The Finance Function’s Relationship with Operations Flashcards
Describe and provide examples of inputs, transformation process and outputs
Transforming inputs - ie resources
Examples:
Labour, facilities
Transformed inputs
Examples:
Materials, information, customers, design
Transforming inputs and transformed inputs can undergo the transformation process to provide an output
Transformation process is an area that has been significantly impacted by development in technologies - eg airline check in, fast foods ordering, clothes selection
Output
Examples:
Products, services
FULL EXAMPLE: Labour (transforming input) and materials (transformed input) undergo transformation process to become a product/clothes (output)
Four Vs of process
Volume - the process will be affected by the number of inputs and outputs
Variety - the process will be affected by the number of different inputs and outputs
Variation - the process will be affected by when the outputs are required (eg more trains required at peak times)
Visibility - the process will be agreed by whether customers view it or not (eg closed vs open restaurant)
Describe the primary activities in Porter’s support value chain
They are directly related with each step of the process from the input of materials to the after sales service of the finished goods
Inbound logistics - activities involved with the receipt and storage of inputs eg warehousing, transport and stock control
Operations - conversion of inputs into finished goods in the factory eg assembly and packaging
Outbound logistics - safe storage and final distribution of product to customer
Marketing and sales - the advertising and promotion of product
Service - customer support and after service
Describe the support activities in Porter’s value chain
These are functions that improve efficiency and effectiveness of the primary activities
Procurement - purchase of materials, spare parts, machines, etc
Human resource management - recruitment, development and retention of staff
Technology development - research and development and design
Firm infrastructure - General management, legal, finance, accounting
Benefits of manufacturing resource planning
MRP II
Reduced stock holding
Improved ability to meet orders
Reliable quotations of delivery times
Improved facilities utilisation
Benefits of manufacturing resource planning
MRP II
Reduced stock holding
Improved ability to meet orders
Reliable quotations of delivery times
Improved facilities utilisation
What are the different inventory management systems
Continuous inventory system
Periodic inventory system
ABC system
Just in time system
Features of continuous inventory system
Inventory is continuously monitored always known. When it falls below a predetermined level a fixed amount may be ordered to replace it
May incorporate the use of EOQ that determine optimal size of order to place
Features of periodic inventory system
Checking stock in regular basis and placing a variable order depending on usage during the period
Features of ABC system
Classification of stock based on Pareto principle whereby 20% of items are likely to account for 80% of such value ands focus on items that are the most expensive/important and therefore need careful monitoring
A - high value
B - less important
C - negligible value
Features of just in time inventory management
Goods are produced only when needed eliminating large stocks of material
High quality production
Speed - rapid throughput to meet customer needs
Reliability - computer aided manufacturing technology will assist
Flexibility - small batch sizes and automated techniques
Five elements of Cousins approach to supply
Supply wheel - spokes in a wheel
Elements need to be coordinated and not considered in isolation
Organisation structure - how supply interacts with other functions eg centralised or decentralised purchasing
Portfolio of relationships - how much collaboration with suppliers and how many suppliers used
Cost/benefit analysis - how much effort/time is spent on purchasing
Skills and competences - whether staff need training on how to build relationships with suppliers
Performance measures - not just cost, consider quality too
Different sourcing strategies
Single sourcing - each product is purchased from one supplier, can be sure to scarcity or mutually beneficial relationship
Multiple sourcing - company costs several suppliers reducing the power of each one, prices fall but relationship is less stable
Delegated sourcing - sourcing task is delegated to external organisation
Parallel sourcing - sourced from separate supply systems, a local supplier and separate on line supplier
What are the different approaches to quality management?
Total quality management
Kaizen
Six sigma
Lean thinking
Total quality management
TQM - Deming created it
The continuous improvement in quality, productivity and effectiveness through a management approach focusing on both process and product
Prevention of errors
Elimination of waste
Right first time
Full participation of employees
Everybody’s concern
Continuous improvement needed
Teamwork
Kaizen
Continuous improvement
Through small incremental steps
A long-term approach to quality improvement
Provide workforce with the appropriate tools and techniques to achieve desired quality
Often incorporated in to other broader theories
Six Sigma
Statistical approach to quality management
aims to reduce defective output from business processes
Statistically, six sigma/six standard deviations from the mean equates to 3.4 defects in a million and this is the benchmark for perfect output
Lean thinking
Aims to systematically eliminate waste in all areas of the organisation.
Waste is any activity which absorbs resources without adding value
Four categories of costs associated with quality management
Prevention cost - actions taken to prevent defects, quality assurance
Appraisal cost - cost of quality inspection and testing, quality control
Internal failure cost - cost of detection and rectification of defective items arising before transfer to customer, rework cost
External failure cost - arising after transfer to customer, repairing returned goods
Ways finance interacts with operations
Finance can help enhance operation efficiency by analysing and providing data
Finance interacts with operations through product and service management
Finance interactions with operations through supply chain management
Key performance indicators relating to operational performance
Benchmarking - comparison of a company’s service with another party
Internal benchmarking - comparison against the best elsewhere in the organisation
Competitive benchmarking - comparison against the best elsewhere in the same industry
Best practice - comparison against the best functional area in any industry
Inventory turnover %
Wastage %
Returned items %
Supplier payment days
What is capacity planning and control
An area of interface with finance
Concerned with balancing customer demand with company supply of product
Over capacity - resources not fully utilised
under capacity - organisation unable to product quantity demanded
Capacity planning and control strategies
Level capacity strategy - maintain activity at constant level over the planning period ignoring fluctuations in forecast demand
Chase demand strategy - match production capability as closely as possible to forecasted demand
Demand management strategy - attempt to manipulate demand levels
Manufacturing resource planning (MRP II)
Method for the effective planning of all resources of a manufacturing company
Identify and forecast orders, determine capacity, determine quantities and timings of materials required, calculating POs based on stock levels, automatically placing POs, scheduling labour and materials for future production
