Courses

LOG OM 3300 Business Statistics: 3 semester hours

Prerequisites: MATH 1105, INFSYS 1800 and a 2.0 campus GPA. Construction and use of statistical models for business management. Students will learn techniques used for relational analysis and business forecasting and how to apply them in a business context. Tools include CHI-Square tests of statistical independence; analysis of variance; simple linear regression and correlation; multiple linear regression; and extrapolative techniques such as moving averages and exponential smoothing. Emphasis is placed on problem definition, construction of statistical models, analysis of data, and interpretation of results. Computers are used for extensive analyses of case data.

LOG OM 3301 Introduction to Supply Chain Management: 3 semester hours

Prerequisites: A minimum campus GPA of 2.0. This course provides an understanding of fundamental concepts of supply chain management. All functional areas of supply chain management are explored in an integrated view of procurement, manufacturing and operations management, transportation and logistics, inventory and warehousing, demand planning, scheduling, network design, collaboration and performance measurement.

LOG OM 3320 Introduction To Operations Management: 3 semester hours

Prerequisites: A 2.0 campus GPA and either (ECON 1001, ACCTNG 2410 and LOG OM 3300) or (MATH 2000 and MATH 1320). An examination of the concepts, processes, and institutions which are fundamental to an understanding of manufacturing and service operations within organizations. Emphasis is on the management and organization of operations and upon the application of quantitative methods to the solution of strategic, tactical and operational problems.

LOG OM 3349 Project Consulting and Execution: 3 semester hours

Prerequisites: LOG OM 3300 or equivalent and LOG OM 3320 or equivalent (may be taken concurrently). Provides real world experience in planning and executing projects. The class will have teams of students work on projects sponsored by companies and not for profit organizations for 2 to 6 weeks at a time. It will provide students practice in critical thinking, analysis, communication, and other critical skills identified as necessary for employees to function at a high level in their jobs.

LOG OM 3390 Internship In Logistics And Operations Management: 1-3 semester hours

Prerequisites: A minimum campus GPA of 2.0; one must have completed and/or be currently enrolled in at least 6 credit hours of LOM electives and have consent of supervising instructor and Area Coordinator. A Business College GPA of at least 2.5 is also required. Students are employed in the field of Logistics and Operations Management (LOM) where they apply the knowledge and skills learned in the classroom. Professional development and obtaining specialized work experience are the primary goals. An LOM faculty member will monitor the student's program with the student providing a formal written report at the end of the project. LOG OM 3390 may not be counted toward the minimum credit hours for the LOM emphasis.

LOG OM 3395 Special Administrative Problems - Management Science: 1-10 semester hours

Prerequisite: To be determined each time the course is offered and to include a minimum 2.0 overall GPA. Study of selected special problems in business and administration. May be repeated for credit with different topics.

LOG OM 3398 Seminar in Logistics and Operations Management: 1-3 semester hours

Prerequisite: To be determined each time the course is offered and to include a minimum 2.0 overall GPA. This course is a selected special topic in the field of logistics and operations management. May be repeated for credit with different topics.

LOG OM 3399 Independent Study In Logistics And Operations Management: 1-3 semester hours

Prerequisites: Minimum campus GPA of 2.0 and approval by the supervising professor and the Area Coordinator. Special individual study in logistics and operations management under the supervision of a full-time logistics and operations management faculty member.

LOG OM 4312 Business Forecasting: 3 semester hours

Prerequisites: Minimum campus GPA of 2.0 or graduate standing; also either LOG OM 3320 or (MATH 3000 and MATH 1320) Further study of statistical tools for forecasting in a decision-making context. Topics include explanatory models (multiple regression), classical time series decomposition, and extrapolative techniques (exponential smoothing and Box-Jenkins procedures). In addition, methods for considering problems of intervention effects, seasonality, and collinearity will be discussed. Students will perform extensive analyses of time series data using computer packages.

LOG OM 4321 Production and Operations Management: 3 semester hours

Prerequisites: A minimum campus GPA of 2.0 or graduate standing; also LOG OM 3320. Application of the tools and techniques of statistical decision theory and operations research to production and operating problems. Emphasis is on the use of mathematical modeling and simulation techniques to analyze complex and ill-structured problems in large-scale systems.

LOG OM 4322 Lean Production In Manufacturing And Service Operations: 3 semester hours

Prerequisites: A minimum campus GPA of 2.0 or graduate standing; also LOG OM 3320. Study of Lean Production philosophy and techniques in manufacturing and service operations. Topics include process analysis and continuous improvement techniques, quick set-ups, total productive maintenance, kanban scheduling, cellular production, team organization of workers, supplier relations, quality management, and the environmental aspects of production.

LOG OM 4324 Service Operations Management: 3 semester hours

Prerequisites: A minimum campus GPA of 2.0 or graduate standing; also LOG OM 3320. An examination of methods for designing and operating service delivery systems, such as in the health care, financial, transportation, hospitality, and governmental services industries. Topics include process and facility design, facility layout and location, queuing, demand forecasting and management service quality, staffing, and personnel scheduling.

LOG OM 4325 Environmental Sustainability in Business Operations: 3 semester hours

Prerequisites: LOG OM 3320 or permission of instructor. This course studies the environmental impacts of business operations, and it focuses especially on the principles and methods of "lean and green" operations, i.e., ways in which organizations can reduce their costs and increase profits, while reducing their environmental impacts. Specific topics include energy efficiency, resource reduction, waste reduction, design for the environment, externalities and internal pricing mechanisms, environmental technologies, life-cycle assessment, recycling, re-use, and re-manufacturing, as well as national and global environmental issues.

LOG OM 4330 Business Logistics Systems: 3 semester hours

Prerequisites: A minimum campus GPA of 2.0 or graduate standing; also LOG OM 3320. Analysis of business logistics systems, their design, and operation. Topics include: network design, facility location, transportation, vehicle routing, storage and handling capacity planning, inventory management, and customer service.

LOG OM 4347 Introduction to Project Management: 3 semester hours

Prerequisites: LOG OM 3320. This course introduces the concepts and practices of Project Management with a focus on Logistics and Operations Management related projects. It will cover conventional aspects of project management, such as the project evaluation, planning, roles, responsibilities, scheduling, and tracking. In addition, this class will introduce agile project management as applicable to projects where there is not the specificity of goals or solutions to be applicable to traditional project management.

LOG OM 4350 Management Science Methods: 3 semester hours

Prerequisites: A minimum campus GPA of 2.0 or graduate standing; also LOG OM 3320 or MATH 3000 and MATH 1320. Applications of the theories and techniques of operations research to problems of business, government, and industry with emphasis on the construction and utilization of quantitative decision models.

LOG OM 4354 Management Science Methods II: 3 semester hours

Prerequisites: A minimum campus GPA of 2.0 or graduate standing; also LOG OM 4350. Topics of special interest including mathematical programming, stochastic decision-making, digital simulation, game theory, and other selected techniques. (Formerly Mathematical programming).

LOG OM 4381 International Logistics And Operations Management: 3 semester hours

Same as INTL BUS 4381. Prerequisites: A minimum campus GPA of 2.0 or graduate standing; also LOG OM 3320. A study of business logistics and supply chain strategies involving shipments across national boundaries. Topics include the effects of international agreements and regional trading blocks on supply chain strategies; the design of global logistics networks; managerial processes and systems for international production and distribution, and risk management for international logistics.

LOG OM 4398 Seminar in Logistics and Operations Management: 1-3 semester hours

Prerequisites: LOG OM 3320 or permission of the instructor and a minimum 2.0 campus GPA. For some topics additional prerequisites may be required. An intensive study of a specific aspect, problem or technique in the areas of logistics, operations management, or supply chain management. Different topics may be offered under this course number, so the course (with different topics) can be repeated for credit.

LOG OM 5300 Statistical Analysis For Management Decisions: 3 semester hours

Prerequisites: MATH 1030 and spreadsheet modeling or equivalent competency. Probability and probability distributions are studied as a basis of statistical inference. An introduction to multivariate analysis is provided, which includes analysis of variance and regression methods.

LOG OM 5312 Advanced Statistical Methods For Management Decisions: 3 semester hours

Prerequisites: LOG OM 5300. The application of statistical methods to managerial problems, forecasting and business research. Topics include the blending of multiple regression and analysis of variance into a general linear model, logistic models, techniques for projecting seasonal time series, and forecasting techniques (ARIMA models) which deal with serially correlated data. Through class presentations, assigned exercises and a major project, students gain experience in constructing explanatory and predictive models for problems in marketing, finance, etc. Students use commercial software (e.g. the Statistical Analysis System) for analyzing data, constructing models and producing reports.

LOG OM 5320 Production And Operations Management: 3 semester hours

Prerequisites: LOG OM 5300. This course discusses issues related to the creation and delivery of goods and services. Topics include the design of production processes, the layout and location of facilities, forecasting, scheduling, inventory control, queuing, materials planning, and quality control. Analytical techniques such as linear programming are used in studying these problems.

LOG OM 5322 Lean Production: 3 semester hours

Prerequisites: LOG OM 5320. Study of Lean Production philosophy and techniques in manufacturing and service operations. Topics include process analysis and continuous improvement, set-up reduction, total productive maintenance, kanban scheduling, cellular production, work teams, supplier relations, quality management, and the environmental aspects of production. Cases and a course project will be used to integrate and apply the course material.

LOG OM 5324 Service Operations Management: 3 semester hours

Prerequisite: LOG OM 5320. An examination of methods for designing and operating service delivery systems, such as in the health care, financial, transportation, hospitality, and governmental services industries. Topics include process and facility design, facility layout and location, queuing, demand forecasting and management, service quality, staffing, and personnel scheduling.

LOG OM 5325 Environmental Analysis and Sustainability in Business Operations: 3 semester hours

Prerequisites: LOG OM 5320 or permission of instructor. This course studies the environmental impacts of business operations, and it focuses especially on the principles and methods of "lean and green" operations, i.e., ways in which organizations can reduce their costs and increase profits, while reducing their environmental impacts. Specific topics include energy efficiency, resource reduction, waste reduction, design for the environment, externalities and internal pricing mechanisms, environmental technologies, life-cycle assessment, recycling, re-use, and re-manufacturing, as well as national and global environmental issues.

LOG OM 5326 Quality Management: 3 semester hours

Prerequisites: LOG OM 5300 or MATH 4200 or permission of instructor. An applied course on total quality management. Quality improvement approaches are presented and the managerial implications and responsibilities in implementing these approaches are discussed. Topical coverage includes the construction and interpretation of control charts, graphical methods, quality function deployment, robust experiments for product design and improvement, mistake-proofing (poke yoke), the Deming approach, Baldridge award criteria, quality cost audits, worker empowerment and reward systems. Cases involving both business pocesses and physical processes are used to illustrate successful quality improvement efforts.

LOG OM 5334 Internship In Logistics And Supply Chain Management: 1 semester hour

Prerequisite: Consent of Instructor. Students receive practical experience in the area of logistics or supply chain management. The internship is supervised by a professional in the host organization in consultation with a faculty member.

LOG OM 5340 Transportation Economics for Business Managers: 3 semester hours

Prerequisites: ECON 3001 or BUS AD 5000 or permission of the instructor. This course makes use of a range of economic concepts to examine the nature of markets in which transport services are provided. This course is designed for future transportation professionals who wish to explore the fundamentals of economics in their field. Basic concepts covered include the theory of transportation demand, transportation costs and investment planning, and current topics in transportation economics such as regulation-deregulation and social cost pricing.

LOG OM 5349 Project Consulting and Execution: 3 semester hours

Prerequisites: LOG OM 5300 or equivalent; LOG OM 5320 or equivalent (may be taken concurrently). Provides real world experience in planning and executing projects. The class will have teams of students work on projects sponsored by companies and not for profit organizations for 2 to 6 weeks at a time. It will provide students practice in critical thinking, analysis, communication, and other critical skills identified as necessary for employees to function at a high level in their jobs. A student may NOT count LOG OM 5349 and an internship toward the LOG OM emphasis. Only one of the two would count.

LOG OM 5354 Simulation For Managerial Decision Making: 3 semester hours

Prerequisites: LOG OM 5320. Introduction to simulation as a managerial decision-making aid. Application of simulation to a number of management science-oriented problems. This course introduces and requires use of a simulation language.

LOG OM 5381 International Logistics And Operations Management: 3 semester hours

Same as INTL BUS 5381. Prerequisites: LOG OM 5320. A study of international logistics and operations management strategy, planning and operations. Topics may include multinational logistics and supply chain strategies, global network design and sourcing, international transportation, distribution and operations, import-export, risk management, etc.

LOG OM 5399 Individual Research in Logistics and Operations Management: 1-3 semester hours

Prerequisites: Consent of instructor and graduate director. Special individual research topics in Logistics and Operations Management under the guidance of a specific professor.

LOG OM 6330 Business Logistics Systems: 3 semester hours

Prerequisites: LOG OM 5320 (may be taken concurrently). Analysis of business logistics systems and their role in supply chain management. covers both design and operation of logistics systems and their components. Topics may include network design, facility location, transportation, vehicle routing, inventory management, customer service, reverse logistics and logistics information systems.

LOG OM 6331 Logistics And Supply Chain Operational Modeling: 3 semester hours

Prerequisites: LOG OM 5320 and LOG OM 6330. A study of the application of leading software packages to modeling problems and issues arising in the operational management of logistics and supply chains. This course covers the economic tradeoffs involved in such decisions, data requirements, operating parameters, and application of software packages to problems such as vehicle routing and scheduling, freight shipments consolidation, cross-docking, and other operational and tactical strategies. This "hands on" course is designed to prepare students for higher-level supply chain analyses and consulting work.

LOG OM 6332 Logistics And Supply Chain Strategic Modeling: 3 semester hours

Prerequisites:LOG OM 5320 and LOG OM 6330. A study of the application of leading software packages to modeling problems and issues arising in the planning and strategic management of logistics networks and supply chains. The course identifies and explores the economic and customer service tradeoffs involved in such networks. Issues such as location of facilities assignment of production and distribution missions to facilities, identification of sourcing relationships amongst facilities, and identification of cost and customer service consequences of alternative supply chain designs are addressed by the application of commercial software packages to support decision making. This "hands on" course is designed to prepare students for high-level supply chain analyses and consulting work.

LOG OM 6338 Business Processes: Design, Management & Integration: 3 semester hours

Prerequisites: LOG OM 5320. This course presents the concepts and state of the art / state of the practice of business process design and business process management for improving business performance, effectiveness, quality, customer service and satisfaction. Issues related to characteristics, goals, benefits and costs of enterprise-wide design, and the role of information technology during the design process will be discussed. Specific topics will include: the history and development of process focused businesses and the impacts on processes caused by just-in-time and total quality management philosophies, organizational learning, strategy mapping, et.al. We will also discuss the exploitation of core competencies and changing business scenarios such as globalization and electronic-commerce. We will draw from the literature to explore the notion of moving from business strategies to business processes. We will review current writings relative to the subject, and then will apply our knowledge to actual process design, documentation, analysis and simulation. We will introduce computer-based modeling tools for process design and simulation, and use those tools in both in-class and individual work.

LOG OM 6345 Business Analytics and Data Mining: 3 semester hours

Prerequisites: LOG OM 5300 and INFSYS 5800. This course concentrates on methods for converting data into business intelligence. It provides knowledge of the principles and techniques for business analytics and data mining. Topics include clustering, pattern recognition, visualization of relationships, predictive modeling, optimization techniques and simulation.

LOG OM 6347 LOM Project Management: 3 semester hours

Prerequisites: LOG OM 5320. This course addresses the concepts and processes of project management as applicable to Logistics and Operations Management. Students study organizational design, project specification, integrated project planning, risk management and project control; students will come to understand how globalization, environmental and sustainability issues, quality control (including industry standard initiatives such as the Continuing Integration Improvement Model and the International Standards Organization model), and cultural factors drive project management. NOTE: Credit may not be earned for both LOG OM 6347 and INFSYS 6847.

LOG OM 6350 Management Science Methods: 3 semester hours

Prerequisites: LOG OM 5320. This course provides a working knowledge of manaement science techniques. It emphasizes analytical approaches to solving business problems, construction of mathematical models, and manipulation of model variables for managerial decision-making. Topics include mathematical programming, including integer and network models, heuristics, and simulation models.

LOG OM 6395 Seminar In Logistics And Operations Management: 3 semester hours

Prerequisite: LOG OM 5320. Topics of current interest in logistics and operations management. Topics may include just-in-time and lean production, quality management, manufacturing and service systems, transportation and logistics, quanitative management tools, etc.

LOG OM 7381 International Supply Chain Management: 3 semester hours

Prerequisites: LOG OM 5320; Admittance into the Ph.D. Program. A comprehensive examination of international logistics and supply chain management strategies, planning and operations from the firm's perspective. Topics may include multinational logistics and supply chain issues and management strategies, multinational sourcing and network design, transportation issues in international supply chains, multinational distribution and operations, legal and financial issues in import and export, risk identification and management in international supply chains, and the relationship of supply chain management to other activities of international firms.

LOG OM 7390 Research Seminar In LSCM: 3 semester hours

Prerequisites: LOG OM 6330; Admittance into the Ph.D. Program. Analysis of research approaches, and findings in Logistics and Supply Chain Management. May be repeated for credit when the subject matter is different.

LOG OM 7393 Special Topics In LSCM: 3 semester hours

Prerequisites: Consent of Instructor; Admittance into the Ph.D. Program. In-depth analysis of special topics in Logistics and Supply Chain Management research. May be repeated for credit when the subject matter is different.