Operations Management is considered the central core of all business functions
It is a business function responsible for planning, organizing, directing, and controlling resources to produce goods and services
It involves managing human resources and nonhuman resources such as raw materials, equipment, technology, and information
Role: to transform company's inputs into the outputs
Strategic management of processes that transform inputs into goods and services, adding value for customers
Encompasses planning, organizing, directing, and controlling resources to efficiently produce desired outputs
Transformation Processes and Categories
Transformation Process involves activities converting inputs into outputs, categorized as changes in physical characteristics, location, ownership, storage, accommodation, and purpose
Four main transformation categories are manufacture, service, supply, and transport
Importance of Operations Management for Business Students
Operations is a major department crucial for creating and delivering goods or services
Understanding operations is fundamental for all business functions as it influences efficiency, effectiveness, and customer satisfaction
Three Phases of Operations Management History
Craft Manufacturing: Skilled craftspeople produce goods with low volume and high variety
Mass Production (19th Century): High-volume production with low variety, standardized parts, and assembly lines
Modern Period: Shift from mass production to approaches like flexible specialization, lean production, mass customization, and agile manufacturing
Producing Goods vs. Performing Services
Goods Production: Tangible products, lower customer contact, less labor content, lower input variability, straightforward quality and productivity measurement, inventory storage
Service Performance: Intangible services
Producing Goods vs. Performing Services
Goods Production
Tangible products, lower customer contact, less labor content, lower input variability, straightforward quality and productivity measurement, inventory storage
Service Performance
Intangible services, higher customer contact, more labor-intensive, higher input variability, complex quality measurement, challenging productivity measurement, no inventory storage
OM decisions
1. Effectiveness refers to making the right actions and plans to improve the business and add value for the customer
2. Efficiency means doing things well at the lowest cost possible by reducing unnecessary activities
3. Operations management is concerned with the design, management, and improvement of systems that create the organization's goods or services
Operations management: '“Operations management is the administration of business practices to create the highest level of efficiency possible within an organization”'
Operations management is concerned with converting materials and labor into goods and services as efficiently as possible
Corporate operations management professionals balance costs with revenue to maximize net operating profit
Operations management oversees product development and delivery, inventory and supply chain management, operations staffing and job design, and production
Calculating Productivity
ProductYield
Quality ProductivityRatio
Quality Management
A product/service is of good quality if it meets the needs & expectations of the customer. Quality includes the whole customer experience
Customer needs & expectations
Performance (fit for purpose)
Appearance
Availability & delivery
Reliability/durability
Price/Value for money
Customers define quality
Measures of Quality
Tangible & Intangible
Customers are more knowledgeable & demanding, prepared to complain about poor quality, and able to share information about poor quality online
If a business develops a reputation for high quality, it may create an advantage over its competitors
If a business can develop a reputation for high quality, then it may be able to create an advantage over its competitors
Business Benefits of Greater Quality
Lower Marketing Costs = no need to spend too much on promotion/marketing the G/S
Dimensions of Quality
Quality of Design
Quality of Conformance
Quality of Performance
Quality Design
The intentions of designers to include/exclude features in a G/S i.e. the degree to which the quality characteristics are embedded in to the G/S
Quality Design in manufacturing sector
Ford vs. BMW cars: Fit for use but designed for a different set of customers
Quality Design in service sector
Economy vs. 5 Star Hotel
Quality of Conformance
How well the G/S meets the specifications determined by designers
Quality of Conformance in manufacturing sector
The product should have the size of 2 inches
Quality of Conformance in service sector
Hotel industry - promised service time within 15-20mins only
Quality of Performance
Associated with the reliability of the G/S, performing its intended function under a prescribed set of conditions
Quality of Performance in manufacturing sector
Voltage stabilizer - designed to work over a voltage range. If it doesn’t perform satisfyingly, performance is poor. If it does, then performance is good
Quality of Performance in service sector
IT industry - antivirus program
Dimensions of Quality for Manufacturing
Performance
Features
Reliability
Conformance
Durability
Serviceability
Aesthetics
Dimensions of Quality for Manufacturing
Safety
Perceptions
Dimensions of Quality: Services
Time and timeliness
Completeness
Courtesy
Consistency
Accessibility and convenience
Accuracy
Responsiveness
Cost of quality helps determine the need for Six Sigma or quality improvement projects
Graphical representation, Pareto diagram, includes: Cost of repairs, rejects, reworks, remakes, Appraisal cost for inspection, Prevention cost for ensuring right first time