Management Engineering Capstone Design Symposium
Come and explore Management Engineering's Capstone Design Symposium!
View all 2018 Management Engineering Capstone Design Projects.
Come and explore Management Engineering's Capstone Design Symposium!
View all 2018 Management Engineering Capstone Design Projects.
Production planning problems and its variants are widely studied in operations management and optimization literature. One variation that has not garnered much attention is the presence of multiple production families in a coordinated and capacitated lot-sizing setting. While its single-family counterpart has been the subject of many advances in formulations and solution techniques, the latest published research on multiple family problems was over 25 years ago (Erenguc and Mercan, 1990; Mercan and Erenguc, 1993).
Information Systems
Stan Potapenko, Civil & Environmental Engineering
Stanko Dimitrov, Management Sciences (supervisor)
Fatih Erenay, Management Sciences
James Bookbinder, Management Sciences
Liping Fu, Civil & Environmental Engineering
Management of Technology
Sagar Naik, Electrical & Computer Engineering
Frank Safayeni, Management Sciences
Elizabeth Jewkes, Management Sciences
Robert Duimering, Management Sciences
Nada Basir, Conrad Centre - CBET
The University wide competition starts with our department-level heat. We want Management Sciences to be well represented on the university stage!
The 3MT is a university-wide competition for research-based master’s thesis and doctoral students. Competitors will have 1 slide and 3 minutes to explain their research to a non-specialist audience.
This year we will be running our own department-level heat on February 27, 2018 at 2:00 pm in CPH 4335 with prizes and a winner moving on to the university-wide competition.
In recent years, long wait times for healthcare services have become a challenge in most healthcare delivery systems in Canada.
Existing leadership theories tend to explain that leaders induce others to follow as a function of one or more of the following:
i) A specific set of traits possessed by the leader (e.g., charisma);
ii) Different types of behaviours the leader exhibits depending on the situation (e.g., a focus on tasks or a focus on relationships);
iii) Specifics relating to the structure and dynamics of the leader-follower relationship (e.g., economic, social, or psychological exchange, or a 'customized' focus on the 'follower').
Supervisor(s):
Fatih Erenay, Management Sciences
Osman Yalin Ozaltin (remote), Management Sciences
Pallets are the most common form of packaging in the retail industry. Their building involves the solution of a three-dimensional packing problem with side practical constraints such as item support and pallet stability, leading to what is known as the mixed-case palletization problem. Motivated by the fact that solving industry-size instances is still very challenging for current methods, we propose a new solution methodology that combines data analysis at the instance level and optimization to build pallets.
In creating a new partnership (“syndicate”), what division of uncertain future profit should the parties select? We consider partnerships with no substantial initial investment and no moral hazard. Parties may differ in risk attitudes and beliefs. The common approach is bargaining. We take a different approach: One party proposes to the other a contract, similarly to the principal-agent approach.