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This collection, provided by Columbia State Community College (CSCC), includes documents that describe the courses in the Logistics Engineering Technology Associate of Applied Science degree at CSCC. The 1-page A.A.S Plan of Study includes a list of classes and credits. The 6-page document includes...

This collection, provided by Columbia State Community College (CSCC), includes documents used as promotional materials for the Logistics Engineering Technology (LET) degree at CSCC. The collection includes a brochure, an advertisement, a flyer, and a classroom poster. These documents provide more...

This collection, provided by Columbia State Community College, includes schedules for the 2018 Logistics Engineering Technology Early College Experience and Educator's Institute: Supply Chain Management summer programs. These programs were intended for teaching high school students about careers and...

This 4-page white paper outlines Columbus State Community College's effort to integrate education in supply chain management, engineering technology, and information technology. This effort was part of the National Science Foundation funded project titled Building an Academic Pathway for Industrial...

This 4-page report, provided by Columbia State Community College (CSCC), relays the results from a survey taken of employees from the local logistics industry with regard to the skills required for the Logistics Engineering Technology degree at CSCC. This report includes an overview, Core...

This paper, from Richard M. Felder of the Department of Chemical Engineering at North Carolina State University, covers an ongoing longitudinal study of instructional methods and student outcomes. Felder gives a break-down of each aspect of the experimental course and a lengthy discussion of student...

This report, written by Eric Wooldridge of Somerset Community College, explores low-cost additive manufacturing (AM) technologies, and discusses the benefits for start-up and small manufacturing businesses that implement AM. This project contains five case studies, complete with data, images, and...

This 25-page report, provided by Alexandria University, describes the design and construction of the underwater remotely operated vehicle (ROV) created by the M.I.A. Robotics team for the Explorer Class of the 2022 MATE ROV competition. MATE ROV is a global competition that challenges STEM students...

In this colorful, interactive object, learners examine how materials on the nanoscale compare with those on the macroscale. The focus is on the difference between macroscale and nanoscale gold in both color and melting point.

This 13-page report, from St. Vrain Valley Schools, describes the design and construction of the underwater remotely operated vehicle (ROV) created by the Magikarp Industries team for the Ranger Class of the 2023 MATE ROV competition. MATE ROV is a global competition that challenges STEM students to...