Abstract: Adaptiveness in the manufacturing sector depends on being able to push decision making to the shop floor. But that’s often easier said than done. However, manufacturing intelligence dashboards aggregate content from the full range of manufacturing systems into a single view of operations. These role-specific dashboards thus enable employees to manage manufacturing performance, and respond quickly to changes.

Abstract: The challenges that face the manufacturing industry today are also opportunities. Manufacturing is being revolutionized in its processes, routines, and ways of doing business through the growing emergence of order driven production methods. This shift towards demand driven manufacturing is emerging in tandem with the larger currents caused by globalization. This cross industry brief focuses on the manufacturing industry from the standpoint of a demand driven IT solution and is aimed at manufacturing and distribution businesses. It describes some major market trends and issues, provides an overview of IBS supply chain solution, and offers details on how the IBS solution for demand driven manufacturing can address current needs of the industry.

Abstract: Project portfolio management (PPM), once a solution only larger organizations could afford, enables companies to analyze, recommend, authorize, activate, expedite, and monitor projects. In recent years, however, small to medium businesses have been able to benefit from PPM too, through software-as-a-service models of this tool.

Abstract: There are two types of project portfolio management (PPM) solutions for professional services organizations (PSO). For smaller PSOs, best-of-breed vendors provide hosted solutions with out-of-the-box integrations, while integrated PPM solutions provide the complete back-office systems preferred by many larger PSOs.

Abstract: Many companies recognize the need for project portfolio management (PPM) and implement a solution, but encounter cultural resistance to the initiative. Yet other companies can integrate PPM with virtually no resistance. The difference is the readiness for and acceptance of change in the company. Learn how to avoid the pitfalls, adhere to proven best practices, and realize the benefits and huge return on investment (ROI).

Abstract: Project portfolio management (PPM) software can provide a dynamic decision-making process for assessing projects such as portfolios, prioritizing projects, and allocating limited resources to meet key organizational objectives. Using PPM can also help you better align and manage your people, projects, and processes—giving you the ability to react quickly to change and minimize risk in the current declining market.

Abstract: Research shows that companies implementing product portfolio management (PPM) solutions achieve greater success in profitability because of their ability to monitor product value throughout the product selection and development processes. With the ability to evaluate this information through PPM capabilities, companies can take corrective action to maximize product value during new development—or kill projects that won’t deliver sufficient returns.

Abstract: Project portfolio management (PPM) is a hot topic, and there’s no shortage of related advice. However, much of the current advice is incomplete—or flat-out wrong. Before purchasing a tool, buyers should familiarize themselves with established theories for valuing projects. Armed with understanding, they can avoid getting 'burned' by the unsuitable PPM tools that are being pushed in the marketplace.

Abstract: Project portfolio management (PPM) has become a critical component in the IT business lexicon. It provides structure and consistency to the process associated with the planning, prioritization, management, and control of project portfolios. By using PPM, IT departments can align their IT and business strategies and improve performance in project-based work, and enhanced corporate governance.

Abstract: An integrated steel plant’s manufacturing processes typically encompass three distinct types of manufacturing—flow manufacturing, process manufacturing, and mill manufacturing—making such a plant a mixed-mode manufacturer. Software systems that address the diverse needs these manufacturers have cannot be emphasized more.

Abstract: Hiring the former APICS president to head its manufacturing industry efforts a year ago, the high profile acquisition of renowned manufacturing ERP provider J.D. Edwards this summer, and most recently, the acquisition of demand flow and lean manufacturing software solutions from JCIT, might indicate that PeopleSoft has finally gotten its manufacturing creed. Will these moves finally and lastingly establish it as a serious contender in the manufacturing enterprise resource planning (ERP) and supply chain management (SCM) space?

Abstract: As apparel and textile companies move to outsourcing production—relinquishing direct control in favor of a more cost-effective manufacturing model—a lean supply chain may appear to be the next logical step for further implementing cost and operational improvement. Not so, however. You can’t have a lean supply chain without lean manufacturing. Regardless of whether you or your partners engage in production, lean manufacturing is the lean engine that drives lean supply chain efficiencies. Accordingly, the business requirement for stability in a constantly changing demand environment motivates the fashion industry’s search for lean supply chain management principles and practices. Intentia, in cooperation with industry experts, have written a series of thought leadership white papers on the concept of implementing lean supply chain in the fashion industry. The second of this series, From Lean Manufacturing to Lean Supply Chain explains how lean manufacturing relates to lean supply chain management and where it differs and sometimes conflicts.

Abstract: Even before the mega merger, PeopleSoft had already set it sights on a bigger manufacturing presence. PeopleSoft’s acquisition of mid-to-large ERP system developer J.D. Edwards this summer, and most recently demand flow and lean manufacturing software solution from JCIT, might indicate some deep though process rather than a number of impulse initiatives from the past.

Abstract: Vantage 8.0 is the next generation manufacturing solution developed by Epicor Software Corporation. It builds on the successes of the Vista, Vantage, Avanté and other associated discrete manufacturing product lines by introducing a total manufacturing solution for the midmarket. It is built to leverage the Microsoft® .NET Framework™ and Progressreg® OpenEdge™ Business Platform in order to provide a leading-edge technological solution that offers Epicor’s manufacturing customers a framework that will support their business needs now and in the future.

Abstract: The market place is awash with many kinds of manufacturing scheduling systems. Due to the dynamic nature of the manufacturing shop floor, it is of utmost importance that a manufacturing scheduling system can take care of these dynamic conditions.

Abstract: As with any manufacturing operation, process manufacturing has special system requirements such as formulas, unit of measure conversions, and packaging recipes. However, within the realm of process manufacturing, specific industries have needs that are more critical than others. This article explores these critical needs for the food and beverage, chemical, and a hybrid industry (textiles), so that you can focus on these requirements when evaluating enterprise-wide software.

Abstract: As with any manufacturing operation, process manufacturing has special system requirements such as formulas, unit of measure conversions, and packaging recipes. However, within the realm of process manufacturing, specific industries have needs that are more critical than others. This article explores these critical needs for the food and beverage, chemical, and a hybrid industry -- textiles, so that you can focus on these requirements when evaluating enterprise-wide software.

Abstract: A number of lean manufacturing tools and practices have long been used to reduce manufacturing waste. These include the five S's, visual controls, standardized work, mistake proofing, total productive maintenance, cellular manufacturing, single-digit setup, pull systems, sequencing, activity-based costing, and leveled production.