Understand operations management: definition, background, current issues.
characteristics of agricultural commodities and products impacting operations management.
Key elements in plant and facility location decisions.
Factors determining plant or facility capacity.
Different facility layouts: process, product, hybrid, and fixed-position.
Key elements of job design.
Objectives and functions of supply chain management.
Steps in the supply chain management process.
Role of purchasing/procurement in food and agribusiness.
Distinction between MRP and JIT production operations.
Role of inventory in agribusiness and inventory types.
Inventory tracking systems in agribusiness.
Role of physical distribution in agribusiness.
Impact of information technology on supply chain management.
Operations management: Direction and control of processes in agribusiness for goods/services production.
Shift from traditional manufacturing focus to service sectors (e.g., supermarkets, consulting).
Key components: production planning and supply chain management.
Historical significance: Frederick W. Taylor's scientific management concepts from the early 1900s.
Standardized job procedures.
Efficient procedures via scientific tests.
Screening and training workers for compatibility with jobs.
Functional division of labor with management-worker cooperation.
Post-Taylor focus included technological advancements (1940s onwards) like:
Introduction of computers and linear programming (George Dantzig).
Development of MRP in the 1970s.
ERP systems integrating manufacturing and finance.
Encompasses quality programs, location, capacity, layout design, process design, job tasks/responsibilities.
Requires congruence with supply chain management processes (aggregated planning, scheduling, purchasing, inventory management, transport).
Interrelated activities managed through suppliers, inputs, processes, and customer feedback.
Distinction: Production management focuses on internal processes; supply chain management optimizes processes across the value chain.
Shift from cost/efficiency focus to five major concerns:
Rapidly growing service sector.
Time-based competition.
Continuous productivity improvement.
Global competition challenges.
Quality expectations.
Operations management has expanded beyond production into services, reflecting a 62% contribution to U.S. GDP.
Differences between service and manufacturing:
Goods: physical, durable, inventoried vs. services: intangible, high customer contact.
Examples: Restaurants blend product and service delivery.
Uses time to compete for market share; firms respond faster to customer needs.
Importance of agility in product/service development and delivery in the agribusiness sector.
Productivity: Output per unit of resource input.
Service sector productivity improvement remains challenging.
Expanding U.S. exports require understanding global market complexities.
Necessitates flexible plant layouts and production capabilities.
High-quality products/services lead to business success; compromised quality can lead to increased costs and market loss.
Location decisions significantly affect competitive pricing, operating costs, and productivity.
Example: Beef packing industry shifted towards feedlots for reduced costs and increased efficiency.
Proximity to raw materials/suppliers.
Market locations.
Labor climate.
Agglomeration benefits.
Taxes/incentives.
Location relative to other facilities.
Businesses benefit from being close to suppliers to reduce shipping costs, especially in the canning and meatpacking industries.
Favorable labor conditions influence plant location decisions: wages, productivity, training, and union strength.
Businesses cluster for operational efficiencies in shared resources and services.
Example: Common infrastructure utilization like water systems, enhancing service delivery and operational cost savings.
States use tax incentives to attract and retain industries, fostering significant economic contributions as seen in North Carolina's hog industry growth.
Strategic location decisions account for proximity to existing operations for coordination and efficiency.
Identifying optimal facility size for production requires balancing cost and demand forecasting.
Economies of scale.
Flexibility in operations.
Seasonal demand variations.
Fluctuations in production demand.
Labor shifts scheduling.
-A larger facility can spread fixed costs; however, smaller factories enhance performance and adaptability (focused factory concept).
Seasonal products necessitate unique operational adjustments for peak and off-peak periods, impacting capacity utilization and profitability.
Utilizing multiple shifts can maximize production while decreasing space needs in sectors like agricultural chemicals and processing facilities.
Design facility layouts to achieve efficiency in workflows and information flow.
Process Layout: Group tasks/functionally; suited for varied production.
Product Layout: Linear arrangement for continuous production of single product types.
Hybrid Layout: Combines both process and product layouts for flexibility.
Fixed Position Layout: Used for large items that cannot move; assembly on-site.
Advantages: Flexibility for changes; caters to diverse production.
Disadvantages: Slower processing times; more inventory, higher handling costs.
Advantages: Faster processing; lower inventory needs; reduced labor costs.
Disadvantages: Less flexible; higher capital costs; vulnerable to downtime issues.
Effective in sectors needing adaptations, utilizing principles of each layout type for optimized performance.
Involves selecting inputs/methods crucial for cost, service flexibility, and customer experience.
Capital Intensity: Balance of machine vs. human tasks; impacts costs and services.
Resource Flexibility: Addressing the demand for diversified skills.
Vertical Integration: Owning production stages for better control.
Customer Involvement: Engaging customers in the production process boosts satisfaction.
Determines employee tasks, environment, and processes to meet organizational production and quality standards.
Fulfill organizational production and quality goals.
Enhance safety, satisfaction, and motivation of employees.
Traditional approaches influenced by scientific management have evolved into considerations of social and physical work environments.
Evolved from narrow distribution to integration of production, scheduling, inventory, and distribution.
Enhancing information technology for better logistics.
Improving customer service as a competitive advantage.
Collaborating with other firms to share risks.
Embracing globalization for supply chain operations.
Adoption of RFID and automation in supply chain processes for efficiency in ordering and inventory management.
Effective supply chain management emphasizes excellent customer service and reliable delivery, giving firms a competitive edge.