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Designing internal logistics processes for new manufacturing site 

Cryan, Dan David,III. (Massachusetts Institute of Technology, 2019)
The Boeing Company is the world's largest aerospace company and is constantly evaluating improvement opportunities to the production system. It is of ongoing interest to the company to have to tools to assess new manufacturing ...
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Modeling manufacturing on-time delivery 

Collins, Jennifer(Jennifer Arlene Lill) (Massachusetts Institute of Technology, 2019)
Historically, Company X has undertaken multiple projects to improve On-time Delivery (OTD) goals but not all of these have resulted in significantly improved performance. As a government contractor, Company X is evaluated ...
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Improving project timelines using Al / ML to detect forecasting errors 

Goldberg, DavidM.B.A.Sloan School of Management. (Massachusetts Institute of Technology, 2019)
This project focuses on the creation of a novel tool to detect and flag potential errors within Amgen's capacity management forecast data, in an automated manner using statistical analysis, artificial intelligence and ...
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Predicting jet engine component wear to enable proactive fleet maintenance 

Shirey, Eamonn Samuel. (Massachusetts Institute of Technology, 2019)
The principle driver of maintenance costs for commercial jet engines is the replacement of components that, upon inspection, are determined to be damaged beyond their repairable limits. In order to better predict the ...
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Evaluating the impact of critical product quality attributes on patient outcomes in biologics 

Singh, Shalini Shreekant. (Massachusetts Institute of Technology, 2019)
The primary goal of this project is to link critical product quality attributes in biological medicines with patient outcomes as evidenced by clinical trial data. This project adopts a novel methodology of applying statistical ...
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Predicting solder defects in printed circuit board assembly (PCBA) process 

Foster, Andrew Wallace. (Massachusetts Institute of Technology, 2019)
Printed circuit boards (PCBs) are core components of virtually every modern electronic device, from smartphones to servers. Accordingly, printed circuit board assembly (PCBA) has become core to Flex, a leading electronics ...
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Improving operational effectiveness in the job-shop environment through discrete event simulation and innovative process design 

Proctor, Clinton Lee. (Massachusetts Institute of Technology, 2018)
A key value stream for Company X is a manufacturing area dedicated to production of precision electro-mechanical systems, of which they are contracted to service during the complete lifecycle. Currently, the production ...
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Improving order prioritization for the allocation of constrained supply 

Imlay, Ashton David. (Massachusetts Institute of Technology, 2019)
For top wholesale retail companies, the demand for products from US-based customers (wholesale, digital, and direct to consumer) is extremely high. However, the available supply of a product is contingent upon the success ...
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Impact of part proliferation on a high mix low volume manufacturing environment 

Youngerman, Paige Denise. (Massachusetts Institute of Technology, 2020)
This project set out to create a framework for conducting a cost benefit analysis of part proliferation looking into first, second and third order effects of part specialization within the entire Caterpillar enterprise. ...
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Improving predictability of cell culture processes during biologics manufacturing scale-up through hybrid modeling 

Wolszon, Zoë. (Massachusetts Institute of Technology, 2020)
In the biotechnology industry, commercial manufacturing of biologic drugs occurs in large-scale production bioreactors (15,000L), but process development occurs in lab-scale production bioreactors (2-3L). Cell culture ...
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AuthorAddy, Robert. (1)Adib, Christian(Christian Tanios) (1)Al-Meer, Mariam A (1)Aldama, Dora Leanne (1)Alfano, Edward J. (Edward James) (1)Amiot, David Engel (1)Amlani, Ankur. (1)Anderson, Spencer C. (Spencer Clark) (1)Anito, Mary E. (Mary Elizabeth) (1)Arch, Nicholas Luke (1)... View MoreDepartment
Leaders for Global Operations Program at MIT (463)
Sloan School of Management (463)Department of Mechanical Engineering (191)Engineering Systems Division (131)Department of Civil and Environmental Engineering (42)Department of Electrical Engineering and Computer Science (36)Department of Aeronautics and Astronautics (32)Department of Chemical Engineering (23)Department of Biological Engineering (3)Operations Research Center (3)... View MoreDegree
M.B.A. (463)
S.M. (463)
SubjectLeaders for Global Operations Program. (463)Sloan School of Management. (463)Mechanical Engineering. (191)Engineering Systems Division. (131)Civil and Environmental Engineering. (42)Electrical Engineering and Computer Science. (37)Aeronautics and Astronautics. (32)Chemical Engineering. (23)Biological Engineering. (3)Operations Research Center. (3)... View MoreDate Issued2010 - 2020 (462)2009 - 2009 (1)Has File(s)
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