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M.S. IN ENGINEERING MANAGEMENT
(PACKAGING CONCENTRATION)
CBU offers a M.S. in Engineering Management with a Packaging Concentration. The program is designed for those who have already had an undergraduate degree in a technical area (such as science, engineering, technology, or packaging) and are moving up to assume managerial responsibilities in their packaging-related company and those who would like to acquire packaging background for better product design.
The program consists of 24 credits of core engineering management courses and 9 credits of packaging courses:
Core Engineering Management
- ENGM 600 Engineering Management Theory (3 crs.)
- ENGM 602 Engineering Accounting (3 crs.)
- ENGM 603 Engineering Finance (3 crs.)
- ENGM 604 Social/Legal/Ethical Considerations for Engrg Managers (3 crs.)
- ENGM 605 Quality Assurance (3 crs.)
- ENGM 607 Operations Research (3 crs.)
- ENGM 695 Research Methods in Engineering Management (3 crs.)
- ENGM 696 Thesis (3 crs.)
Packaging
The Packaging Graduate Certificate is designed for those who do not have an undergraduate degree in packaging.
- ENGM 640 Principles of Packaging (3 crs.)
- ENGM 641 Distribution & Medical Device Packaging (3 crs.)
- ENGM 642 Sustainability (3 crs.)
ENGM 640 Principles of Packaging: Packaging materials, container types, processes, technology, and equipment. Packaging development process, testing and evaluation methods, standards, and equipment. Government regulations. Special projects. Three credits.
ENGM 641 Distribution & Medical Device Packaging: Physical distribution systems and distribution hazards. Rules and regulations governing distribution packaging and industry guidelines and practices. Basics of packaging materials, forms and sterilization methods used in biomedical industry. Packaging design, development, and validation. Special projects. Three credits.
ENGM 642 Sustainability: Sustainability criteria and sustainable packaging. Steps to sustainable packaging. Design for optimizing materials and energy. Real-life design and material innovations. Life cycle assessment, examples and carbon footprints. Current state of implementations of sustainable packaging. Special projects. Three credits.
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Academics
