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First Term: Sep - Dec 2019
Dec 05, 2019
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SELECTED TOPICS:MECH ENGR: Bioprinting - 3D printing Body Parts - 13889 - MECH 580 - A02
Associated Term: First Term: Sep - Dec 2019
Registration Dates: Jun 17, 2019 to Sep 20, 2019
Levels: Graduate, Law, Undergraduate
Attributes: Graduate Course - 1.5 units

On-line Campus
Lecture Topic Schedule Type
On-line Instructional Method
1.500 Credits
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Scheduled Meeting Times
Type Time Days Where Date Range Schedule Type Instructors
Every Week TBA   TBA Sep 04, 2019 - Dec 04, 2019 Lecture Topic Stephanie Willerth (P)E-mail


SELECTED TOPICS: MECH ENGR: Engineering Optimization - 14046 - MECH 580 - A03
Essentially, every problem in business, computer science and engineering can be formulated as the optimization of some function under some set of constraints. The task of finding an optimal solution can often be cast in the form of finding a point, at which such function reaches its minimum (or, alternatively, maximum) value. Naturally, how tractable and realizable the above task is depends on the properties of the cost function at hand as well as its domain and range. Accordingly, the fundamental objective of this course is to introduce some principal concepts of optimization theory along with its key numerical techniques. Throughout the course, students will gain valuable background in optimization methods applicable to a wide range of engineering problems along with experience in solving optimization problems of their own choice. We will use MATLAB in the course, motivating the analysis and algorithms with a number of case studies. Topics covered will be selected from the following: linear and nonlinear optimization methods, algorithms for constrained and unconstrained problems, and global optimization methods such as Genetic Algorithm (GA) and Particle Swarm Optimization (PSO).
Associated Term: First Term: Sep - Dec 2019
Registration Dates: Jun 17, 2019 to Sep 20, 2019
Levels: Graduate, Law, Undergraduate
Attributes: Graduate Course - 1.5 units

Main Campus
Lecture Topic Schedule Type
Face to Face Instructional Method
1.500 Credits
View Catalog Entry

Scheduled Meeting Times
Type Time Days Where Date Range Schedule Type Instructors
Every Week 10:00 am - 11:20 am MR Clearihue Building A303 Sep 04, 2019 - Dec 04, 2019 Lecture Topic Abdolrasoul Sohouli (P)E-mail


SELECTED TOPICS:MECH ENGR: Bioprinting – 3D printing Body Parts - 13890 - MECH 580 - B02
Associated Term: First Term: Sep - Dec 2019
Registration Dates: Jun 17, 2019 to Sep 20, 2019
Levels: Graduate, Law, Undergraduate

Main Campus
Lab Schedule Type
Face to Face Instructional Method
0.000 Credits
View Catalog Entry

Scheduled Meeting Times
Type Time Days Where Date Range Schedule Type Instructors
Every Week 9:30 am - 10:20 am T Engineering Comp Science Bldg 130 Sep 04, 2019 - Dec 04, 2019 Lab Stephanie Willerth (P)E-mail



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