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Kayse Lee Maass

TEACHING EXPERIENCE

COURSES TAUGHT:

      PRIMARY INSTRUCTOR

IE 4520: STOCHASTIC MODELING

Fall 2018 - Present (4x)

 

Dept. of Mechanical and Industrial Engineering

Northeastern University

Boston, MA

Enrollment: 35-50 (undergraduate/graduate students)

Evaluation: 4.9/5 [View F2019 course eval summary ]

Course Description: Covers the analytical development and solution to stochastic models in operations research. Topics include Markov chains, queuing theory, and dynamic programming. 

IOE 202: OPERATIONS MODELING

Fall 2014

Dept. of Industrial & Operations Engineering

University of Michigan

Ann Arbor, MI

Enrollment: 141 undergraduate students

Evaluation: 4.25/5

Course Description: Process of mathematically modeling operational decisions including the role of uncertainty in decision-making;  Basic tools for solving the resulting models, particularly mathematical programs, statistical models and queueing models; Cases may come from manufacturing and service operations and ergonomics.

STUDENT FEEDBACK

"Prof. Maas is among the best professors I have had at Northeastern. She really cares about making the course as relevant as possible

to everyone in the class and wants everyone's success."

"...is very thoughtful with every assignment and in-class exercise. Nothing in this course is done

'just because'"

"My best professor at Northeastern so far! I CANNOT STRESS THIS ENOUGH!! She was passionate about the subject, TRULY cared about the students and made sure we were learning. She was always willing to help; she is the professor that doesn't just hand you the answers but guides your thinking. She acknowledges your effort too." 

"The course is challenging,

but her willingness to help students and explain things clearly made it the most beneficial course I have taken at Northeastern."

COURSES TAUGHT:

      GUEST INSTRUCTOR

IOE 419: SERVICE OPERATIONS MANAGEMENT

Dept. of Industrial and Operations Engineering

University of Michigan, Ann Arbor, MI

Fall 2015

IOE 541: INVENTORY ANALYSIS CONTROL

Winter 2016

Dept. of Industrial and Operations Engineering

University of Michigan, Ann Arbor, MI

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