Design Optimization Theory and Practice
Mechanical, Aerospace and Nuclear Engineering

Description
The course introduces the student to the theory and use of numerical design optimization methods, with a major focus on the algorithms and problem formulations relevant to engineering design. The lectures concentrate on the algorithm development while the exercises emphasize correct problem formulation and evaluation of the results. Multi-objective Optimization is also introduced. An overall practical and pragmatic perspective guides the course’s philosophy. Topics to be covered include: methods for unconstrained nonlinear problems, constrained linear and nonlinear problems, sensitivity analysis, physical programming, and practical application and use of optimization.

Prerequisites
Familiarity with basic element of linear algebra will be assumed. Some level of proficiency in computer programming will be useful to the student. Matlab will be used at an elementary level. Knowledge of undergraduate level Calculus is assumed.

Textbook(s)
Ordering Information

Format and Grading
Format and Grading information will only be current for courses being offered this semester.

Computing
Specific Computing requirements will only be current for courses being offered this semester.

Technical Requirements
Specific Technical requirements will only be current for courses being offered this semester.

Who Should Enroll
This course may be used in your plan of study as follows:
CSCI - elective
CSYS - elective
ELEC - general elective
EPOW - elective with advisor pre-approval
ESCI-MM - elective
ESCI-MOT - elective
ESCI-MSE - may be used as a Design elective or general elective
ITEC - elective with advisor pre-approval
MBA - elective with advisor pre-approval
MEAE-ME - may be applied toward core, Design concentration or general elective
MGMT-MS - elective with advisor pre-approval
QUAL - elective with advisor pre-approval
SERV - elective with advisor pre-approval
TCOM - n/a

This course is also open to non-matriculated students who meet the prerequisites and may be used toward the Certificate in Mechanical Engineering.

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