Summary
Highlights
The video introduces Topic One of MEM 575 Industry Management, focusing on basic concepts in operation management. It outlines the learning outcomes: discussing the nature of operation management and recognizing the function of an operation manager. Operation management is defined as the management of systems or processes that create or transform inputs into goods or services, aiming for efficient, cost-effective, and successful decision-making.
Operations management involves managing the entire process of transforming inputs (materials, manpower, machines) into outputs (physical goods or services). A car industry example illustrates how metal (input) is reshaped by a machine (transformation process) operated by a person (manpower) to become a finished car component (output). A central aspect is the improvement of these transformation processes, often achieved through concepts like Total Quality Management (TQM) and Kanban. Control is crucial throughout the process, involving monitoring progress and taking corrective actions based on feedback regarding quality or design issues.
Operations encompass both producing goods and providing services. Examples of goods production include mining, construction, manufacturing, and power generation. Service operations cover transportation and storage (e.g., warehouses, delivery services), exchanges (e.g., banks, libraries), entertainment (e.g., movies), and communication (e.g., radio, television, telecommunications services). It's important to recognize that operation management applies to both tangible goods and intangible services.
Operation managers have diverse responsibilities, including planning (capacity, location, inventory, scheduling), organizing processes and machinery, and controlling aspects like inventory, quality, cost, and productivity. They are also involved in staffing, determining labor needs, and leading/motivating employees to foster teamwork. The overarching theme is managing the input, transformation, and output process with continuous control and feedback.
The video provides examples of the input-process-output model for both goods and services. For canned vegetables (goods), inputs are raw vegetables, sheet metal, water, energy, and labor; the process includes cleaning, can-making, cutting, cooking, packaging, and labeling; and the output is canned vegetables. For hospitals (services), inputs are the building, medical supplies, doctors, and nurses; the process involves examinations, surgeries, medication, and therapy; and the output is a healthy patient.
Every organization requires three main functions: finance, operation (or production), and marketing. Finance secures funds, pays bills, and manages payments. Operations create goods or services, handling design, layout, quality, responsiveness, and flexibility. Marketing generates demand, identifies customer needs, sets pricing, and conducts advertising and promotion. These three functions are interconnected; marketing informs operations, operations create the product, and finance provides the necessary funding.
Studying operation management is crucial because it's one of the three major functions (FOM) in any organization. It helps understand how goods and services are produced, including the processes and materials involved, and the quality requirements. It also sheds light on the roles of operation managers, who can come from engineering or management backgrounds. Operation management is often the most costly part of an organization due to its involvement with machines, employees, and raw materials, making efficient management vital.
The scope of operation management is vast, encompassing forecasting, capacity planning, scheduling, inventory management, quality assurance, human resource management, facility location, and supply chain management. Career opportunities for operation managers are diverse, including roles such as plant engineer, quality manager, process improvement consultant, operation analyst, and supply chain manager. These roles exist across various industries, from manufacturing to banking, hospitals, and oil and gas, highlighting the broad applicability and importance of operation management.