A production plan is that portion of your intermediate-range business plan that your manufacturing / operations department is responsible for developing. The plan states in general terms the total amount of output that the manufacturing department is responsible to produce for each period in the planning horizon.
The output is usually expressed in terms of pesos or other units of measurement (e.g. tons, liters, kgs.) or units of the aggregate product (this refers to the weighted average of all the products in your company). The production plan is the authorization of your manufacturing department to produce the items at a rate consistent with your company's overall corporate plan.
This production plan needs to be translated into a master production schedule so as to schedule the items for completion promptly, according to promised delivery dates; to avoid the overloading or under loading of the production facility; and so that production capacity is efficiently utilized and low production costs result.
Why is it important to have a carefully developed production plan?
Production planning is one of the planning functions that a firm needs to perform to meet the needs of its customers. It is a medium-range planning activity that follows long-range planning in P/OM such as process planning and strategic capacity planning. Firms need to have an aggregate planning or production planning strategy to ensure that there is sufficient capacity to meet the demand forecast and to determine the best plan to meet this demand.
A carefully developed production plan will allow your company to meet the following objectives:
• Minimize costs / maximize profits
• Maximize customer service
• Minimize inventory investment
• Minimize changes in production rates
• Minimize changes in work-force levels
• Maximize the utilization of plant and equipment
How is a production plan prepared?
Activity 1 Determination of Requirements
The 1 st activity in Production Planning is the determination of the requirements for the planning horizon. Demand forecasting plays an important role in the conduct of these three tasks. Managers thus need to be aware of the various factors that would affect the accuracy of the demand and sales forecast.
Activity 1 involves the conduct of the following tasks:
ACTIVITY 1
Tasks
Description
1 Draw up the sales forecast for each product or service over the appropriate planning period
2 Combine the individual product / service demands into one aggregate demand
3 Transform the aggregate demand for each time period into staff, process, and other elements of productive capacity
There are company factors that could influence the level of demand for the firm's products. These internal factors include the company's marketing effort; the product design itself; the strategies to improve customer service; and the quality and price of the product.
There are also external factors or marketplace factors that significantly affect demand such as the level of competition or possible reaction by competitors to a firm's business strategy; the perception of consumers about the products and the consumer behavior as affected by their socio-demographic profile. Lastly, there are random factors that could affect the accuracy of demand forecasts such as the overall condition of the economy and the occurrence of business cycle.
Activity 2 How to Meet the Requirements
The next major activity involves the identification of the alternatives that the firm may employ to meet production forecasts as well as the constraints and costs involved. Specifically, this activity involves the following tasks:
ACTIVITY 2
Tasks
Description
1 Develop alternative resource schemes to meet the cumulative capacity requirements
2 Identify the most appropriate plan that meets aggregate demand at the lowest operating cost
Once the most appropriate plan has been selected, then the firm evaluates the plan and later on finalizes it for implementation. For more efficient and effective planning process, the formation of a production planning team composed of managers from manufacturing, marketing, purchasing and finance, is recommended.
What are the inputs to the production planning process?
To be able to perform the aggregate planning process, the following information should be available to this production planning team. These data include the following:
• Materials / purchasing Information
• Operations / manufacturing Information
• Engineering / process Designs
• Sales, marketing and distribution Information
• Financial and accounting information
• Human resources information
How do you address the demand fluctuations?
There are three basic production planning strategies that the company can choose from to address demand fluctuations. These are the (1) Chase Demand strategy, (2) Level Production strategy, and the (3) Mixed Strategy.
Strategy Description
Demand Chase Strategy Matches the production rate to the order or demand rate through the hiring and firing of employees as the order rate varies
Level Production Strategy Maintains a stable workforce working at a constant production rate with the shortages and surpluses being absorbed by any of the following: • Changing the inventory levels • Allow order backlogs (commit to the customer that you will deliver the product (s) at a much later date) • Employ marketing strategies (e.g. promotional activities)
Mixed Strategy The strategies here could include combination of any of the following: • Having a stable workforce but employ variable work hours (e.g., increase no. of shifts, flexible work schedules or overtime) • Subcontracting / outsourcing
• Changing inventory levels
Source: Dilworth, James B. Production and Operations Management: Manufacturing and Services . Fifth Edition. McGraw-Hill, Inc. 1993
What are the important considerations in selecting the production planning strategy?
Demand Chase Strategy
Specific Methods Costs Remarks
Hire additional workers as demand increases Employment costs for advertising, travel, interviewing, training, and others
Shift premium costs if additional shift is added Skilled workers may not be available when needed
Layoff workers as demand decreases Cost of severance pay & increases in unemployment insurance costs The company must have adequate capital investment in equipment for the peak work force level
Level Production Strategy
Specific Methods Costs Remarks
Produce in earlier period and hold until product is needed Cost of holding inventory Service operations cannot hold service inventory
Offer to deliver the product or service later, when capacity is available Delay in receipt of revenue, at minimum; company may lose customers Manufacturing companies with perishable products often use this method
Exert special marketing efforts to shift the demand to slack period Advertising costs, discounts, other promotional programs Exemplifies the inter-relationship
among functions within an organization
Mixed Strategy
Specific Methods Costs Remarks
Work additional work hours without changing the workforce size Overtime premium pay The time available for maintenance work without interrupting production is reduced
Staff for high production levels so that overtime is not necessary Excess personnel wages during period of slack demand Work force may be used for deferred maintenance during periods of low demand
Subcontract work to outside firms Continuing company overhead; subcontractor's overhead and profits The capacity of other firms can be utilized, but there is less control of schedules and quality levels
Revise make-or-buy decisions to purchase items when capacity is fully loaded Waste of company skills, tooling and equipment unutilized in slack periods These methods require capital investments sufficient for the peak production rate, that will be underutilized in slack periods
How can you monitor effectiveness of your production plans?
The important considerations in monitoring the effectiveness of your production plan are shown below:
Systems and Procedures
Consideration Present? Remarks
(if any)
Yes No
• Is there a current documentation of production planning and control systems and procedures? Has this been communicated to all concerned?
• Does production planning and control have a formal monitoring system to maintain and update master scheduling records?
• Is there a system of coordination between sales forecasts to be prepared in sufficient detail so that these maybe readily translated to specific production plans?
Production Planning
Consideration Present? Remarks
(if any)
Yes No
• Does production planning and control prepare a master production schedule with all the production assignments and time allocation?
• Do the production schedules permit adequate planning of purchases and inventory levels?
• Are there signs of significant lost time or low rate of worker productivity? Are the numbers of such orders appear to be significant?
Production Control
Consideration Present? Remarks
(if any)
Yes No
• Can the status of any order or work in progress be readily determined?
• Do actual production levels deviate significantly in comparison with planned schedules?
• Do actual shipments of orders almost always occur according to schedule?
• Are essential production control records and reports maintained to cover current and future production loads?
Two - Wheelers Annual Review January 2009
Published by: CRISIL Ltd.
Published: Jan. 30, 2009 - 84 Pages
Table of Contents
Sections
Two-wheeler growth prospects affected by weak finance scenario and nearing urban saturation
Executive summary
1.0 Demand review and outlook
2.0 Profitability - Review and outlook
Box
1.0 Demand review and outlook
01 Methodology for forecasting long-term demand for two-wheelers
Chart
1.0 Demand review and outlook
01 CRISIL Research's two-wheeler penetration methodology
Figures
1.0 Demand review and outlook
01 Two-wheeler domestic sales trend
02 Two-wheeler- Segmental growth trend
03 Two-wheeler - Segmental share
04 Scooter segment growth trend - Geared and ungeared
05 Motorcycle demand - monthly trend
06 Scooter demand - monthly trend
07 Motorcycle demand growth
08 Scooter demand growth
09 Urban and rural penetration
10 Share of rural and urban to total two-wheeler population
11 Two-wheeler demand trend
12 Motorcycle demand trend
13 Share of urban and rural to total motorcycle demand
14 Scooter demand trend
15 Mopeds demand trend
16 Country-wise estimated two wheeler penetration in 2007
17 China - Motorcycle sales and growth trend
18 Urbanisation to two-wheeler to car sales ratio
19 Two-wheeler export growth
20 Segment-wise export sales
21 Country-wise share of Indian exports - 2007-08
22 Share of India in major export markets
Figures
2.0 Profitability - Review and outlook
01 Operating profit trend
02 Product-mix trend
03 Motorcycles - Product-mix trend
04 Comparison of raw material / unit with operating margins
05 Steel price trend
06 Aluminium price trend
07 Change in basic raw material cost vis-à¶is change in raw material cost per unit
08 Selling expenses (advertisement and distribution)
09 Selling expenses (player-wise Rs per unit sold)
10 Two-wheeler industry RoCE trend
Tables
1.0 Demand review and outlook
01 Two-wheeler demand growth
2.0 Profitability - Review and outlook
01 Trends in per unit raw material cost
Sections
1.0 Player profile
Bajaj Auto Ltd
Hero Honda Motors Ltd
TVS Motor Co Ltd
Honda Motorcycles and Scooters India Ltd
Yamaha Motor India Pvt Ltd
Kinetic Motor Co Ltd
Suzuki Motorcycle India Pvt Ltd
2.0 Demand and market position
3.0 Costs
Raw material costs
Factors affecting raw material costs
4.0 Supply
5.0 Global coverage
Global motorcycle production
Global motorcycle sales
Global two-wheeler markets
6.0 Government policy
Introduction
Investment policy
Import policy
Fiscal regulations
Excise duty
Other levies
Emission norms
Emission control laws
Safety laws
Figures
1.0 Player profile
01 Bajaj Auto - Estimated market share in the motorcycle sub-segment
02 Hero Honda - Estimated market share in the motorcycle sub-segment
03 TVS Motors - Estimated market share in motorcycle sub-segment
04 HMSI - Segment-wise market share
05 Yamaha - Estimated market share in the motorcycle sub-segment
06 Kinetic - Trends in segment-wise market share
2.0 Demand and market position
01 Competitive position of players
02 Two-wheelers - Player-wise share in domestic sales
03 Two-wheelers - Player-wise growth rates
04 Motorcycle - Player-wise share in domestic sales
05 Economy segment - Player-wise share in domestic sales
06 Economy segment - Major models
07 Executive segment - Player-wise share in domestic sales
08 Executive segment - Major models
09 Premium segment - Player-wise share in domestic sales
10 Premium segment - Major models
11 Scooters - Player-wise share in domestic sales
12 Mopeds - Player-wise share in domestic sales
3.0 Costs
01 Two-wheeler industry - Cost structure
02 Trend in steel and aluminum prices
03 Two-wheeler industry - Raw material indigenisation
04 Selling and distribution expenses - Industry aggregates
05 Player-wise selling and distribution expenses
4.0 Supply
01 Two-wheeler industry - Trend in capacity utilisation
02 Gross fixed asset turnover of two-wheeler OEM vis-à¶is car industry
5.0 Global coverage
01 Global motorcycle production
02 Global motorcycle sales
03 China - Motorcycle sales
04 Indonesia - Motorcycles sales
05 Indonesia - Share of 4-stroke vs 2-stroke
06 Thailand - Motorcycle sales
07 Taiwan - Domestic motorcycle sales
08 Taiwan - Player market share
09 Vietnam - Motorcycle sales
10 Japan - Motorcycle sales
11 Europe - Motorcycle and moped production
12 Italy - Two-wheeler sales
13 Italy - Market share of different types of motorcycles
14 Germany - Two-wheeler sales
15 US - Company-wise market share (2007)
16 Canada - Segment-wise sales (2007)
Tables
1.0 Player profile
01 Bajaj Auto Ltd
02 Hero Honda Motors Ltd
03 TVS Motor Co Ltd
04 Honda Motorycle and Scooters India Ltd
05 Yamaha Motors Ltd
06 Kinetic Motor Co Ltd
07 Suzuki Motorcycle India Pvt Ltd
2.0 Demand and market position
01 Two-wheelers: Player comparison (2007-08)
02 Two-wheeler player-wise distribution network (March 2008)
03 Two wheelers: Major models launched (April 2006 onwards)
3.0 Costs
01 Two-wheelers - Trends in raw material cost
02 Raw material: Company-wise raw material cost break-up (2007-08)
4.0 Supply
01 Two-wheelers - Capacity and capacity utilisation of players (2007-08)
02 Two-wheelers - Capacity addition plans
5.0 Global coverage
01 Category of motorcycles
02 China - Market share by engine displacement
03 Indonesia - Segment-wise motorcycle sales
04 Thailand - Player-wise capacity share
05 Thailand - Segment-wise market share in 2007
06 Brazil - Motorcycle demand
07 Italy - Segment-wise market share 2007
6.0 Government policy
01 Two wheelers - Basic customs duty structure (2008-09)
02 Key raw materials: Import tariffs
03 Two-wheelers and key raw materials - Excise duty
04 Two wheelers: Emission norms
Sections
1.0 Industry structure
Tables
1.0 Industry structure
01 Two-wheelers - Player-wise sales volumes
02 Two-wheelers - Segment-wise sales volumes
03 Two-wheelers - Segment and player-wise sales volumes
04 Two-wheelers - Segment and player-wise market share (in per cent)
05 Two-wheelers - Segment and player-wise exports share (in per cent)
06 Two-wheelers - Player and segment-wise production
07 Two-wheelers - Player-wise operating margin trends (standalone)
08 Two-wheelers - Player-wise RoCE trends (standalone)
09 Two-wheelers - Financials of key players (2007-08)
10 Bajaj Auto Ltd - Unaudited results (standalone)
11 Hero Honda - Unaudited results
12 TVS Motors - Unaudited results (standalone)
13 Two-wheelers - Profit and loss account (standalone)
14 Two-wheelers - Aggregate industry balance sheet
Industry statistics
Abstract
This report is divided into three sections - The first section covers estimates, forecasts and elaborates on the factors, which have impacted the two-wheeler industry. It also takes a look at the key drivers of growth in the future. The second section evaluates the structural characteristics affecting the two-wheeler industry by covering player profile and reviews in order to understand their market share and hence their competitive position, future strategies, expansion plans and financial profile. Further, the second section provides a crisp coverage of cost structure in the industry, supply scenario, government policies and global market profile. The third section provides factual data on the player and segment-wise volumes, production and market share for players spread across two-wheeler segments.
In the game of economics, which of the following players use goods and services?
Good weather leads to an unusually productive harvest for corn farmers.
ok, "Aggregate Age" means total age. In other words, it is the sum. of the ages of two or more people. for example, If we have a wife and a husband. The age of the husband is 39. The age of the wife is 35. Then their aggregate age is 39+35=74 years even if their marraige age is 2 or three years.
A farmers tractor is an example of capital.
capital
You can aggregate the statistics across the whole class.
It is the process of breaking the Aggregate Plan down into Greater Details. It is similar to the process of resource allocation. For example, the aggregation plan tells us how many laptops to produce but it does not indicate how many of them should be with black cover, and how many will be with red cover. The disaggregation plan is important in production planning because it assigns specific details to each product which can investigate the deep costs related to each product easily. It is needed in the operating level of the organization where specific details are needed.
In the game of economics, which of the following players use goods and services?
Factors of production are the basic inputs used in the production of goods and services. It includes land,labour,capital and entrepreneurship. By Lamptey Samuel Boafo
The word 'aggregate' is a noun, a verb, and an adjective. Example uses: Noun: The dance was an aggregate of traditional native, modern, and lyrical forms. Verb: If we aggregate remaining funds from completed projects we will be able to start this one. Adjective: With the aggregate skills of the group, we should easily have the winning model.
Production planning is where you decide what resources you need to produce your product. For example: you are making a bicycle. Let's say that you need to make 500 bicycles next month. Naturally, you need a building to store the materials and house the workers, but production planning usually assumes that you've already got that. Your production plan will include the 1000 tires and wheels that you'll need throughout the week (they can't all arrive on Friday, you need at least 200 of them by Monday) and the 500 frames, seats, etc. and the boxes to put them in. If it takes the supplier 14 days to deliver the wheels and tires, then you need to order them two weeks before you start production. Obviously there's a lot more little details than that, but that's the general idea.
i want examples of planning
Aggregate is a process of combining separate objects to make one object or mass. A house, as an example is an aggregate of wood, insulation, nails, shingles, etc. The whole mass is considered a house, workshop, utility shed, or even garage. Aggregate weight would be the overall weight of combining several separate objects. As an example, five people getting onto an elevator would have a combined (aggregate) weight. Their individual weights added together, but separateley, they have their own individual weight.
Direct expenses increase or decrease based on the rate of production. For example raw material costs increase as more products are made.
Instance, example, time e.g. the second time
Production Drama is drama within a production of some sort, for example a musical or an Opera.
what do u mean by precipitation? explain by giving an example