Documents » project portfolio management case studies for fertilizers production.
Abstract: Most of the manufacturing software vendors have planning and scheduling software which assume either infinite
production capacity for calculating quantities of raw material and work in progress (WIP) requirements or infinite quantities of raw and WIP materials for calculating
production capacity. There are many problems with this approach. This paper discusses the pitfalls of this approach and how to avoid these by making sure that the software you buy indeed takes into account finite quantities of required materials as well as finite capacities of work centers in your manufacturing facility.
PubDate: 10/12/2004
Abstract: This Business Engine white paper provides a technical account on the process behind scoring, selecting, and scheduling the technology portfolio. The document offers additional insight into weighting criteria that should be considered as part of the portfolio management and optimization process. The document further provides insight into considerations for alignment, and how to know if the portfolio is in fact properly aligned with business objectives.
Abstract: Primarily due to rapid development of technology in the past thirty years, the market structure throughout the world has changed considerably. Local markets have become accessible to foreign manufacturers, who are able to perform well in their newly established territories in part due to their superior application of technology. In this light, most companies, including small and medium size, have embedded globalization in their expansion strategies, consistently seeking for new markets abroad. Consequently, local manufacturing companies are facing global competition, forcing them to adopt new concepts with respect to people, process and technologies. This document describes these approaches to production planning in detail as well outlines a software solution. The software solution (Production/3) combines both pull and push techniques and enables small to medium size organizations to fully automate their production system while retaining their investment in their legacy enterprise resource planning (ERP) systems.
Abstract: With a turnover of CHF 85 billion and 470 sites, Nestle is the world's largest food group. Learn how Nestle is able to plan its production and to accommodate finite capacity calculations in terms of manpower and material resources, strategic material availability, and through the significant production constraints of Nestle's different production environments.
Abstract: Iwate Toshiba, a semiconductor fabricator, sought a supply chain solution to resolve recurring production issues. The solution had to be capable of quickly planning and scheduling lots during peak production, providing accurate order commitments, reducing planning cycles for production, optimize use of production resources, and achieving a more accurate supply chain model by integrating business planning with factory-level scheduling.
Abstract: Enterprises understand the value of integration. One area that has been ignored is the plant. Plant systems and corporate systems must be complementary and leverage each other to provide their maximum value. Production intelligence provides both integration and valuable information which is not available in either type of system.
Abstract: JDA Portfolio 2004.1products have been developed or acquired by JDA in order to present customers with an enterprise offering that might currently be the broadest, most functional set of industry leading retail demand chain software solutions available to retailers and their suppliers.
Abstract: With its new business model, JDA plans to build upon the broadening collective JDA Portfolio product lines to enable its customers to achieve a new level of operational excellence.
Abstract: The unveiled product set, JDA Portfolio 2004.1 should help retailers and their suppliers optimally plan and execute the selection, quantification, assortment, procurement and placement of finished goods at the point of sale (POS).
Abstract: Project portfolio management (PPM) is a tool-supported process for optimally managing an organization’s “portfolio” of projects. And although PPM can provide real value, many organizations are finding PPM implementations difficult. However, there are key approaches that can increase your likelihood of success, as well as an effective step-by-step process for implementing PPM within your organization.
Abstract: Today’s technology and application leaders are pressured to deliver functionality that drives efficiency, innovation, and growth—while reducing costs. As a result, technology and application portfolio management (APM) are top business priorities. Learn about a framework for implementing an APM program that can enable your company to monitor and analyze the impact of application changes and reduce portfolio complexity.
Abstract: The textile industry is famous for its very different characteristics when compared to industries in either process or discrete manufacturing. Developing production planning and scheduling software for any textile mill is a real challenge even for seasoned industry experts. This article focuses on some of the unique challenges posed to master requirement planning and master production scheduling (MRP / MPS) software vendors by the textile industry.
Abstract: Invensys has created a new group within its Production Management Division called Invensys Production Solutions. The group includes the PRISM and Protean process ERP products plus the resources of Invensys Validation Services group. While the unit should have much strength, it also has certain liabilities that must be addressed.
Abstract: To enable organizations to support lean and traditional manufacturing practices in a single system, Microsoft Dynamics AX has incorporated lean manufacturing constructs into its package. Several case studies illustrate the use of kanbans in various lean environments.
Abstract: Manufacturers know that production scrap can come from just about anywhere: from the ordered parts that don’t fit into a finished assembly, or from a physical prototype you’ve used and discarded. Whatever the case, the scrap—and any rework needed to fix the problem—costs you time or money, or both. Learn how you can overcome the most serious causes of production scrap with a product lifecycle management (PLM) solution.
Abstract: Decison support systems range from simple electronic filing cabinets to complex data intensive and analytically sophisticated executive information systems. This primer provides an overview with real case studies.
Abstract: Learn how Welch's found a solution that would give it the ability to optimize and coordinate its short-term production schedules while building long-term master production schedule (MPS) based on the capacity constraints, inventory targets, and manpower.
Abstract: Management at Concert GmbH, a company specializing in the production of non-woven air-laid fabrics, realized that the company had a lot of different custom applications running in its plants. Much of the production management was being handled manually—not in keeping with the nature of the company. After selecting a production management solution, Concert realized a return on investment in less than one year. Learn why.
Abstract: Computerized maintenance management system (CMMS). Enterprise asset management (EAM) system. Computer-aided facilities management (CAFM) system. Integrated workplace management system (IWMS). Each type of facility management solution offers different functionalities and features, and one may be better than another for your company’s needs. Learn more about the differences and how an integrated solution is a “must have.”