Abstract: On January 5, 2009, the American Design Communities presented a document to the US Congress called “Redesigning America’s Future: 10 Design Policy Proposals for the United States of America’s Economic Competitiveness & Democratic Governance.” Indeed, design is gaining importance in every area. This discussion with technologist Elif Tutuk explores how design thinking could be applied to business intelligence (BI).

Abstract: When the product alone was the primary basis of competition, the life of a design engineer was a lot simpler. No more. Design engineers are being asked to make an increasingly complex set of trade-offs, requiring a very cross-functional and inter-enterprise approach to the design process.

Abstract: Electro-mechanical design continues to gain importance, as the majority of today’s products have both electrical and mechanical components and systems. Designing and stimulating these products collaboratively across both domains is essential to producing high quality products. Learn how implementing an electro-computer-aided design (ECAD) and mechanical computer-aided design (MCAD) strategy—now—can help you later.

Abstract: Design globalization—and the access it provides to new markets, talents, and resources around the world—offers many opportunities to manufacturers today. Tapping into this growing network of suppliers and partners does bring risks and challenges. You can achieve best-in-class performance in a global design environment and achieve greater profitability. Find out the product design strategies of best-in-class manufacturers.

Abstract: In today's competitive engineer-to-order (ETO) manufacturing environment, procuring components on time and within budget is crucial. With rising fuel costs and increased international trade, supply chain management software can help ETO organizations get—and stay—ahead of the competition.

Abstract: Engineer-to-order (ETO) manufacturing needs a high level of integration between ERP and PLM systems. This article points out that ERP and PLM solutions are moving toward each other to achieve more organic data and process connectivity.

Abstract: The requirements of the engineer-to-order (ETO) environment create special challenges for capital equipment manufacturers. Traditional material requirements planning (MRP) techniques don’t account for these manufacturers’ needs. Before you invest in manufacturing software, you should carefully consider 10 questions to ensure that software vendors are focused on your business and can deliver the solution you need.

Abstract: Engineer-to-order (ETO) and project-based companies look to information technology (IT) to improve processes and gain a competitive edge. However, building complex products to exact customer specifications requires unique software. But what exactly are the software requirements of ETO and project-based manufacturers? Remember, the wrong software can cost about the same as the right software—until you try to use it!

Abstract: Maintaining a competitive advantage is paramount, no matter what business you operate within. Engineer-to-order (ETO) companies that produce complex products, usually in low volumes, and with project control techniques, are no exception. A lean enterprise involves the reduction or elimination of any activity that does not add value to a customer. In order to effectively utilize lean, lean concepts must be taken from the manufacturing floor and used thorough the ETO enterprise. This paper demonstrates how IFS applications supports the principles of developing a lean enterprise for ETO organizations. It demonstrates how process improvements apply equally to office-based functions, manufacturing, installation, and service activities.

Abstract: A manufacturer of multiple electronic goods needed to maximize its available storage. A logistics modeling and design tool can help the company benefit from pull replenishment and focused storage approaches to logistics by enabling users to evaluate different storage options. Find out how the solution can support transition during initial design, including re-engineering of existing process, for continued results.

Abstract: The key to plant efficiency and profitability is open communication between those who design industrial facilities and those who operate and maintain them. Communication between these entities has been lacking, however. Companies that use design, operate, and maintain (DOM) concepts can facilitate and standardize their proactive approaches to this open communication—whether collaboration takes place internally, or with outside designers.

Abstract: Dashboards are a popular means to deliver important information at a glance, but their potential is rarely realized. The best software in the world will not produce a useful dashboard without effective visual design. To better understand the concept of business intelligence dashboards in the first place, it is thus vital to understand the common pitfalls of dashboard design.

Abstract: Historically, companies have invested in tactical and operational supply chain technology solutions. These solutions helped model and operate existing supply chains, without addressing overall supply chain design and strategy. Companies are increasingly turning to strategic solutions such as supply chain design and optimization (SCDO) to help satisfy customer demand while balancing limitations on supply and the need for operational efficiency.

Abstract: Now that you have planned and assessed your new system, it’s time to explore the next phase of the integration process: design and pre-deployment testing. Part 4 of this 4-part e-book series provides a basis for the exploration of network design. In addition, it includes a report card that will help you select the appropriate design and validation software tools for your Internet protocol telephony (IPT) system.

Abstract: To assure flexibility and lasting value, information system designs and product selection must be guided by an architectural plan for infrastructure and applications systems. The Art of architecture design is in extracting business requirements; the Science is translating them into technology solutions.

Abstract: This article provides hints for the design of e-learning courses with regard to target audience, navigation, objectives, motivation, media, interactivity, assessment, aesthetics, tool selection, and evaluation.

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.

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 distribution environment.