This white paper explores requirements engineering and its groundbreaking role in product development and engineering for the industrial segment. It discusses the best practices and benefits of requirements engineering, and how automotive manufacturers can overcome today's quality and cost challenges using those best practices supported by IBM solutions. Learn more today!
Value-driven product management is a repeatable process based on industry best practices that uses subjective and objective criteria to deliver successful products. This paper explains how assessment, alignment, achievability, accessibility, agility and accountability, the six key concepts of value-driven product management, can be applied to create a repeatable process for developing successful products.
Co-authors Moshe Cohen and Michael Lundblad examine the balance in managing business transformation and risk, look at reasons for software development's changing landscape and discuss solutions that can help your organization improve quality management to position you for innovation and growth.
Companies that successfully introduce a new requirements-engineering process not only change their process and technology but also change their thinking. While improving your requirements management and analysis practices, this step-by-step guide can help you accelerate change and process acceptance across your organization. Learn more today!
ECM can and should be applied across the enterprise as a whole. Focusing on ECM as described in this free white paper offers a disciplined, pragmatic approach to predicting and managing all types of change across an enterprise, while potentially delivering proven cost benefits and efficiency improvements throughout the organization. Learn more today!
Download this white paper and find out how technological advances are enabling collaboration to extend across the enterprise and through outsourced resources with globally distributed development. (GDD) Learn how GDD is enabling companies to expand their operations on a worldwide basis, cost and skills arbitrage, and reduced time to market.
PTC, the Product Development Company® today announced that Samsung Electronics Co., LTD (SEC), a leading digital products manufacturer of mobile phones, televisions, and semiconductors, has selected PTC Windchill as its digital product development data repository to manage an integrated BOM of mechanical, electrical and software data across its globally distributed product development environment. Windchill is the standard enterprise PLM solution at SEC because of its powerful, Web-based support of key product development processes on a single technology architecture and execution environment.
For most electronics and high tech companies, the Bill of Material (BOM) is the central hub of product definition activities. It conveys the information needed by various departments to get the product to market. However, current BOM development processes are not well-suited to today’s requirements.
IBM and PTC, leaders in product development and innovation, are offering joint solutions that combine our expertise and technology to fully support cross-enterprise product development optimization. Together, we enable companies to meet time-to-market, cost-reduction and quality requirements, in an ever-increasing, complex global marketplace.
CPDA’s Product Lifecycle Management (PLM) research programs target the critical decisions in Product Lifecycle Management challenging Design, Engineering, Manufacturing, and Information Technology managers and executives. CPDA’s PLM collaborative research programs provide indepth analysis of strategies, products, issues, processes, technologies, trends, case studies, and surveys for assessing technology, business goals and objectives, and implementation road maps.
This Webcast is brought to you by Manufacturing Business Technology, PTC, IBM. It addresses what Companies recognize as the market trends that are driving the need for Product Lifecycle Management (PLM), and how PLM is delivered with alternative business scenarios. Key speakers are Jim Brown, President and analyst of Tech-Clarity Inc, Tom Shoemaker, VP of Solutions Marketing for PTC, and Naseem Rao, Global Solutions Executive for IBM.
For most high tech companies, the Bill of Materials (BOM) is the central hub of product definition activities. It conveys the information needed by various departments to get the product to market.During this one-hour web cast, the AberdeenGroup will discuss how Best-in-Class companies are not only addressing these challenges but are excelling in their product development processes. In addition, PTC and IBM Rational will show how high tech manufacturers' can synchronize system requirements, multiple design disciplines and internal systems to provide a single definition of a product - 'a single source of truth' - throughout the product development process.
With A&D products containing tens of thousands of parts, and potentially millions of lines of software code–produced by hundreds of companies dispersed across the globe, Aerospace & Defense organizations understand the fundamental value and dire need for robust Change & Configuration Management (CM) processes. But it’s not just the number of parts, lines of code, or partners driving the need for better processes. The complexity of products and development processes, as well as the globalization of product development, are all contributing to an environment that is becoming more difficult to manage with each new program or project.
Electronics and Software Engineering are quickly merging with traditional Mechanical Engineering to create a new paradigm in auto manufacturing: Mechatronics. Industry experts predict that this shift will bring about profound advances in automotive product development. Unfortunately, existing IT and process infrastructures do not provide sufficient capabilities to support the new paradigm: multiple data silos, a lack of standardized processes, and integration issues on a tool level (Mechanical, Electronic, Software) continue to pose serious obstacles to development efficiency, and remain a frequent source of delays, quality issues and cost increases.