The decision to migrate CAD and PDM systems poses many complex challenges in areas of data volume, data integrity, impact to active programs, and cost. This presentation will focus on how Chrysler successfully overcame these challenges by establishing cross-functional teams, selecting the right partners, and creating custom developed application tools and processes to complete the migration project below cost and on time.
SaaS-based computing for PLM is here, and is both deployed and having a dramatic impact in Automotive and Transportation markets. What are the benefits of “the cloud”? Are SaaS solutions as attractive for Automotive and Transportation as it is to other industries? Which customers are most apt for the SaaS-based PLM technology and solution? All will be answered, including specific examples of deployed customers.
The long and relatively straight road of product engineering in the automotive and transportation sectors has served us well over the past decades and produced several innovative and compelling products that enrich our lives on a daily basis. The mega-trends of safety, personalization, connectivity, and security are seeing that road heading towards a cliff when it comes to not only how we manage the product lifecycle but what we consider the product lifecycle itself and how we implement processes and tools to address it. Layer on this the exponential rise of complexity in our products, whether due to regional or market variation, cost, and regulatory constraints or the growing importance of non-physical “parts” in terms of software components or the data generated from these products and the environment they operate within.This presentation will explore the inevitability of the challenges ahead and why product engineering can no longer be disconnected from manufacturing, operation, and service and how a closed loop process based on sound systems engineering principles and that includes the connected world as part of the product definition is the only right and best approach to meeting them.
Vehicle complexity continues to increase with no end in sight forcing even greater emphasis on systems engineering capabilities at OEMs and tier suppliers worldwide. Tracing requirements across an integrated configuration that includes mechanical, electrical, wiring, software, firmware, and other system-related items to validate satisfaction and compliance has become impractical and unmanageable with stand-alone system silos. The inherent warranty risks associated are forcing automotive companies to fundamentally rethink their approach to requirements management for systems engineering. Find out how breaking down the walls and bringing together requirements management and configuration and change management processes across the enterprise enables the design and delivery of our next generation vehicles.
Digitization is on the top of the business agenda for Automotive and Transportation companies. It encompasses intelligent products that are connected in intelligent networks and manufactured in smart factories and provides opportunities for new services and extended business models. Intelligent products will require enhanced product lifecycle management capabilities in the future, as companies are looking for ways to accelerate product development and engineering processes to seize the opportunity. This presentation will explore a case study on how to optimize engineering efficiency, enhance internal and external collaboration, and improve product information management along the entire product lifecycle.
OEMs are creating and evolving their business partnerships in order to address evolving market environments which require robust information/context sharing, faster innovation cycles, and increased market agility. As OEMs evolve diverse and highly complex Product Development methodologies, associated business processes, and richer semantic information exchanges (e.g., MBSE) require increased data validation and security across their IT infrastructures.There is a need for a secure and scalable framework that provides a non-invasive collaboration hub for secure product data exchange between partners based on customized process orchestrations. In this presentation, Lou Pascarella will share his views on probable solutions to enable secure OEM-to-OEM collaboration while ensuring partnership objectives are met.
In today’s challenging and demanding world, companies face the monumental pressure of cost reduction, shrinking budgets, and having to do more with less. Additionally, threats of regulatory compliance, out-sourcing, take-overs, and moving more work to the supply chain have created a sense of competition or change in business strategy as a way to pick up the loss in other areas of their business. Additionally, numerous competing entrepreneurs have also sprung to life with efficient product development practices which lack the overhead of the traditional players forcing them to rethink how they need to evolve if they want to remain in the game.
This presentation addresses one such theme referred to as “Systems Driven Product Development” (SDPD) and how manufacturers are embracing this as a leading practice to attack this challenge. The discussion will highlight the trends seen, areas of investment, and solutions executed as a means to capture attention and market share.
Global companies need to use their size to their advantage. Drawing on the best of our global teams and their collective knowledge is essential, and we need to provide the tools and promote the behaviors that can make this happen. Social media is outpacing corporate collaboration, and we need to pay attention. Facebook and Twitter have taught us that if you provide fun, intuitive tools, people like to socialize. If we can leverage this behavior in the work place, collaboration will thrive. Our internal experiment, Whirlpool Commons, is discussed, including some of the more interesting sources of inspiration (hint: they grew up with cell phones in their pockets).
Caterpillar has built its name on providing unmatched service to its customers throughout the product lifecycle. Technical information is the foundation for building customer loyalty and enables harvesting of the aftermarket. “Built for It”, The Caterpillar Service Information Solution presentation will provide attendees with a view into the Caterpillar technical information service model, the associated challenges faced in supporting over 3 million machines and engines with an average age of almost 20 years, and provide insight into some of the unique demands of Service Lifecycle Management (SLM).
Globalization, increasingly stringent regulations, and advanced automotive electronics are rapidly increasing the complexity of the automotive landscape. Advanced enterprise information technology (IT) solutions are an essential part of managing the increasingly complex automotive industry. These solutions are viewed as a way to intelligently leverage internal and external data sources, transform the brick-and-mortar workplace to the mobile environment, provide real-time collaboration around the world, and free the workforce from the tedious tasks that stifle innovation. This presentation will describe key automotive market trends that impact IT, opportunities for greater use of IT in the automotive industry, and the implications of advanced IT systems to the automotive industry.
The Guide is designed to help potential PLM users evaluate the applicability and payoffs of PLM in their enterprise, and to help existing users of PLM monitor the impact it is having on their product programs.
A CIMdata administered PLM advocacy group for the A&D industry
The PLM MAR Series provides detailed information and in-depth analysis on the worldwide PLM market. It contains analyses of major trends and issues, leading PLM providers, revenue analyses for geographical regions and industry sectors, and historical and projected data on market growth.
These reports offer country-specific analyses of the PLM market. Their focus is on PLM investment and use in industrial markets. Reports cover Brazil, France, Germany, India, Italy, Japan, Russia, South Korea, the United Kingdom, and the United States.
This report presents CIMdata’s overview of the global simulation and analysis market, one of the fastest growing segments of the overall product lifecycle management market, including profiles of the leading S&A firms.
CIMdata's definitive guide to the worldwide CAM software and services market. This comprehensive report provides critical intelligence on market size, user expenditures, trends, and segmentation, alongside authoritative rankings of the top CAM solution providers and reseller revenues.