linear problems. Probalistic and evolutionary methods in optimization. Prerequisite: good knowledge of math and any programming language.

MTHSC 988/ME893 INTEGRATION THROUGH OPTIMIZATION A graduate special topics class which covers theory, methodology, and applications of decomposition, integration, and coordination for large scale optimization problems encountered in engineering design. Theory and Methodology will be supplemented with numerous examples and case studies