LOGS - Logistics

A study of the systems engineering process of definition of requirements, requirements allocation, system analysis, synthesis and optimization, system configuration, and system test and evaluation.

Prerequisite: LOGS 5302 or coordinator’s consent. This course covers reliability/maintainability terms and definitions, analysis, design, prediction/assessment and test and evaluation, from the practical view point. *+ *or approved undergraduate equivalent +students with an approved undergraduate equivalent should not enroll in this course

A study into the logic, design, and integration of effective techniques and methods for supply chain management optimization. The course employs a case study methodology involving contemporary, brand name organizations to illustrate effective approaches and lessons learned.

Engineering economic analysis and the economic evaluation of alternatives. Investment decisions based on equivalent worth, rate of return, benefit-cost, and life cycle cost methods, considering the aspects of risk and uncertainty. Cross-listed with FINC 6940.

An advanced course in production planning, production system design and development, and production control and evaluation. Cross-listed with MGMT 6970.

An advanced logistics supply chain management course dealing with a wide range of integrated logistics processes and managerial activities that are geared towards seamless, efficient product/system life cycle support.

A study of quantitative methods and techniques as applied to the system life cycle. Includes the application of quantitative techniques to reliability, maintainability, human factors, and logistics support models. Cross listed with MGMT 6910.

A study of techniques involved in purchasing and materials management as a business function. Topics include vendor selection, contractor negotiation, contract administration and materials management principles and practices.

This course provides students with the impact of government contract law on the acquisition process. The course will also highlight the differences and similarities between government and commercial contracts.

A study of international trade, the international monetary system, and financial markets and their effects on the system life cycle costing.

This course will address the interface between packaging, storage, inventory control and transportation.

Prerequisites: none. This course examines the interrelationships of various managed activities that fall under the responsibility of a Project/Program Manager. Focus areas shall include Program requirements Definition & Scope, Cost, Schedule, Risk, and Human Resources management (including Soft Skills), and Ethics. The course will give particular attention to post-acquisition sustainment and logistics as a responsibility of the Project/Program Manager.

Investigation of topics of special interest, with reports to the instructor. A research paper is required for the research project option. Prior approval by program coordinator and instructor is required.

The purpose of this course is to broaden the scope of the subject matter in the Logistics degree program by following topics of current interest that are not covered in other courses.

Individually designed and planned learning experience involving off-campus field experience and study in the public and private sector. Must be approved by the department chairperson and the program coordinator.