GE 594

GE 594 - Project Design

Summer 2017

TitleRubricSectionCRNTypeHoursTimesDaysLocationInstructor
Project DesignGE594010221IND1 -    
Project DesignGE594AEA18057IND1 -    Ali E Abbas
Project DesignGE594AN18114IND1 -    Angelia Nedich
Project DesignGE594AVO18067IND1 -    Alexander Olshevsky
Project DesignGE594BPL33555IND1 -     Brian Lilly
Project DesignGE594CB18148IND1 -    Carolyn L Beck
Project DesignGE594DEG18138IND1 -    David E Goldberg
Project DesignGE594DLT18142IND1 -    Deborah L Thurston
Project DesignGE594DS18072IND1 -    Dusan M Stipanovic
Project DesignGE594EHW18061IND1 -    Elizabeth T Hsiao-Wecksler
Project DesignGE594EZ18120IND1 -    Enlu Zhou
Project DesignGE594HK18152IND1 -    Harrison Hyung Min Kim
Project DesignGE594HRM18044IND1 -    Henrique M Reis
Project DesignGE594JML18070IND1 -    James Michael Leake
Project DesignGE594JP18048IND1 -    Jiming Peng
Project DesignGE594JSP18052IND1 -    Jong-Shi Pang
Project DesignGE594JTA18065IND1 -    James Allison
Project DesignGE594LF18054IND1 -    Liming Feng
Project DesignGE594LM18113IND1 -    Lavanya Marla
Project DesignGE594NK18045IND1 -    Negar Kiyavash
Project DesignGE594QW18132IND1 -    Qiong Wang
Project DesignGE594RBS18105IND1 -    Richard B Sowers
Project DesignGE594RP18145IND1 -    Raymond Lewis Price
Project DesignGE594RSS18050IND1 -    Ramavarapu S Sreenivas
Project DesignGE594SO18117IND1 -    Sewoong Oh
Project DesignGE594VB18123IND1 -    Bruce A Vojak
Project DesignGE594WBH18107IND1 -    Wilfred Brenton Hall
Project DesignGE594XC35539IND1 -    Xin Chen

Official Description

Engineering design projects emphasizing advanced engineering analysis, synthesis, optimization, and engineering economics. Course Information: May be repeated to a maximum of 8 hours for credit toward the Master's degree.

Course Description

Students must arrange course content with the instructor. Petition to pursue non-thesis option is required http://ise.illinois.edu/graduate/ise-graduate-forms. Engineering design projects emphasizing advanced engineering analysis, synthesis, optimization, and engineering economics. The student will be given the CRN for their instructor's section upon approval. May be repeated to a maximum of 8 hours for credit toward the Master's degree.

Last updated

8/23/2016