Abstract: Aerospace and defense (A&D) has unique security needs. Avoiding the unauthorized sharing of technical information and intellectual property is essential. Product development systems (PDSs) provide the secure, real-time collaboration A&D needs, including extended and secure collaboration of distributed product development processes. PDSs control access to intellectual property, mitigating information sharing risks.

Abstract: Tackling the transformation to lean production is high-priority in the aerospace industry. After all, lean manufacturing eliminates waste from essential manufacturing processes and helps you measure up to your competitors. But how can you attain true lean transformation—and what specific steps does your company need to take? Take a self-rating test and see where your company really stands.

Abstract: Aerospace and defense (A&D) companies are constantly seeking better ways to manage complexity, cut costs, and boost productivity. One of the most challenging areas within the A&D industry is maintenance, repair, and overhaul (MRO). To introduce new efficiencies and reduce MRO costs, many companies are looking beyond standard business practices to new strategies that promise solid business results.

Abstract: The aerospace and defense (A&D) manufacturing industry is always changing. That’s why A&D manufacturers are constantly seeking better ways to manage complexity, cut costs, and boost productivity. In pursuit of these objectives, A&D manufacturers are looking beyond standard practices to new business strategies that promise solid business results. But which strategies and practices are right for your company?

Abstract: The airline industry is constantly undergoing change, and the ability to adjust swiftly is imperative. The need to improve safety while offering competitive prices is an ever-present challenge. That’s why the industry requires solutions in every crucial aspect of business—from accounting and finance, route profitability, human resources (HR), materials management, and enterprise management, to customer relationship management (CRM).

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.”

Abstract: Performance reviews are an essential and productive use of employee and manager time. A well-defined competency model can discover insights into individual, workgroup, and even entire workforce performance, helping enterprises gain true business advantage in their industries and marketplaces. Employee consultations and reviews, appraisals, and developmental decisions no longer need to exist as isolated business functions.

Abstract: A leading application service provider of business applications needed to develop a replica of enterprise resource planning (ERP) for veterinary practice. The application required customer relationship management (CRM), supply chain management (SCM), a financial accounting system, human resource (HR) management, and medical records management. Rishabh Software developed the solution using EJB, XML, Java servlets, JSSE, JBoss, and J2ME technologies.

Abstract: The benefits of implementing a manufacturing system are well known and well documented, but there are many factors to consider when selecting a system. Companies seeking to automate their manufacturing systems, wanting to upgrade entry-level software, or seeking new technology need to ask themselves serious questions to determine if and what type of enterprise resource planning (ERP) system to get. Learn how to assess if you need a new ERP system for your process manufacturing environment.

Abstract: Have you come to the conclusion that your company needs a supply chain planning system? Do you need to provide management and other key decision makers with reasons why you need a supply chain planning system? One way that a supply chain planning system can help you is by enforcing best practices and processes. Get more details on this and 10 other reasons why you should implement a supply chain system that works for you.

Abstract: As time passes, enterprise resource planning (ERP) systems drift further and further into misalignment with enterprise goals, strategies, and tactics. Eventually your legacy ERP system begins to interfere with your company’s ability to operate efficiently. Examine ERP evaluation criteria and techniques, and equip yourself with the tools and knowledge you need to measure your current ERP system’s effectiveness.

Abstract: The core components of a retail information system are inventory management, inventory optimization, revenue management, sales management, and reports and inquiries. Non-core components can include financial, supply chain management, enterprise resource planning, customer relationship management, and warehouse management systems.

Abstract: Customer Relationship Management (CRM) systems are software systems that cover the range of interaction a company has with its current, or potential customers. Its functionality can include marketing automation, sales force automation, help desk, customer service and support, partner management, contract management and creation, project and team management, Internet sales, e-mail response management, analytics, and important technical criteria.

Abstract: Effective IP management requires proper allocation of address space for adequate address capacity as needed, as well as accurate configuration of DHCP and DNS servers. Along with flawless configuration and management of each of these foundational elements of Internet protocol (IP) address management, address managers must also integrate these management functions into the broader IT network management environment.

Abstract: Since our research-driven beginnings, Johnson & Johnson Advanced Sterilization Products (ASP) has continually improved the new product development (NPD) process. Detailed process mapping has revealed three tiers of business metrics, starting with drivers and moving up through execution metrics to business performance metrics. When driver metrics improves, so does business performance. Six Sigma tools helps identify specific metrics at all tiers and the causality linkages among them. Each NPD process step at ASP results in a deliverable, and each deliverable relates to a trade-off triangle (cost-time-resources) and, ultimately, to investment dollars. To track performance, ASP calculates how actual NPD decisions and what-if scenarios affect deliverables, alter investment triangles, and thereby influence business results. ASP uses similar process and tools, including the investment triangles and Six Sigma QFD, to make idea management decisions. The IDweb real-time software environment enables both the NPD and idea management processes at ASP. By deploying the strategic planning, idea management, portfolio and pipeline management, process management, and resource management modules of IDweb, ASP has increased throughput by 20 percent and reduced cycle time by 40 percent.

Abstract: The 2006 PMI Research Conference was an excellent venue for gauging the direction in which project management research is heading. The presentations of the areas of portfolio management and program management confirm the rising demand for project portfolio management solutions.

Abstract: This guide to supply chain management (SCM) functions/features will help you determine which SCM features are a high priority for your organization. Learn about SCM functions and features for WMS, TMS, international trade logistics (ITL), supplier relationship management (SRM), demand management, supply chain analytics, order management, service parts planning, and more.

Abstract: If you are implementing or considering Microsoft Axapta as your ERP system, or providing Axapta-related services, this note provides an overall understanding of how the system fits together to run a business. This section reviews the major design factors affecting system usage in a manufacturing environment.