100 likes | 244 Views
I P L I. Initiative for Product Lifecycle Innovation (I P L I ). Hazim El-Mounayri IPLI director Mechanical Engineering Department Purdue School of Engineering & Technology IUPUI Clayton Nicholas IPLI leadership team Industry Research Development Specialist
E N D
IPLI Initiative for Product Lifecycle Innovation (IPLI) Hazim El-Mounayri IPLI director Mechanical Engineering Department Purdue School of Engineering & Technology IUPUI Clayton Nicholas IPLI leadership team Industry Research Development Specialist Office of Vice Chancellor for Research Purdue School of Engineering & Technology IUPUI PLM Roundtable May 22, 2014
IPLI MOTIVATION Accelerating innovation and achieving a higher competitive edge in today’s global market represent a significant challenge to many companies. http://maaw.info/ArticleSummaries/HertensteinPlattFigure1.gif The traditional approach is based on NPDI practices that are: Slow, Resource intensive, costly, inflexible, and hard to control and manage. PLM Roundtable May 22, 2014
IPLI MOTIVATION Overcoming limitations of traditional approachthrough: PLM PLM advantages: • Reduce the non-value added activities • Enable real time collaboration This is possible through: • Integration of all product related data and processes; • Elimination of the boundaries in the value chain. PLM Roundtable http://www.industryweek.com/product-development/broadening-plm-footprint May 22, 2014
IPLI MOTIVATION Commercial PLM software PLM Roundtable May 22, 2014
IPLI MOTIVATION Where do companies stand on the Implementation or “Maturity” scale of PLM? “The average PLM maturity is slightly over 2”. Most companies are at a low implementation level [1] PLM Roundtable May 22, 2014 [1] http://viewpoints.kalypso.com/
IPLI MOTIVATION Feedback from industry: • Industrial Advisory boards • Local Industry survey We conducted a “voice of the customer” survey and of the 28 respondents; implementation and integration of PLM software was high on the list of needs PLM Roundtable May 22, 2014
IPLI • PLM Implementation • PLM Education Motivation: IPLI http://www.iupui.edu/~ipli/ (http://www.ipli.iupui.edu) IPLI will leverage IUPUI expertise and resources, and a major PLM software grant, to address challenges in Product Lifecycle practice, with a focus on industry needs, as well as support the education of the next generation of engineers with PLM credentials. PLM Roundtable May 22, 2014
IPLI Current resources • Expertise from different disciplines spanning the PLM platform/spectrum. Members of IPLI and affiliated units have many years of experience in relevant areas, including: • PLM • Digital design and manufacturing • Advanced Engineering • Systems Engineering • Advanced visualization • Facilities to support the mission and objectives of IPLI • Research labs • PLM lab • Advanced manufacturing labs • Computer labs • Software (NX, SolidWorks, Solid Edge, Creo, Teamcenter, ANSYS, etc.) • Hardware PLM Roundtable May 22, 2014
IPLI Current resources (cont’) Product lifecycle management: Core labs/centers/institutes: • PLM lab • Advanced Engineering and Manufacturing Laboratory (AEML) Digital manufacturing and design: Core labs/centers/institutes: •Advanced Engineering and Manufacturing Laboratory (AEML) • Dental Biomechanics Research Laboratory (DBRL) • Living Lab (LL) • Integrated Nanosystems Development Institute (INDI) • Advanced Visualization Lab (AVL) • Engineering Design Research Laboratory (EDRL) Advanced Engineering: Core labs/centers/institutes: • Multibody Dynamics Lab (MDL) • Advanced Visualization Lab (AVL) • Advanced Materials Laboratory (AML) • Integrated Nanosystems Development Institute (INDI) • Initiative for Product Lifecycle Innovation (IPLI) • Dental Biomechanics Research Laboratory (DBRL) • Mechatronics Research Laboratory (MRL) PLM Roundtable May 22, 2014
IPLI IPLI priorities & roadmap PLM Roundtable May 22, 2014