
Complete syllabus is discussed in this lecture.As well, why planning and controlling of production is required in the first place has also been cleared.
Production is a process of combining various material inputs and immaterial inputs in order to make something for consumption.
All production systems, when viewed at the most abstract level, might be said to be “transformation processes”—processes that transform resources into useful goods and services. The transformation process typically uses common resources such as labour, capital (for machinery and equipment, materials, etc.), and space (land, buildings, etc.) to effect a change.
Economists call these resources the “factors of production” and usually refer to them as labour, capital, and land. Production managers have referred to them as the “five M’s”: men, machines, methods, materials, and money.
Different types of production system are discussed in this lecture.
Most manufacturing environments fit into one of five general categories. Repetitive, Discrete, Job Shop, Process (batch), and Process (continuous). Most companies use more than one of these environments to get a single product out the door.
The first step in manufacturing process selection is to establish selection criteria based on key process selection drivers: manufacturing volumes, value of the product, part geometry, required tolerances, and required material. A clear idea of how a manufacturing process is selected is explained in this lecture.
Production planning and control (or PPC) is defined as a work process which seeks to allocate human resources, raw materials, and equipment/machines in a way that optimizes efficiency.
Some of the important elements involved in the process of production planning and control in organization are:
(a) Planning
(b) Routing
(c) Scheduling
(d) Despatching
(e) Checking the progress or follow-up and
(f) Inspection.
Production planning is the planning of production and manufacturing modules in a company or industry. It utilizes the resource allocation of activities of employees, materials and production capacity, in order to serve different customers.
Production control is the task of predicting, planning and scheduling work, taking into account manpower, materials availability and other capacity restrictions, and cost so as to achieve proper quality and quantity at the time it is needed and then following up the schedule to see that the plan is carried out.
Detailed steps involved in PPC procedure is explained here.
Various requirements (Some mandatory) for a effective PPC is discussed in this lecture.
The benefits of production planning and control include:
Improved organization for regular and timely delivery.
Better supplier communication for raw materials procurement.
Reduced investment in inventory.
Reduced production cost by increasing efficiency.
Smooth flow of all production processes.
Reduced waste of resources.
They are several factors that affects production planning and control.Discussed in this lecture.
Forecasting is the process of making predictions of the future based on past and present data and most commonly by analysis of trends.
Qualitative forecasting is an estimation methodology that uses expert judgment, rather than numerical analysis. This type of forecasting relies upon the knowledge of highly experienced employees and consultants to provide insights into future outcomes. This approach is substantially different from quantitative forecasting, where historical data is compiled and analyzed to discern future trends.
Quantitative forecasting relies on historical data that can be measured and manipulated. It is best for making short-term forecasts as past trends are more likely to reoccur in the near future than in the long term.
Used to develop a future forecast using past data. Math and statistics are applied to the historical data to generate forecasts. Models used in such forecasting are time series (such as moving averages and exponential smoothing) and causal (such as regression and econometrics).
A forecast error is the difference between the actual or real and the predicted or forecast value of a time series or any other phenomenon of interest. ... By convention, the error is defined using the value of the outcome minus the value of the forecast.
Material requirements planning (MRP) is a system for calculating the materials and components needed to manufacture a product. It consists of three primary steps: taking inventory of the materials and components on hand, identifying which additional ones are needed and then scheduling their production or purchase.
Contents of the course is attached herewith.
So this here is the last lecture of the course. I hope you understood everything. The complete contents are attached herewith.
All the very BEST !!
Production planning and control refers to two strategies that work cohesively throughout the manufacturing process. Production planning involves what to produce, when to produce it, how much to produce, and more. A long-term view of production planning is necessary to fully optimize the production flow.
Production control uses different control techniques to reach optimum performance from the production system to achieve throughput targets.
In this course you will learn the basic concepts of Production, Manufacturing processes, selection of apt system for optimizing inventory, Product management to advanced planning and control techniques as such lot sizing, EOQ method, Order size calculation, Break-even analysis, Assembly line balancing and many more.
Most suitable for students belonging to mechanical engineering, management, Industrial engineering, Production technology and Manufacturing science. Furthermore, this course covers all the topics for university students having PPC as one of the subject or an part of Industrial engineering and for ambitious Production managers employed in various industries.
Why should you take this course -
Many students find it difficult to settle in a industry even if they are academically skilled. This course brings out about everything that is required for a GET (Graduate Engineering Trainee) or DET (Diploma Engineering Trainee) prior to their industrial exposure.
The course contains explanation of certain industrial management tools as such MRP,Inventory control,Lot sizing etc. which becomes very handy for those professionals who wants to show their mettle in the industry. All these tools are very carefully designed and explained in the course.
Working in an industry is not always field work. You as an engineer is required to show your presentation skills to convey various ideas,issues and solutions. The tools explained in the course would come very handy.
And last but not the least. You are going to understand the in and outs of a industry from the viewpoint of a person who joined as a trainee (GET) & made his way up in the ladder to become a production engineer.
Please do see the FREE preview lectures before joining the course.