Capacity Planning Homework Help, Tutoring:

Service Capacity Assignment Help, Tutor Help:
CAPACITY PLANNING:
The capacity of a facility of an industrial unit is planned keeping in mind the
current resources and future growth & expansion. The capacity of a facility is its
capability to produce an output over a period of time.
Measurement of Capacity: The capacity is measured in terms of units of the product
per year.
Service Capacity: For service industries like hotels, hospitals or airlines, the
capacity expression becomes the number of rooms, beds or seats occupied per year.
Process of capacity planning:
Cost-Volume relationship:
Economics of scale of production:
Risk analysis:
Capacity utilization:
An example of capacity planning in an industrial unit:
Online Live Tutor Capacity Planning:
Online Service Capacity Help:
After an analysis of current conditions, future demand is predicted. Since the available
capacity is known, the alternative capacity plans for the future is prepared. The
economic analysis and feasibility of such plans is then done. This process involves
following steps:
- Future capacity requirement:
Capacity plans are dependent upon forecasting demands for outputs. Usually, mature products are subject to better prediction than fresh launches in the introductory phase of its life cycle. - Multiple Outputs:
There could be many products for which the demand is forecast. All these products may be at various stages of their respective life cycles. Since each product has a different and independent demand, they insure against uncertainties in the market. - Stable Demand for Mature products:
Products such as textiles, cement, health care, electricity, fertilizers are some examples of products that enjoy a constant and stabilized demand.
There are two types of costs involved in an industrial unit or facility- fixed cost
and variable cost. Break even volume is the volume where there is no profit and
no loss.
Economics of scale of production:
High capacity units have high fixed costs but since variable costs per unit are
low, they offer economics of scale. There are other economics of scale too in facilities
where there is lesser investment in the input itself.
Risk analysis:
The predicted demend of a product may not always be correct, the actual demand may
be higher or lower than originally predicted. If it is higher, there is under capacity.
If it is lower then there is over capacity.
Capacity utilization:
In a manufacturing concern, a large part of the financial resources are invested
in the plant, machines and equipment. The return on the investment can be maximized
by making the optimum utilization of the installed equipment.
Machine capacity is expressed in terms of machine hours. The time in hours necessary
to complete an operation or the job multiplied by total number of jobs that are
to be done gives the total capacity of the machine. This is expressed by the formula:
ST * MP
MC * UC
Where:
ST = the number of machines required for the particular operation
MP= the maximum production required during the specified time
MC= the number of hours that the machine will run
UC= average utilization of the machine capacity
ST * MP
MC * UC
Where:
ST = the number of machines required for the particular operation
MP= the maximum production required during the specified time
MC= the number of hours that the machine will run
UC= average utilization of the machine capacity
An example of capacity planning in an industrial unit:
In an industrial unit, different machines for different functions are used simultaneously.
All these machines have different production capacities too. In such a setup its
very important to reduce idle capacity , maintain existing machinery and replace
worn out equipment.
From receiving to shipping end machines A, B1, B2, C1 & C2 are required. The final
output totally depends on the proper functioning of these machines. The contribution
of each machine holds equal importance. since the machines are arranged in a linear
fashion the output is directly proportional to the performance of these machines.
To reduce the idle capacity of all the machinery overloading the machined should
be avoided. Extra equipment should be installed to ensure this.
Online Live Tutor Capacity Planning:
We have the best tutors in Finance in the industry. Our tutors can break down a
complex Capacity Planning problem into its sub parts and explain to you in detail
how each step is performed. This approach of breaking down a problem has been appreciated
by majority of our students for learning Capacity Planning concepts. You will get
one-to-one personalized attention through our online tutoring which will make learning
fun and easy. Our tutors are highly qualified and hold advanced degrees. Please
do send us a request for Capacity Planning tutoring and experience the quality yourself.
Online Service Capacity Help:
If you are stuck with a Service Capacity Homework problem and need help, we have
excellent tutors who can provide you with Homework Help. Our tutors who provide
Service Capacity help are highly qualified. Our tutors have many years of industry
experience and have had years of experience providing Service Capacity Homework
Help. Please do send us the Service Capacity problems on which you need Help and
we will forward then to our tutors for review.
Other topics under Production Planning:
- Control of Production
- Economic Size Industrial Unit
- Facility Layout
- Gantt Chart
- Planning & Control of Batch Production
- Planning & Control for Job Shop Production
- Planning & Control of Mass Production
- Planning and Control of Projects
- Procedure of Production Planning & Control
- Project Scheduling
- Purpose of Production, Planning and Control
- Routing, Routing Sheet