The document discusses capacity planning processes at a manufacturing organization. It covers requirements for effective capacity planning such as having a capacity planning process that balances planned and required capacity using rough cut and requirements planning. It also requires measuring and managing work throughput and queue levels with a capacity control process. The document provides evidence that the organization has processes in place to meet these requirements, including conducting regular capacity review meetings to balance capacity and demand, considering all factors that impact capacity, and using metrics to analyze performance and inform planning. It also notes some areas for further improvement in analyzing factors like efficiency to better inform capacity planning.
The document provides information about master scheduling, including:
1) Master scheduling is the process of producing a supply plan to schedule specific items or services within a given time period to meet demand.
2) It balances demand and supply at a detailed level through a master production schedule, which anticipates the build schedule for products and customer orders.
3) The master scheduling process involves calculating projected on-hand inventory, determining production quantities and timing to meet demand while satisfying resource constraints, and revising the schedule until a feasible plan is developed.
Hemant Mukund Kale is a mechanical engineer with 18 years of experience in project management, planning, design engineering, and quality assurance for water and sewage treatment projects. He has successfully managed multiple projects for companies in industries such as engineering, automotive, and fabrication. Kale's experience includes roles in project management, maintenance engineering, research and development, and independent consulting. He holds a diploma in mechanical engineering and seeks new opportunities utilizing his expertise in water/sewage treatment plants and related fields.
The document provides information on preparing cost estimations and evaluating project profitability. It discusses inputs like the work breakdown structure and resource requirements that are used to prepare cost estimations. Tools like analogous estimating, parametric modeling, and bottom-up estimating are described for developing cost estimates. Outputs include the cost estimates themselves and supporting details. Methods for evaluating project profitability discussed are payback period, average annual rate of return, net present value, and internal rate of return. Factors like cash flows, investment costs, and discount rates are considered in these calculations to determine whether a project is profitable.
MRP is a computerized inventory control and production planning system that schedules component items as needed. It tracks inventory levels and helps companies by improving customer service, reducing costs, and increasing productivity. MRP determines material requirements based on a master production schedule, bill of materials, and inventory status to generate purchase orders, production orders, and planned order schedules. Its outputs include order releases, order rescheduling, and planned orders to coordinate procurement and production activities.
The document discusses production planning in SAP. It covers key modules like sales and operations planning, master production scheduling, material requirements planning, bills of material, work centers, routings and operation costing. The goal of production planning is to integrate sales forecasts with manufacturing capabilities to generate production and procurement plans.
This profile summarizes the experience of a civil/construction professional with over 6 years of experience managing civil projects. The professional has expertise in project planning, scheduling, cost control, contract management, resource management, and ensuring timely completion of projects within budget and quality standards. Some of the key projects worked on include elevated metro rail projects for Delhi Metro Rail Corporation and an elevated road project for NHAI in Chennai.
In this presentation, we will discuss material planning systems and its evolution. Overview on MRP processes, its objectives and types of demands. We will also talk about the various terminologies like bills of material, inventory record, operating logics, MRP explosion process, capacity requirement planning.
To know more about Welingkar Schools Distance Learning Program and courses offered, visit: http://www.welingkaronline.org/distance-learning/online-mba.html
This is a presentation on the topic Master Scheduling and Material Requirement on the subject of Operational Management. This slides can help you understand what is Master Scheduling and Material Requirement.
This document discusses various production scheduling concepts and methods. It defines loading as determining the total time required for operations and adding it to planned workstation utilization. Scheduling determines start/finish times of operations. Master scheduling provides completion times for departments. Benefits of scheduling include inventory reduction and increased efficiency. Gantt charts illustrate project schedules and activities. Other concepts covered include line of balance, linear scheduling method, batch production scheduling, MRP, Kanban, dispatching, progress reporting, and manufacturing lead time.
This resume summarizes Nermeen Atef's experience and qualifications for senior project management positions. Over 11 years, she has gained extensive experience in project planning, cost management, and project controls. She currently works as a Senior Planning and Cost Engineer for Samcrete Engineering and Contracting in Egypt, where her responsibilities include schedule development, cost estimating, budget management, and reporting. Previously she held similar roles for large construction firms in Kuwait and Egypt.
Manufacturing planning & control (mpc) systemYash Dave
油
The document discusses manufacturing planning and control systems (MPC) and master production scheduling (MPS). Some key points:
- MPC systems help formulate plans to meet business objectives and identify resource gaps. They facilitate feedback across suppliers and scheduling.
- An MPS is a time-phased statement of how resources will be used to meet production commitments over the planning horizon. It tends to have a short time horizon and show details like bills of materials.
- MRP was developed to address limitations of traditional inventory models like economic order quantities. It incorporates bill of material information and dependent demand to improve inventory accuracy and reduce stockouts.
Pagerinkite u転sakym迭 眺vykdym laiku naudodami 邸iuolaikinius gamybos planavimo...Columbus Lietuva
油
Kad gamybos 眺moni迭 klientai u転sakymus gaut迭 sutartu laiku ir u転 sutart kain, reikia racionaliai organizuoti gamybos planavimo ir tvarkara邸i迭 sudarymo proces. Su転inokite, kaip pa転angus kompiuterizuotas 眺rankis SIMATIC IT Preactor APS padeda valdyti gamybos procesus lanksiai ir efektyviai, net ir da転nai keiiantis klient迭 poreikiams.
This document discusses production planning and control (PPC). PPC involves directing and coordinating a firm's resources to meet production goals efficiently. It includes production planning, which determines operations and resource needs, and production control, which implements and regulates operations. The objectives of PPC are continuous production flow, optimized inventory, and increased productivity. PPC considers factors like process interdependence and system type. It involves activities like programming, routing, scheduling, loading, ordering, dispatching, follow-up, and inventory control to implement production plans.
Om lect 05_a(r0-aug-08)_manufacturing planning & scheduling_mms_siesvideoaakash15
油
The document discusses production planning and scheduling (PPC) in manufacturing. It covers key aspects of PPC including production planning, production control, master production scheduling, routing, scheduling and loading. The objectives of PPC are to determine resource needs, coordinate activities efficiently and economically, establish targets, ensure smooth material flow, and utilize underutilized resources. It aims to produce the right output quality and quantity on time. Production control regulates production activities and ensures resources, materials, and quality standards are met.
Production planning and control (PPC) involves determining the optimal production schedule, operation sequence, and resource allocation to efficiently produce goods to meet demand. PPC has planning and control phases, with planning specifying operations and controls ensuring production meets plans. Key PPC functions include routing, scheduling, inventory control, and quality control to maximize output while minimizing costs and production time. Effective PPC requires reliable feedback and trained personnel to flexibly coordinate resources.
A short course on being an Earned Value Management Control Account Manager. What is you role, to whom are you accountable, what does you CAM Notebook look like, what role does EVM play in your weekly management activities, what are the sources of information needed to manage the Control Account, what is your weekly and monthly business rhythm, a quick look at Risk Management, and what's beyond this short course?
The Master Production Schedule (MPS) is a plan for the production of individual final items. The MPS breaks down the production plan to show, in each period, the quantity to produce of each final article.
#masterproduction #mps #mrp #erp #manufacturing #manufacturingsoftware #erpsoftware #mrpeasy
The document discusses master scheduling (MPS), which forms a link between production planning and manufacturing. The MPS drives material requirements planning and keeps production priorities valid. It is a priority plan for manufacturing that reflects marketplace needs and manufacturing capacity. The MPS allows for valid order promises and production planning based on forecasts, orders, inventory levels, and capacity constraints. Developing an effective MPS involves maintaining customer service levels, optimizing resource use, and keeping inventory investment at required levels.
This document provides information about capacity planning in SAP, including:
1) It describes the purpose and features of capacity planning in SAP which includes capacity evaluation and leveling to optimize resource commitment and selection.
2) It explains how capacity planning is integrated with other SAP applications related to production planning.
3) It discusses how available capacity and capacity requirements are determined, including maintaining work center capacities and formulas to calculate operation capacity needs.
The document discusses master production scheduling (MPS), which translates a sales and operations plan into a production plan for specific products. The MPS coordinates production with sales and forms the communication between markets and manufacturing. It can be stated in terms of end products, modules, or average products. The MPS generates schedules for materials requirements planning and controls final assembly with a separate schedule. It aims to balance stability and responsiveness to changes through techniques like time fences.
Production planning and control has several key functions:
1) Ensuring raw materials and components are available as required for uninterrupted production.
2) Analyzing production methods and selecting the best method given available resources and facilities.
3) Coordinating activities like routing, estimating operation times, loading machines, and dispatching work to optimize production scheduling.
4) Monitoring production progress and addressing any delays through expediting to ensure plans stay on schedule.
Presentation Classification Of Schedule TypesChris Carson
油
This document discusses the need to categorize different types of scheduling used across industries in order to facilitate cross-pollination of scheduling best practices. It proposes developing a "Schedule Matrix" that maps industries and sectors to scheduling categories based on their typical use of scheduling components and determinants. This would allow schedulers to better understand scheduling approaches in other fields and identify opportunities to adopt innovative practices. The document advocates for an industry-wide study to develop a taxonomy and compile a Schedule Type Matrix that categorizes common scheduling approaches.
The document discusses the importance of demand estimation for balancing IT capacity and planning. It outlines challenges in demand management and capacity planning, including unrealistic demand estimation and ineffective resource optimization. The key points are:
1) Accurate demand estimation and matching capacity to demand is difficult due to changing business needs, technologies and unpredictable project pipelines.
2) Top-down scope-based estimation is considered a best practice for identifying unrealistic stakeholder expectations early and providing alternative estimates.
3) Early estimates will necessarily have more uncertainty but can still help identify unreasonable cost and schedule proposals.
Material and capacity requirements planning (mrp and crp) part 1Dr. Mahmoud Al-Naimi
油
Lectures on Production Planning and Control for B.Sc. Students - Industrial Engineering Branch -Department of Production Engineering and Metallurgy- University of Technology - Baghdad -Iraq
Enterprise Resource Planning (ERP) is a method for effectively planning all resources in a company. It coordinates functions like sales, marketing, operations, and finance. ERP provides real-time integration of data across the entire organization and extended supply chain. It aims to improve customer service, productivity, costs, and inventory levels. ERP determines the optimal amount of resources like materials, workers, and machines needed at different points by developing valid production plans and schedules.
MRP Theory: Master Production Schedule, Bill of Material and Lead Timesejalgfer
油
This document provides information on Material Requirements Planning (MRP), including:
- MRP is a technique used to determine material requirements based on a bill of materials, inventory levels, expected receipts, and a master production schedule.
- The goal of MRP is to ensure materials and products are available when needed while maintaining low inventory levels.
- Key inputs to an MRP system include a bill of materials, inventory data, a master production schedule, and lead times. MRP then calculates component requirements based on the schedule.
Routing involves determining the optimal path and sequence of operations to transform raw materials into finished products. Key aspects of routing include identifying the operations needed, their sequence, required departments and machines. Routing provides the basis for scheduling production and ensures efficient use of resources. Factors like the manufacturing process, available equipment and manpower can impact the routing procedure. Effective routing leads to benefits like reduced costs, improved quality and productivity.
The document discusses guidelines for using dual parallel project schedules, which is not generally recommended. It identifies risks such as contractual issues, difficulty proving delays, and schedule management complications. The key recommendations are to:
1) Only have one schedule for management and delay analysis.
2) If dual schedules are necessary, develop them using the same activity list and hard logic, with the production schedule using optimistic durations and the contract schedule using most likely durations.
3) Manage risks through transparent schedule documentation and risk management processes applied to the contract schedule.
Rough-cut capacity planning (RCCP) uses representative load profiles to evaluate key resources like work centers and ensure the feasibility of the master production schedule before detailed planning. It identifies potential capacity issues and initiates actions to adjust capacity. The resource profile technique converts the MPS to resource time requirements using standard times and lead time offsets. A master schedule is considered realistic if required capacity is no more than 10-20% above planned capacity based on utilization and efficiency factors. RCCP is an important part of production planning and control systems to develop achievable schedules and balance requirements with factory output.
This document discusses various production scheduling concepts and methods. It defines loading as determining the total time required for operations and adding it to planned workstation utilization. Scheduling determines start/finish times of operations. Master scheduling provides completion times for departments. Benefits of scheduling include inventory reduction and increased efficiency. Gantt charts illustrate project schedules and activities. Other concepts covered include line of balance, linear scheduling method, batch production scheduling, MRP, Kanban, dispatching, progress reporting, and manufacturing lead time.
This resume summarizes Nermeen Atef's experience and qualifications for senior project management positions. Over 11 years, she has gained extensive experience in project planning, cost management, and project controls. She currently works as a Senior Planning and Cost Engineer for Samcrete Engineering and Contracting in Egypt, where her responsibilities include schedule development, cost estimating, budget management, and reporting. Previously she held similar roles for large construction firms in Kuwait and Egypt.
Manufacturing planning & control (mpc) systemYash Dave
油
The document discusses manufacturing planning and control systems (MPC) and master production scheduling (MPS). Some key points:
- MPC systems help formulate plans to meet business objectives and identify resource gaps. They facilitate feedback across suppliers and scheduling.
- An MPS is a time-phased statement of how resources will be used to meet production commitments over the planning horizon. It tends to have a short time horizon and show details like bills of materials.
- MRP was developed to address limitations of traditional inventory models like economic order quantities. It incorporates bill of material information and dependent demand to improve inventory accuracy and reduce stockouts.
Pagerinkite u転sakym迭 眺vykdym laiku naudodami 邸iuolaikinius gamybos planavimo...Columbus Lietuva
油
Kad gamybos 眺moni迭 klientai u転sakymus gaut迭 sutartu laiku ir u転 sutart kain, reikia racionaliai organizuoti gamybos planavimo ir tvarkara邸i迭 sudarymo proces. Su転inokite, kaip pa転angus kompiuterizuotas 眺rankis SIMATIC IT Preactor APS padeda valdyti gamybos procesus lanksiai ir efektyviai, net ir da転nai keiiantis klient迭 poreikiams.
This document discusses production planning and control (PPC). PPC involves directing and coordinating a firm's resources to meet production goals efficiently. It includes production planning, which determines operations and resource needs, and production control, which implements and regulates operations. The objectives of PPC are continuous production flow, optimized inventory, and increased productivity. PPC considers factors like process interdependence and system type. It involves activities like programming, routing, scheduling, loading, ordering, dispatching, follow-up, and inventory control to implement production plans.
Om lect 05_a(r0-aug-08)_manufacturing planning & scheduling_mms_siesvideoaakash15
油
The document discusses production planning and scheduling (PPC) in manufacturing. It covers key aspects of PPC including production planning, production control, master production scheduling, routing, scheduling and loading. The objectives of PPC are to determine resource needs, coordinate activities efficiently and economically, establish targets, ensure smooth material flow, and utilize underutilized resources. It aims to produce the right output quality and quantity on time. Production control regulates production activities and ensures resources, materials, and quality standards are met.
Production planning and control (PPC) involves determining the optimal production schedule, operation sequence, and resource allocation to efficiently produce goods to meet demand. PPC has planning and control phases, with planning specifying operations and controls ensuring production meets plans. Key PPC functions include routing, scheduling, inventory control, and quality control to maximize output while minimizing costs and production time. Effective PPC requires reliable feedback and trained personnel to flexibly coordinate resources.
A short course on being an Earned Value Management Control Account Manager. What is you role, to whom are you accountable, what does you CAM Notebook look like, what role does EVM play in your weekly management activities, what are the sources of information needed to manage the Control Account, what is your weekly and monthly business rhythm, a quick look at Risk Management, and what's beyond this short course?
The Master Production Schedule (MPS) is a plan for the production of individual final items. The MPS breaks down the production plan to show, in each period, the quantity to produce of each final article.
#masterproduction #mps #mrp #erp #manufacturing #manufacturingsoftware #erpsoftware #mrpeasy
The document discusses master scheduling (MPS), which forms a link between production planning and manufacturing. The MPS drives material requirements planning and keeps production priorities valid. It is a priority plan for manufacturing that reflects marketplace needs and manufacturing capacity. The MPS allows for valid order promises and production planning based on forecasts, orders, inventory levels, and capacity constraints. Developing an effective MPS involves maintaining customer service levels, optimizing resource use, and keeping inventory investment at required levels.
This document provides information about capacity planning in SAP, including:
1) It describes the purpose and features of capacity planning in SAP which includes capacity evaluation and leveling to optimize resource commitment and selection.
2) It explains how capacity planning is integrated with other SAP applications related to production planning.
3) It discusses how available capacity and capacity requirements are determined, including maintaining work center capacities and formulas to calculate operation capacity needs.
The document discusses master production scheduling (MPS), which translates a sales and operations plan into a production plan for specific products. The MPS coordinates production with sales and forms the communication between markets and manufacturing. It can be stated in terms of end products, modules, or average products. The MPS generates schedules for materials requirements planning and controls final assembly with a separate schedule. It aims to balance stability and responsiveness to changes through techniques like time fences.
Production planning and control has several key functions:
1) Ensuring raw materials and components are available as required for uninterrupted production.
2) Analyzing production methods and selecting the best method given available resources and facilities.
3) Coordinating activities like routing, estimating operation times, loading machines, and dispatching work to optimize production scheduling.
4) Monitoring production progress and addressing any delays through expediting to ensure plans stay on schedule.
Presentation Classification Of Schedule TypesChris Carson
油
This document discusses the need to categorize different types of scheduling used across industries in order to facilitate cross-pollination of scheduling best practices. It proposes developing a "Schedule Matrix" that maps industries and sectors to scheduling categories based on their typical use of scheduling components and determinants. This would allow schedulers to better understand scheduling approaches in other fields and identify opportunities to adopt innovative practices. The document advocates for an industry-wide study to develop a taxonomy and compile a Schedule Type Matrix that categorizes common scheduling approaches.
The document discusses the importance of demand estimation for balancing IT capacity and planning. It outlines challenges in demand management and capacity planning, including unrealistic demand estimation and ineffective resource optimization. The key points are:
1) Accurate demand estimation and matching capacity to demand is difficult due to changing business needs, technologies and unpredictable project pipelines.
2) Top-down scope-based estimation is considered a best practice for identifying unrealistic stakeholder expectations early and providing alternative estimates.
3) Early estimates will necessarily have more uncertainty but can still help identify unreasonable cost and schedule proposals.
Material and capacity requirements planning (mrp and crp) part 1Dr. Mahmoud Al-Naimi
油
Lectures on Production Planning and Control for B.Sc. Students - Industrial Engineering Branch -Department of Production Engineering and Metallurgy- University of Technology - Baghdad -Iraq
Enterprise Resource Planning (ERP) is a method for effectively planning all resources in a company. It coordinates functions like sales, marketing, operations, and finance. ERP provides real-time integration of data across the entire organization and extended supply chain. It aims to improve customer service, productivity, costs, and inventory levels. ERP determines the optimal amount of resources like materials, workers, and machines needed at different points by developing valid production plans and schedules.
MRP Theory: Master Production Schedule, Bill of Material and Lead Timesejalgfer
油
This document provides information on Material Requirements Planning (MRP), including:
- MRP is a technique used to determine material requirements based on a bill of materials, inventory levels, expected receipts, and a master production schedule.
- The goal of MRP is to ensure materials and products are available when needed while maintaining low inventory levels.
- Key inputs to an MRP system include a bill of materials, inventory data, a master production schedule, and lead times. MRP then calculates component requirements based on the schedule.
Routing involves determining the optimal path and sequence of operations to transform raw materials into finished products. Key aspects of routing include identifying the operations needed, their sequence, required departments and machines. Routing provides the basis for scheduling production and ensures efficient use of resources. Factors like the manufacturing process, available equipment and manpower can impact the routing procedure. Effective routing leads to benefits like reduced costs, improved quality and productivity.
The document discusses guidelines for using dual parallel project schedules, which is not generally recommended. It identifies risks such as contractual issues, difficulty proving delays, and schedule management complications. The key recommendations are to:
1) Only have one schedule for management and delay analysis.
2) If dual schedules are necessary, develop them using the same activity list and hard logic, with the production schedule using optimistic durations and the contract schedule using most likely durations.
3) Manage risks through transparent schedule documentation and risk management processes applied to the contract schedule.
Rough-cut capacity planning (RCCP) uses representative load profiles to evaluate key resources like work centers and ensure the feasibility of the master production schedule before detailed planning. It identifies potential capacity issues and initiates actions to adjust capacity. The resource profile technique converts the MPS to resource time requirements using standard times and lead time offsets. A master schedule is considered realistic if required capacity is no more than 10-20% above planned capacity based on utilization and efficiency factors. RCCP is an important part of production planning and control systems to develop achievable schedules and balance requirements with factory output.
Mitigation And Performance Recovery Using Earned ValueChris Carson
油
This paper discusses the practical use of Earned Value metrics and calculations in monitoring and controlling schedule slippage, and, more importantly, in identifying appropriate mitigation plans to regain time.
1. Earned value management (EVM) metrics can help identify specific trades or scopes of work contributing to schedule slippage and poor performance. This allows for targeted mitigation strategies.
2. To effectively use EVM for schedule compression, the baseline schedule needs to be thoroughly coded to allow export and analysis of performance data by trade or work type.
3. Exporting schedule data to a spreadsheet enables pivot tables and charts to examine historical performance trends for each trade. This highlights which trades need additional resources or management to meet goals for schedule compression.
Capacity resource planning and production schedulingdutconsult
油
Production scheduling and capacity resource planning are important for maximizing profits and competitiveness. Scheduling involves managing resources like materials, machines, and workers to create goods efficiently while meeting customer needs. Capacity planning determines the optimal level and timing of resources needed based on demand forecasts. It evaluates alternatives like expanding equipment or facilities using techniques like cost-volume analysis.
Elring Klinger (Great Britain) Ltd Redcar, United Kingdom Nov 2011 - Aug 2015
The candidate worked as a Master Production Scheduler and Planner where they constructed and updated the MPS, prepared detailed production plans using MRP to support the MPS, and analyzed CRP to reconcile capacity requirements with availability to avoid performance issues and unnecessary costs. They also implemented JIT approaches such as Kanban to reduce complexity, inventory, and waste.
Driving Contractor Delivery with Improved Decision-Making using Performance Management and Forecasting in Construction Projects 鏝
https://www.linkedin.com/pulse/driving-contractor-delivery-improved-decision-making-mohamed-maged-v58of
Similar video: https://projectcontrolstv.com/titles/1008/developing-effective-progress-reports
Arabic video: https://www.youtube.com/live/17ZQgIGVcRc
The document discusses capacity planning, which involves determining the production capacity needed by an organization to meet changing demand. It covers determining current and future capacity needs, identifying options to modify capacity, and addressing imbalances between demand and capacity. Short-term adjustments and long-term responses are discussed. Models like present value analysis, aggregate planning, and decision trees can be useful for capacity planning. Economies of scale and concepts like efficiency and utilization are also summarized.
Service based / modeled IT operations demands that Infrastructure needs are catered to with minimal disruptions and loss of user experience. Demand and capacity management for a critical cog in IT / service design to ensure that the service / infrastructure is fully available to users through its lifecycle
The document discusses master production scheduling (MPS), including what an MPS is, its importance and scope in manufacturing, the inputs and outputs of an MPS, how it differs from aggregate production planning, and examples of how MPS is used in manufacturing companies. It also defines lead time and available-to-promise, and provides an example problem solving the available inventory and production quantities over multiple weeks based on a given forecast and customer orders.
Earned Value Management involves more that just cost and schedule. Six Business Systems, including EVM, are the basis of credible program performance management.
Here's a suggestion of how to "connect the dots."
This document provides sample questions and answers that a Control Account Manager (CAM) could expect to encounter during an interview related to their Earned Value Management responsibilities. It includes background on topics like required training, the program organization structure, work authorization processes, performance measurement baseline planning, and earned value measurement. Sample questions are provided on each topic along with potential answers the CAM could provide to demonstrate their knowledge and management of their control accounts.
Here are the steps to solve this example:
1) Given: FC = $6,000, VC per unit = $2, Revenue per unit = $7
2) To find breakeven point (QBEP):
QBEP = FC / (Revenue per unit - VC per unit)
= $6,000 / ($7 - $2)
= $6,000 / $5
= 1,200 units
3) If units produced = 1,000 units:
TR = Units * Revenue per unit = 1,000 * $7 = $7,000
TC = FC + Units * VC per unit = $6,000 + 1,000 * $2 = $
Here are the steps to solve this example:
1) Given: FC = $6,000, VC per unit = $2, Revenue per unit = $7
2) To find breakeven point (QBEP):
QBEP = FC / (Revenue per unit - VC per unit)
= $6,000 / ($7 - $2)
= $6,000 / $5
= 1,200 units
3) If units produced = 1,000 units:
TR = Units * Revenue per unit = 1,000 * $7 = $7,000
TC = FC + Units * VC per unit = $6,000 + 1,000 * $2 = $
This document discusses aggregate planning and capacity planning. Aggregate planning involves determining optimal production levels over the next 6-18 months to balance objectives like customer service, workforce stability and costs. Capacity planning determines production capacity needs to meet demand forecasts. It evaluates capacity alternatives and selects plans that satisfy demand at lowest cost. Key steps are determining demand forecasts, transforming demand into resource needs, identifying policies, developing alternative plans and selecting the optimal plan.
The document discusses various topics related to computer aided process planning and production planning and control, including:
- Process planning and its role in CAD/CAM integration.
- Responsibilities and activities of process planning engineers such as drawing interpretation, process selection, and documentation.
- Production planning activities like aggregate production planning, master production scheduling, material requirements planning, and capacity planning.
- Production control activities including shop floor control, inventory control, and manufacturing resource planning.
The document discusses various topics related to computer aided process planning (CAPP) and production planning and control systems. It describes the key steps and responsibilities in process planning like drawing interpretation, material and process selection, setting parameters. It also discusses approaches to CAPP like retrieval and generative systems. Regarding production planning and control, it outlines activities like aggregate production planning, master production scheduling, material requirements planning, capacity planning, shop floor control and inventory control.
The document provides details of an Oracle E-Business Project II for Production & Supply Chain Planning at a company. The project will implement several Oracle modules including Process Manufacturing, Advanced Supply Chain Planning, Warehouse Management, Manufacturing Execution System, and Enterprise Asset Management. Key details include the project scope, investment summary, deliverables, milestone payments, project plan and schedule, and project team structure. The goal is to optimize production planning and execution from raw materials to finished goods across the supply chain.
This document provides an overview of Rob Tilley's career history and management style. It discusses his focus on safety, developing team skills, understanding the big picture, and keeping the team focused. It also describes his approach as an operations manager and how he reviews projects, provides support, and formulates new plans when results are unexpected. His leadership style encourages discussion and participation in decision making. In his communication, he asks questions, thanks people for their work, and understands others' perspectives. When results are not as wanted, he reaffirms priorities with the team and may manage more closely while avoiding micromanaging.
This document outlines assessment criteria and procedures for assessing competency on an automated production line that produces boxes. It includes 14 separate elements of competency that will be assessed, such as starting and stopping the machine, adjusting various machine components like the accumulator box and discharge belts, and performing maintenance tasks like replacing vacuum cups. For each element, it describes the performance criteria that will be assessed, as well as critical evidence required to demonstrate competency. It establishes assessment conditions such as ensuring all tools and equipment are available and functional and limiting candidates to two attempts.
The document contains charts showing the true efficiency levels over time for all products produced on three different mills - Mill, Perini, and W2. The charts plot the true efficiency percentage on the y-axis against date on the x-axis, and include a smoothed 7 period moving average line. This appears to be performance data monitoring the true efficiency of production across multiple facilities over the period of July 2003 to December 2003.
This document discusses output to target KPIs for a printing company. It contains the following information:
1. Rob Tilley is responsible for the output to target KPI and analyzing causes for misses against targets. Data comes from Amcor Operating Results 2013.
2. There is a concern about color matching due to too many variables with ink densities and ingredients. The team will discuss options during May meetings.
3. A table shows the top 5 downtime reasons for the printing presses, including waiting for supervisors to sign off, manual register prints, and cleaning drums and nip rollers.
The document provides steps for cleaning upper and lower mud press showers. It instructs the user to reduce water flow to the lower shower bar, open the drain tap to release built up material, clean inside the bar with a bottle brush, allow drainage, close the release tap, reopen water flow, and repeat for the upper shower bar. Safety cautions are given to avoid standing directly under taps.
BID Final Presentation Creastmead V2.6 crewsRobert Tilley
油
The document summarizes the application of the De-Bottlenecking Method (DBM) at a factory to improve production throughput. DBM involves identifying the bottleneck process, ensuring it runs at maximum speed, optimizing upstream and downstream processes, and eliminating downtime. At the factory, DBM was used to:
1) Increase the speed of the bottleneck re-winder from 130 rolls/min to 400 rolls/min through proper set-up.
2) Reduce accumulation to protect the re-winder, increasing overall throughput.
3) Eliminate a "cookie monster" problem causing downtime on the winder.
4) Reduce moisture in recycled mud from 68% to 54% through optimizing
This document contains graphs showing monthly printing performance measurements from July 2013 to June 2014. It includes data on printing waste percentage, unreported scrap amounts, cost of production labor, and production volume compared to targets for each metric. The waste percentage and production volume were generally close to or below targets each month, while unreported scrap amounts and labor costs fluctuated in comparison to targets.
- Rolled products production was 37,000 cartons under budget due to overspending on casual labor and lower production.
- The Perini line ran at 84.93% efficiency in July, an 11.12% increase over the previous month. However, downtime was incurred due to web breaks, maintenance, changeovers, and other issues.
- Both the Jumbo line and Line 2 had efficiency issues in July due to start-up problems, inconsistent operation, and worn equipment, but scheduling and roster changes are expected to improve performance going forward.
1. Qu. REQUIREMENT TEAM INTERPRETATION CURRENT PRACTICE SCORE GAP CLOSING SOLUTION DOCUMENTARY EVIDENCE
5.10 There is a capacity planning process using rough cut capacity
planning and, where applicable, capacity requirements planning in
which planned capacity, based on demonstrated output, is
balanced with required capacity. A capacity control process is
used to measure and manage manufacturing requirements, work
throughput, and queue levels.
3.5
CR 4.0 Invite guests to CRM meetings so more thorough
understanding of the process
7H
NC
CR 4.0 Can improve the planning data accuracy through BOM
audits, demonstrated capacity data, labour leave.
7H
NC
CR 4.0
7H
NC
CR 4.0 Training calendar to be inclusive of all training as per
training database - Bev to provide reports for CRM
7H
NC
CR 4.0
7H
NC
CR 4.0
7H
NC
CR 3.5
7H
NC
CR 3.5
7H
NC
CR 4.0 Show evidence that this is occurring
7H Show evidence that this is occurring
NC
CR 3.0 Join up all KPI's in one summary report. See Simon H
for absenteeism analysis down to dept. BS. Book a
monthly CCC meeting to summarise. RT.
Supplier relationship program continue to be rolled out
and ensure that people on this program are providing
capacity issues back to purchasing and then is raised at
CRM (Seven Hills to come on line 7-8 suppliers)
Load factor to utilise absenteeism and meetings looking
ahead including toolboxes etc. This needs to be
consolidated.
Develop a process for developing data on demonstrated
performance. OEE database to come on line and then
trained out. Send to Irwin.
5.10 CAPACITY PLANNING AND CONTROL
Capacity planning is well understood by all appropriate personnel and
used to plan labour and equipment requirements.
The process used (CRM) is understood by all attendees,
outputs are feed to key shop floor supervision. All supervision
refer to capacity plan to plan shift levels, annual leave,
maintenance shutdown timing and equipment utilisation/
improvement priorities etc
CRM process is in use throughout Crestmead
and Seven Hills
A CRM Meeting minutes 13 week and 24 month
B There is an understanding of the respective responsibilities of the
capacity planner (scheduling) and production (manufacturing) in the
capacity management process. Accountability for maintaining the
accuracy of schedules and production-orientated planning data, such as
planned capacity, number of workers, number of machines, and number
of shifts, is assigned, understood, and accepted.
Responsibilities for all tasks is understood and accepted by
the person and the team.
Agenda at CRM is split in relation to
responsibilities and each person leads their
section in discussion
Capacity planning procedure details the input
requirements. Meeting minutes show the
responsibilities
Meeting minutes (action items completed),
Guests also included for further understanding.
Daily, weekly and monthly meetings
D All activities that consume capacity are considered in identifying
capacity requirements (e.g. maintenance, engineering projects,
specials, etc.).
All activities that consume capacity are considered in
identifying capacity requirements (e.g. maintenance,
engineering projects, resource issues, meetings, changeover,
schedule changes).
Agenda items include maintenance plans,
projects, safety plans, warehouse issues,
improvement plans, resource, schedule
exceptions
Meeting minutes. Training Calender, Shutdown
Calender, New products
C Production and capacity planners meet at least weekly to resolve
capacity issues.
Implementation of to be process - CRM 13 week. Conducted
weekly.
CRM in progress weekly, DOM in progress daily
as per capacity planning policy and procedure
13 week and 24 month meeting minutes. Policy
and Procedures to be developed as per
timeline.
F Work areas are appropriately defined to enable control of priorities and
capacities while minimising data maintenance, transactions and reports
All work centres are clearly identified. (1309 - Perini Line).
Demand control must be prioritised to enable correct
products and amounts are manufactured. This allows for
specific data allocation, retrieval and reporting for individual
work centres.
Cost centre allocation is specific at the Merino
sites, and has been rated "Very Good" during the
ABCD gap analysis process.
BPCS report PCR822 showing work centres.
Also Avantis numbering system.
E When necessary, other constraints such as engineering and suppliers'
capacity are considered in the capacity management process.
Engineering planned downtime and supply lead times are
reviewed and plans are developed to meet the demand plan
Maintenance plans and project plans are brought
to the CRM. Supplier management just rolling out
- Further input of supplier capacity constraints to
be considered as supplier management is rolled
out - 2 suppliers on line as of end Sept.
Weekly CRM minutes and monthly CRM
minutes, KPI pack for GSR. Latest
absenteeism reports and production effeciency
also.
H Demonstrated capacity is measured and used to update planned
capacity (demonstrated capacity plus or minus any planned capacity
changes).
Actual historic production run rates are compared against the
'non-load factor adjusted' standards for each SKU and Work
centre. After determination of the causes for any significant
variances, where appropriate, a permanent change to the
'non-costed' standards is made by MPS after approval.
Review of demonstarted capacity is conducted
by the production manager at Crestmead using
BPCS data. Using these is met with resistance
eg Start-up of deco wanted to use 75% but
unable to.
Weekly CRM minutes and monthly CRM
minutes, Report on OEE by product - related to
Demonstrated performance load factor in
planning. Link between demonstarted capacity
and OEE to be established.
G A "Load Factor" that recognises capacity loss due to efficiency,
utilisation, absenteeism, meetings and anything else that is not included
in the proper application of standard times is maintained and used in
projecting capacity.
Where known conditions will cause an SKU(s) or Work
Centre's) run rate to be at variance to the standard for a
'temporary' period, an agreed 'load factor' will be applied by
MPS to the schedule to ensure correct capacity planning.
Load factor is discussed at every CRM and used
for planning.
Adherence to schedule, changes in firm and
trading zones, expedite report from BPCS.
Daily out of stock reports
J The capacity planning process includes appropriate analysis of the
elements that make up demonstrated capacity such as efficiency,
utilisation, absenteeism, etc.
Demonstrated performance used in capacity planning is
analysed further to understand the impact of efficiency,
utilisation and absenteeism.
KPI's being reported are OEE, Machine
Efficiency, Absenteeism, schedule performance,
Quality performance, Cost of Quality
KPI reports with CCC.
I Corrective action is taken to reschedule overdue capacity requirements
caused by past due orders.
Overdue orders are rescheduled taking into account
production machine capacity, other requirements and
customer feedback.
Overdue orders are given priority in the schedule
and all other requirements are pushed back
causing more order delays.
2. Qu. REQUIREMENT TEAM INTERPRETATION CURRENT PRACTICE SCORE GAP CLOSING SOLUTION DOCUMENTARY EVIDENCE
5.10 CAPACITY PLANNING AND CONTROL
7H
NC
CR 4.0 Consider documentary evidence. Formalise comms
and procedures.
7H
NC
CR 4.0 Documentary evidence
7H
NC
CR 3.0
Daily schedule adherance meeting occuring. Greg to
provide variance report at each daily meeting. RT.
Include reasons for variance as agenda for daily Ops
meeting. RT. Need doc evid of how this info is used.
RT.
7H Seven Hills to mature the process that is being used.
NC
J The capacity planning process includes appropriate analysis of the
elements that make up demonstrated capacity such as efficiency,
utilisation, absenteeism, etc.
Demonstrated performance used in capacity planning is
analysed further to understand the impact of efficiency,
utilisation and absenteeism.
KPI's being reported are OEE, Machine
Efficiency, Absenteeism, schedule performance,
Quality performance, Cost of Quality
KPI reports with CCC.
24 month capacity charts with scenarios
included. Greg Bruce to provide examples of
this.
L Capacity detail and summary screens or reports by work area are
available in a graphic or matrix format and used by capacity planners to
identify capacity and scheduling problems.
All machinery and labour requirements are collated and
presented in a format that is easily read and understood to
determine any shortfalls in requirements.
BPCS is the tool used to visually display machine
capacity requirements. Monthly reports for 24
month period are part of the CRM and GSR
packs
Screen of BPCS capacity screens and capacity
charts
K Where applicable, capacity requirements planning is used to evaluate
detailed capacity constraints when planning and identifying labour and
equipment needs.
Demand forecasts are measured against production
capabilities to determine any short fall in either machinery or
labour availability
Scenario plans are being conducted for demand
requirements eg Aldi, Black and Gold
Shop floor orders, production sheets,
production recording and substitutuin process,
schedule adherenece report, NCR process.
M There is a process in place that includes variance analysis of work area
planned and actual input, output and queue levels.
There is a process where actual output is measured against
planned output, inputs and what is left to manufacture.
Production planning and control procedure
details the shop floor planning requirements for
this. Shop floor orders show work area planned
supervisors review actual production and
document on shift reports. Operators include the
remaining quantities on production sheets.Seven
Hill cycle count