Module 1 Section D Flashcards
Functional Strategy
-strategy built from business strategy for various business functions such as finance, marketing and production
Operations Strategy
-total pattern of decisions that shape long-term capabilities of an operation and their contribution to overall strategy
-different from ops. management in the following ways:
1. longer time frame - considers trends in demand & supply, effects of new tech., opportunities for internal investment/development
2. broader perspective - considers effect of forces inside/outside the org on ops. looks at entirety of ops rather than pieces
3. higher level of focus - will provide direction that can be used to develop policies/processes needed to implement the strategy
Must address:
1. Technology analysis - determining tech. choices such as level of automation to use
2. Capacity requirements analysis - determining need to build or change capacity to meet performance requirements based on cost-volume profit, break-even, sales mix or other analysis
3. Capacity strategy - determining how and when to adjust capacity through capital expenditures and determining where to locate capcity and what capacity should look like
4. Marketing strategy - aligning with marketing strategies e.g. product placement
5. Supply network - what to make vs. buy and how to create/manage a supply network, including managing network’s risks
6. Manufacturing environment and push-pull boundaries - determining point at which actual demand, rather than a forecast, will drive supply and appropriate manufacturing environment for given product family
pg. 1-118
Process Technology
-set of decisions that define the strategic role that direct and indirect process technology can play in overall ops. strategy of org. and set out the general characteristics that can help evaluate alternative technologies
Examples of direct process tech:
* material processing systems and equipment or, for services, customer processing systems (e.g. medical equipment; rides at Disney designed to be people movers –> high/steady throughput + fast pass)
Examples of indirect processs tech:
* information processing systems and administrative support systems
-Can improve 1 or more competitive priorities (speed, dependability, flexibility, quality & cost)
pg. 1-120
Technology Road Map
-tool that originated in agile project management to enable longer-term yet still flexible planning
-maps are easy to interpret, brief, and high level –> can easily be revised such as due to customer-driven changes even late in development
Process Tech & Manufacturing Environments -
Engineer-to-Order
-few items produced (low volume)
-each item unique (great variety)
-work is complex and requires variety of skills
-work usually done in stages, perhaps waiting for completion of other tasks or customer approval before proceeding
-projects must meeet agreed client deliverables that would require speed (meeting promised delivery date) and quality (conformance to promised specs. and processes)
-margins are higher –> fewer competitors who can provide comparable levels of capabilities
-direct process tech. will need to be numerous, specialized, distributed among multiple subcontractors likely on such a project
Process Tech & Manufacturing Environments -
Make-to-Order
-greater volume of product is generally produced than ETO
-work begins only after order is received and components are a combination of existing and customized elements
-lead time not as long as eto
-tasks and skills not quite as diverse
-work proceeds in intermittent fashion, testing at each stage before handing product off to next layer of development (esp. when project is subcontracted to a manufacturer)
-customer-facing performance metrics - customer service and dependability - are important
-margins remain higher in this environment
Process Tech & Manufacturing Environments - Assemble-to-Order
-while it waits for order to begin work, it uses its designs and creates product primarily from components in stock
-lead times are shorter
-workers tend to specialize in 1 tasks
-order follows a designated route through shop to completion and shopping
Process Tech & Manufacturing Environments - Make-to-Stock
-produces large amount of the same item (may be individual units or products produced only in large amounts e.g. steel roads, oil, grains, concrete, etc.)
-products are manufactured before the order
-orders are filled from existing stock, and, unless the order are unexpectedly large, they are filled quickly
-jobs tend to be repetitive –> workers repeat the same tasks with each batch prduced
-process technology should automate as much as of this repetitive work as possible, to reduce both labor costs and worker fatigue
-competitive forces are more likely to keep margins low
Process Technology & Manufacturing 3 Process Characteristics
Scale
* # of technology units required to process the work
* the project and work center environments tend to have more units of technology (e.g. more desktop computers) than the line or continuous environments (e.g. sinlge computer system that can be accessed from multiple points)
Automation
* degree to which human intelligence or skill is applied in the process
* in project process - human workers use tech as a tool to transform products
* in line or continuous process - computerized systems or robots may perform tasks with human monitoring but little intervention
Coupling
* refers to degree to which technology is integrated in process
* in project - there may be little benefit to investing in tech. that can connect processes
Manufacturing Process - Project
-used for large, often unique, items or structures that require a customer design capability
-highly flexible
-can cope with broad range of product designs and design changes
-resources are generally dedicated to individual tasks, so there is redudancy
-worker skill requirements are high
Manufacturing Process - Work center or job shop
-used to produce items to each customer’s specifications
-production ops. are designed to handle a wide range of product designs and are performed at fixed plant locations using general purpose equipment
-resources (equipment and labor) tend to be shared among tasks
-worker skill requirements are high
Manufacturing Process - Batch
-used to product items with similar designs typically of a repeat nature
-depending on volume, batch processes may resemble a work center process (lower volume) or a line process (high volume)
Manufacturing Process - Line (repetitive)
-used to process narrow range of standard items with identical or highly similar designs
-work moves at high volume and within predictable time
-work comes to the work center (e.g. assembly line)
Manufacturing Process - Continuous manufacturing
-non discrete products that are transformed by physical or chemical reactions flow continuously form one part of process to next and are not separated
Cost-Volume-Profit (CVP) Analysis
-study of how profits change with various levels of output and selling price
-selling price of product or service impacts demand to lesser or greater degree, depending on item in question (this is called price elasticity)
-level of demand then affects volume
-if lowering price increases volume sufficiently, it will make up for the lower profit per unit
-conversely if raising a price does not decrease volume by too much, the higher profit per unit will cover the lost volume
Fixed Cost
-expenditure that does not vary with production volume e.g. rent, property tax
Variable Cost
-operating cost that varies directly with change of 1 unit in production volume e.g. direct materials consumed, sales commissions
Total Cost Curve
-in cost-volume (breakeven) analysis, the total cost curve is composed of total fixed and variable costs per unit multiplied by # of units provided.
-breakeven quantity occurs where total cost curve and total sales revenue curve intersect
-in inventory theory - total cost curve for inventory item is sum of costs of acquiring and carrying item
-above the break-even sales level, org will be profitable
-below break-even sales level –> loss
-increasing prices will make this curve rise more quickly and shift break-even point, but because higher prices could reduce unit sales, thre will be an optimum price that maximizes profit at acceptable level of risk (risk of loss)
pg. 1-128
Break-Even Point
-level of production or volume of sales at which operations are neither profitable nor unprofitable
-intersection of total revenue and total cost curves
Contribution Margin (CM)
-used in CVP analysis
-an amount equal to difference between sales revenue and variable costs
-it’s what’s left to cover fixed costs and (hopefully) profit
Break-Even Analysis
-a study of number of units, or amount of time, require to recoup an investment
-identifies the point at which fixed costs equal contribution margin
-can be used to determine if product’s demand (its sales potential at a defined price level) will be sufficient to cover costs of manufacture
-only considers the cost of manufacturing
Target Income Volume Analysis
-considers contributions to general and administrative costs of org and return on investment for the facility and equipment that is producing the units
-helps translate sales targets into production requirements
-what level of sales is required to meet the target income goal?