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Project POAP – MS PowerPoint template – Both editable & easy to use
Microsoft PowerPoint template both editable & easy to use, offers a quick way to construct a PPT Project Plan On a Page ( POaP ) for stakeholders
$ 30$ 40 -
Waterfall Project Planner, Project Plan Gantt Chart & Resource Cost / Budget / Revenue Tracker – MS Microsoft Excel (x2)
Waterfall Project Planner with Plan Gantt View and Project Resource Cost Tracker – MS Microsoft Excel Template (2 comprehensive templates for the price of one)
$ 30$ 40 -
PRINCE2 7th Edition Planner MS Templates Download – Both Microsoft Project MPP msp & ms Excel and Word Formats – Prince2
PRINCE2 7th Edition MS Templates Download – Microsoft Project MPP msp ms Excel and Word Formats – Prince2 Template Toolkit
$ 40$ 50 -
Project Management Template, Editable Excel Planner, Gantt Chart for Status Reports, Costing Delivery, Bids
Prince2 & Agile Project Management Templates | Editable Excel Planner, Gantt Chart for Status Reports, Costing Delivery, Bids
$ 30$ 40 -
Microsoft Excel Editable Weekly Status Report (internal external reporting) including Plan on a Page and RAIDs log etc.
Excel Weekly Status Report template with POaP, RAID log, burndown chart. For Agile or PRINCE2 projects. Editable for internal/external reporting.
$ 30$ 40 -
OpEx – JIT Heijunka, Load Levelling
Heijunka: Production Leveling This document
from OpExNZL, authored by Vishnu Rayapeddi, provides a comprehensive overview
of Heijunka, or production levelling, as a gateway to operational excellence.
It outlines prerequisites for implementing Heijunka, including 5S, Standard
Work, and SMED (Quick Changeovers). The core concepts of Just-In-Time (JIT)
manufacturing are thoroughly explained, encompassing Takt Time, Continuous
Flow, and Pull Systems. The document details the benefits, applications, and
success factors for each of these JIT principles, offering practical examples
and visual aids like cellular manufacturing layouts and Kanban systems.
Finally, it focuses on Production Levelling, contrasting it with batch
manufacturing, demonstrating its benefits in managing customer demand and variations,
and outlining steps for its incorporation, such as calculating Takt Time and
Pitch and using a Leveling Box.$ 34$ 39OpEx – JIT Heijunka, Load Levelling
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OpEx – PFEP, Plan For Every Part
Plan for Every Part
The provided document, “OpEx — PFEP – Plan For Every Part,” by Vishnu Rayapeddi, outlines a comprehensive strategy for optimising material handling and inventory management within an operational environment. It introduces the Plan For Every Part (PFEP) as a centralised database containing detailed information about every component, from purchasing to delivery. The text details a three-step implementation process: creating the initial PFEP database with current state information, developing a “plan” for each part based on this data, and establishing methods for sustaining and maintaining the database’s integrity, including the use of a change request form and a dedicated PFEP manager. The document also highlights the benefits of PFEP, such as enabling a lean material-handling system and providing quick responses to operational queries, while acknowledging that the PFEP itself is an “incidental” but crucial activity that supports value creation.$ 20$ 25OpEx – PFEP, Plan For Every Part
$ 20$ 25 -
OpEx – Poka-Yoke (Mistake Proofing)
Poka-Yoke: The Art of Mistake Proofing
The source, titled “OpEx – Poka Yoke Mistake proofing.pdf,” outlines a comprehensive approach to achieving operational excellence through mistake-proofing, also known as Poka-Yoke. It emphasises that defects account for a significant portion of production costs and stresses the importance of preventing errors at the source rather than merely inspecting them out. The document introduces principles for achieving zero defects, focusing on process control over individual blame, and explores various categories of error and their prevention strategies. It details six mistake-proofing techniques—elimination, replacement, prevention, facilitation, detection, and mitigation—providing examples for each. Finally, it presents a seven-step framework for implementing error-proofing and a five-part project methodology for designing defects out of processes, encouraging continuous improvement and team invol$ 34$ 39OpEx – Poka-Yoke (Mistake Proofing)
$ 34$ 39 -
OpEx – Optimize Product Costs
Optimizing Costs
This presentation, “OpEx – Optimise Cost,” by Vishnu Rayapeddi, outlines strategies for operational excellence focused on cost optimisation. It begins by explaining the importance of understanding customer needs and how they define quality, alongside methods for analysing cost and waste components. The document highlights various types of waste in manufacturing, such as defects, overproduction, and excessive motion, and offers practical exercises for identifying and reducing these costs. Furthermore, it introduces the concept of pull systems in production, contrasting them with traditional push systems to demonstrate their benefits in reducing operational costs and inventory. The presentation concludes by emphasising the importance of measuring results and implementing continuous improvement projects to achieve significant cost reductions and enhance customer satisfaction.$ 44$ 49OpEx – Optimize Product Costs
$ 44$ 49 -
OpEx – Process Optimization using Six Sigma Techniques
Optimizing Costs
This presentation, “OpEx – Optimise Cost,” by Vishnu Rayapeddi, outlines strategies for operational excellence focused on cost optimisation. It begins by explaining the importance of understanding customer needs and how they define quality, alongside methods for analysing cost and waste components. The document highlights various types of waste in manufacturing, such as defects, overproduction, and excessive motion, and offers practical exercises for identifying and reducing these costs. Furthermore, it introduces the concept of pull systems in production, contrasting them with traditional push systems to demonstrate their benefits in reducing operational costs and inventory. The presentation concludes by emphasising the importance of measuring results and implementing continuous improvement projects to achieve significant cost reductions and enhance customer satisfaction.$ 69$ 74 -
OpEx – Apply Six Sigma to Process Control and Improvement
Six Sigma for Process Control and Improvement
This document outlines a comprehensive Six Sigma training programme, focusing on process control and improvement using the DMAIC (Define, Measure, Analyse, Improve, Control) methodology. The material introduces Six Sigma as a framework for reducing variation and improving customer satisfaction through data-driven problem-solving, aiming for a performance level of 3.4 defects per million opportunities. It details each phase of DMAIC, providing specific tools and techniques, such as project charters, data collection plans, cause and effect diagrams, and control charts. The training incorporates practical simulations, like the “X Pult” exercise, to demonstrate the application of these methods in identifying problems, measuring performance, analysing root causes, implementing solutions, and sustaining improvements within an organisational context.$ 59$ 64 -
OpEx – LSS, Lean Six Sigma Memory Jogger
This document offers a ready refresher with over 50 LSS topics / fundamentals1(30
slides) on Lean Six Sigma and other related best practice concepts. It includes
tools, templates, and checklists. You can also use these as 1 Point Lessons
$ 49$ 54
