PLM’16CONFERENCE BOOKLET

Columbia, South Carolina, USA

10 - 13 July 2016

The 13th IFIP International Conference onProduct Lifecycle Management

SPONSORS & PARTNERS

In the wake of the 4th Industrial revolution, commonly known as Industry 4.0, the need for optimi-zation and automation enabling tools and methodologies is ever growing. PLM continues to merge together parallel and discontinued aspects of product ideation, design, manufacturing, support, recycling and many other trades. This is facilitating industry cross-integration, reducing costs and increasing sustainability in complex environments empowering Product Lifecycle Management for digital transformation of industries. The ability to neutralize product data and embed viewpoint inte-gration is not new and has been researched since the explosion of CAD/CAM tools. This is what makes PLM peculiarly actual and sets it as a need, especially for the next decades where cyber-physical sys-tems and cross-functional processes will only surge.

PLM’16 welcomes the international community in Columbia, South Carolina for 4 days of scientific exchange, innovation and revolution. The conference aims to thrust the discussion on the next gen-eration processes and systems that will further enable PLM methodologies and tools. The current trends of Internet of Things, Building Information Management, Big Data Analytics, Lean Product De-velopment as well as traditional topics and PLM Educational matters will be discussed, presented, debated, contested…

Enjoy PLM’16 !

Dr. Ramy HARIK

WELCOME TO PLM’16

Biography: Dr. Ramy Harik is an Assistant Professor of Aerospace CAD/CAM in the Depart-ment of Mechanical Engineering at the University of South Carolina (USC). He is a resident researcher at the McNAIR Center for Aerospace Innovation and Re-search. His research is in the areas of Automated Fiber Placement, Shape Rec-ognition, Automation of Process Planning and Flank Milling. Dr. Harik is pub-lished in multiple journals such as CAD, CAD&A, RPJ, IJPR, IJPLM and JIM. He is a member of the CAD’xx, PLM and AIAA scientific communities. He mainly teach-es courses in Design and Manufacturing. Dr. Harik works closely with industri-al partners from The Boeing Company, Dassault Systèmes, Ingersoll Machine Tools and KUKA Robotics. His passion lies in discovering next generation manu-facturing solutions that integrates seamlessly within design systems and tools.

Ronald E. McNair

Ronald Erwin McNair (October 21, 1950 – January 28, 1986) was a phys-icist and NASA astronaut. McNair died during the launch of the Space Shuttle Challenger on mission STS-51-L.

DOCTORAL WORKSHOP

Sunday, July 10, 2016

McNAIR CENTER: 1000 Catawba Street, Columbia, SC 29201@

Moderators: Yacine Ouzrout Monica Rossi

DOCTORAL WORKSHOP

Sunday, July 10, 2016

9:00 Workflow and Parameter Management to Improve Interoperability in Mechatronic Product Develop- ment Processes. Lukas WEINGARTNER

9:35 Lifecycle based modelling of smart city systems. Ahmed HEFNAWY

10:10 Knowledge acquisition from documents for the domain of aircraft assembly. N MADHUSUDANAN

10:45 BREAK

11:00 Could the adoption of PLM systems in the New Product Development phase enhance the performanc- es of the Italian food industries? Claudia PINNA

11:35 Supporting creativity sessions using big data analytics as input for bisociation. Ma-Lorena ESCANDON-QUINTANILLA

12:10 Method to choose and deploy suitable organization and associated processes for the development of the targeted multidisciplinary product. Benjamin GUERINEAU

12:45 LUNCH

14:00 Semantic interoperability issues in the use of ontologies in PLM. Damayanthi JESUDAS

14:35 PLM implementation and adoption features: from theory to practice in two high fashion companies. Elisa D’AVOLIO

15:10 Global Traceability System based on Life cycle Approach and Cloud Computing. Dharmendra K MISHRA

15:45 Reuse of Engineering Data, Information and Knowledge in Collaborative and Automated Design Pro- cesses. Jullius CHO

16:20 WRAP UP 16:30 MCNAIR TOUR 18:00 RECEPTION AT CALIFORNIA DREAMING

The McNAIR Center is a university center focused on aerospace-related education, research, K-12 STEM support, workforce development, and industry engagement. The McNAIR Center research team includes over 30 faculty from mechanical, chemical, civil and electrical engineering. Named in honor of SC native and Challenger astronaut, the Ronald E. McNair Center for Aerospace Innovation and Research was founded in 2011 with donations from Darla Moore, Anita Zucker and Marva Smalls. The McNAIR Center’s mission is to grow South Carolina’s knowledge-based economy and support industry through aerospace education, research leadership and industry advancement. The main thrust areas of the McNAIR Center’s core research include: steered fiber nonconventional laminate design, automated novel structural composite part production, multi-disciplinary design optimization of composite (aircraft) structures, automated, fusion based assembly.

McNAIR

McNAIR

CaliforniaDreaming

California Dreaming is located at 401 Main St, Columbia, SC 29201

The McNAIR Center is located at 1000 Catawba Street, Columbia, SC 29201

South Carolina Gamecocks

The University of South Carolina’s varsity sports teams are known as the “Gamecocks”. This unique moniker is held in honor of Thomas Sumter, a Revolutionary War hero from South Carolina who was nicknamed the “Carolina Gamecock” after British General Banastre Tarleton said Sumter “fought like a gamecock.”

ACADEMIC CONFERENCE

Monday, July 11, 2016

USC ALUMNI CENTER: 900 Senate Street, Columbia, SC 29201@

ACADEMIC CONFERENCE

Monday, July 11, 2016

8:00 REGISTRATION 9:00 OPENING CEREMONY

Mayor Stephen BENJAMIN, Mayor, Columbia, SC

Dr. Zafer GURDAL, Ronald E. McNAIR Chair, Technical Director, McNAIR Center for Aerospace Innovation and Research, University of South Carolina

Dr. Abdelaziz BOURAS, IFIP WG5.1 Chair

Dr. Hossein HAJ-HARIRI, Dean, College of Engineering and Computing, USC Educational Foundation Distinguished Professor, University of South Carolina

Dr. Ramy HARIK, PLM’16 Program Chair, Department of Mechanical Engineering, University of South Carolina

Biography: Professor Karthik Ramani earned his B.Tech from the IIT, Madras, in 1985, an MS from OSU, in 1987, and a Ph.D. from Stanford University in 1991. Among his many awards he received the National Science Foun-dation Research Initiation and CAREER Award, the Ralph Teetor Educational Award from the SAE, and the Outstanding Young Manufacturing Engineer Award from SME. He is the only professor at Purdue to win both the research excellence award and commercialization award throughout the college of engineering. He also was recognized by the distance education award from Purdue University, ASME Kos-Ishii Toshi-ba award (2013), ASME Award for Research Excellence from Division of Computers-and information in Engineering division in 2014, ASME Best Paper Award from technical committees four times. He was the co-founder of now a company Imaginestics/Vizseek and more recently of start-up ZeroUI which won the Best of Consumer Electronics Show (CES 2016).

9:30 The Emergence and Role of Personalization in the Product Lifecycle. Dr. Karthik RAMANI Purdue University Donald W. Feddersen Professor of Mechanical Engineering Professor of Electrical and Computer Engineering (by courtesy)

The convergence of many factors such as low cost sensors, electronics, computing, processes and ma-chines has created the potential for changing the way users create knowledge, approach and participate in the product lifecycle as consumers. While much development of software infrastructure, hardware and connectivity is happening, we have ignored the human-in-the-loop. The emergence of natural user interfaces and connectivity between physical and virtual tools enables the customers to personalize products and participate in the design processes in new ways. In the first part of this talk I will present vi-sually integrated decision environments and natural interfaces within them. I will address how in data-in-tensive and diverse participant environments, visu-ally integrated exploration and mobile collaborative platforms can help in the shared representations, sit-uated learning and sense making. Prototypical use cases involving product analysis and supplier selec-tion will be shown. The second part of the talk pres-ents personalized design and manufacturing inter-faces. We will explore quick 3D shape composition that repurposes a smart phone during early-phase spatial design ideation. Finally I will conclude by il-lustrating how personalized manufacturing interfac-es can lower the barrier for anyone to participate in the design and fabrication processes.

KEYNOTE 1 : Karthik Ramani

Knowledge Management and Big data: Opportunities

and Challenges for SMEs. Patrick Mbassegue,

Ma-Lorena Escandon-Quintanilla, Mickael

Gardoni.

Model-based engineeing for the integration of

manufacturing system with advanced analytics. David Lechevalier,

Anantha Narayanan, Sudarsan Rachuri,

Sebti Foufou, Y. Tina Lee.

Agile and Project-planned methods in multidisciplinary

product design. Benjamin GUERINEAU, Louis Rivest, Matthieu

Bricogne, Alexandre Du-rupt.

10:40

11:00

11:20

11:40

Industrial knowledge management tools applied to engineering education. Joel Sauza Bedolla, Carlo

Rosso, Gianluca D’Antonio, Paolo Chiabert,Vittorio

Romagnoli.

Flat versus Hierarchical Information Models in PLM

Standardization Frameworks.

Sylvere Krima, Joshua Lubell.

A Lightweight Approach to Manage Engineering

Parameters in Mechatronic Design Processes.

Lukas Weingartner, Johannes Kepler, Peter Hehenberger, Michael

Friedl, Stefan Boschert, Roland Rosen.

Enhancing domain specific sentiment lexicon for issue

identification.Madhusudanan N,

Gurumoorthy B, Amaresh Chakrabarti.

An Onto-based interoperability framework for the connection of PLM and production capability

tools. Maxime Lafleur, Walter Terkaj, Farouk Belkadi,

Marcello Urgo, Alain Bernard, Marcello

Colledani.

Improvement of multidisciplinary

integration in design of complex systems by

implementing knowedge-based engineering.

Chen ZHENG, Matthieu Bricogne, Julien Le

Duigou, Peter Hehenberg-er, Johannes Kepler, San-

dor Vajna, Otto-von-Guer-icke, Benoit Eynard.

Proposal of a model-driven ontology for product development process interoperability and information sharing.

Anderson Luis Szejka, Osiris Canciglieri Junior, Eduardo Rocha Loures, Herve Panetto, Alexis

Aubry.

A Business Collaborative Decision Making System for

Network of SMEs.Muhammad Naeem, Néjib

Moalla, Yacine Ouzrout, Aziz Bouras.

SESSION 1

Knowledge sharing, re-use and preservation 1 / 2

Collaborative development architectures

Interoperability and systems Integration

Presidential Dining Conference room 1A Conference room 1C

Chair: Paolo Chiabert Chair: Matthieu Bricogne Chair: Joshua Lubell

Big data analytics as input for problem definition and idea generation in techno-

logical design.Ma-Lorena Escan-

don-Quintanilla, Mickael Gardoni.

12:00 LUNCH Old Chicago (4 minutes walking from USC Alumni Center)

Old Chicago is located at 802 Gervais Street suite 100, Columbia, SC 29201

USC Alumni Center

OLD Chicago

14:00 The NIST CPS Framework Dr. Edward GRIFFOR NIST

Biography: Abdella BATTOU is the Division Chief of the Advanced Network Technologies Division, within The In-formation Technology Lab at NIST. He also leads the Cloud Computing Program. Before joining NIST in 2012, Abdella served as the Executive Director of The Mid-Atlantic Crossroads (MAX) GigaPop founded by The University Of Maryland, The George Washington University, The Georgetown University and The Virginia Polytechnic Institute. From 2000 to 2009, he was Chief Technology Officer, and Vice Pres-ident of Research and Development for Lambda OpticalSystems, where he was responsible for overseeing the company’s system architectures, hardware design and software development teams. Additionally, he served as senior research scientist for the Naval Research Laboratory’s high speed networking group, Center for Computational Sciences from 1992 to 2000. Dr. Bat-tou holds a PhD and MSEE in Electrical Engineering from the Catholic University of America.

Abstract: This talk is a brief overview of the NIST Cy-ber-Physical Systems (CPS) concern-based Frame-work an outcome of the NIST CPS Public Working Groups, and its application to identity Pivotal Point of Interoperability for Smart Cities. CPS combines the cyber and physical worlds with technologies that can respond in real time to their environments. CPS and related systems (including the Internet of Things, Industrial Internet, and more) include co-en-gineered interacting networks of physical and com-putational components - examples include a smart grid for clean, efficient and reliable energy; intel-ligent, wearable medical devices for better health and an improved quality of life; autonomous vehi-cles that increase safety, decrease congestion, and reduce transportation costs; and interacting CPS sys-tems, such as smart emergency response working cooperatively with smart traffic networks to control traffic flows and enable faster transit of emergency vehicles to incident sites and medical facilities.

KEYNOTE 2 : Edward Griffor

The role of Manufacturing Execution Systems in

supporting Lean Manufacturing.

Gianluca D’Antonio, Joel Sauza Bedolla, Akmal

Rustamov, Franco Lom-bardi, Paolo Chiabert.

Establishing semantic equivalences in aircraft

ontology to enable semantic interoperability.

Damayanthi Jesudas, Balan Gurumoorthy.

GIS-oriented lifecycle management for

sustainability.Kiyan Vadoudi, Florian

Bratec, Nadege Troussier.

A Modular Approach for Lean Product Development

(LPD) based on System Engineering.

Dao Yin, Henry Ming.

Automatic Assembly Design for Engineering-To-Order

Products based on Multiple Models and Assembly Features.

Iraklis Chatziparasidis,Nickolas S. Sapidis.

Virtual Twins as Integrative Components of Smart

Products. Philipp Savarino.

Lean Product Development and the role of PLM.

Monica Rossi, Laura Cattaneo, Julien Le

Duigou, Sergio Terzi, Benoit Eynard, Stéphane

Fugier-Garrel.

SDM framework as a support for decision-making

traceability in design of experiments process.Farouk Belkadi, Luca

Dall’Olio, Alain Bernard, Gilles Besombes.

Linking modular product structure to suppliers’

selection strategy through PLM approach: A frugal innovation perspective.

Farouk Belkadi, Ravi-Kumar Gupta,

Ekaterini Vlachou, Alain Bernard, Dimitris

Mourtzis.

PLM-based Approach for Integration of Product

Safety in Lean Develop-ment.

Christophe Danjou, Julien Le Duigou, Magali Bosch,

Benoit Eynard.

Interoperability improve-ment in a collaborative

Dynamic Manufacturing Network. Emna Moones, El

Mouloudi Dafaoui, Ab-derrahman El Mhamedi, Nicolas Figay, Ali Koudri.

PLM in the Food Industry: an Explorative Empirical

Research in the Italian Market.

Claudia Pinna, Sergio Terzi, Marco Taisch.

Special Session - Lean Product Development and

the role of PLM

PLM and innovation PLM tools: PDM, CAD, CAM, CAPP...

14:50

15:10

15:30

15:50

16:10 Break

SESSION 2

-- -- --Presidential Dining Conference room 1A Conference room 1C

Chair: Monica Rossi Chair: Philip Savarino Chair: Iraklis Chatziparasidis

Static Product Structures: an Industrial Standard on

the Wane. Stefan Kehl, Carsten Hesselmann, Patrick Stiefel, Jörg Müller.

Mobile Manipulator Per-formance Measurement Towards Manufacturing

Assembly Tasks.Roger Bostelman, Tsai

Hong Hong, Steve Legow-ik, Sebti Foufou.

Cloud Based Meta Data Driven Product Model.

Arun Singh, Balan Gurumoorthy.

Ergonomic considerations in product design trough PLM

technologies. Ricardo Mejía, Carolina

Marroquin, Melisa Gaviria.

Traceability in Product Sup-ply Chain: A Global Model.

Dharmendra Mishra.

Integration of Mobile Device Features in Product

Data Management Systems.Michael Hopf.

KBE-PLM Integration Schema for Engineering Knowledge Re-use and

Design Automation.Jullius Cho, Thomas

Vosgien, Thorsten Prante, Detlef Gerhard.

Processing and visual analyze of heterogeneous

and multidimensional data in biomedical PLM context.

Marianne Allanic, Pierre-Yves Hervé, Alexandre Durupt , Marc Joliot, Philppe Boutinaud, Benoit

Eynard.

Implementation of Machining on the Cloud:

A case study in PLM environment.

Saurav Bhatt, Frederic Segonds, Nicolas Maran-

zana, Ameziane Aous-sat, Vincent Frerebeau,

Damien Chasset.

On the use of Process Mining and Machine Learning to support decision making in

systems design.Widad Es-Soufi, Esma Ya-

hia, Lionel Roucoules.

Product Development and PLM performance

measures: a multiple-case study in the fashion

industry.Elisa d’Avolio, Romeo

Bandinelli, Rinaldo Rinaldi.

Knowledge-based application of liaison for

variant design.Shantanu Kumar Das, Abinash Kumar Swain.

Knowledge sharing, re-use and preservation 2 / 2

Cloud Computing and PLM Tools

Traceability and performance

16:40

17:00

17:20

17:40

SESSION 3

-- -- --Presidential Dining Conference room 1A Conference room 1C

Chair: Patrick Stiefel Chair: Nicolas Maranzana Chair: Sebti Foufou

Special entertainment by local celebrity Levi LowreyBorn in Dacula, GA, Levi Lowrey has always known that he was made for music. His great, great, great-grandfather, Gid Tanner, was a fiddle player in the Skillet Lickers band during the 1920s and 30s, and was one of the first artists to ever sell a million re-cords. Lowrey began performing when he was 12 years old and has forged a veritable path of success ever since. As co-writer on Zac Brown Band’s CMA Awards nominated song, “Colder Weather,” Lowrey’s signature style of poignant honesty, both dark and light, acts like a salve for kindred souls. Drawing inspi-ration from the struggles and triumphs of his own life, Lowrey lays his heart on his sleeve, reassuring us that we’re not alone. Keep up with the latest news on Lowrey, his tour, and his mu-sic on levilowreyofficial.com, @levilowrey. #rootsandbranches #songwriter #americana.

18:30 Evening Reception: Liberty Tap room

The Liberty Tap Room is located at 828 Gervais St, Columbia, SC 29201

Alumni Center

Liberty Tap Room

USC ALUMNI CENTER: 900 Senate Street, Columbia, SC 29201

Torchbearer Statue

The Torchbearer Statue located outside the Wardlaw College of Education was donated to the University of South Carolina by artist Anna Hyatt Hun-tington. The Torchbearer represents someone who imparts knowledge, truth or inspiration to others.

INDUSTRIAL DAY

Tuesday, July 12, 2016

USC ALUMNI CENTER: 900 Senate Street, Columbia, SC 29201@

Moderators: Benoît Eynard Balan Gurumoorthy

KEYNOTE 3: Priyanka Gandhi

9:00 PLM and Internet of Things (IoT) Priyanka Gandhi PLM and Supply Chain Manager at Amazon Web Services (AWS).

Biography: Priyanka Gandhi is working as a PLM and Supply Chain Manager at Amazon Web Services (AWS) in Seattle. Priyan-ka is driving product management at one of the world’s fastest growing companies - Amazon. She’s defining the technology roadmap and developing the product vision for AWS’s 3+ billion dollar business. Priyanka is growing AWS’s business based on Bezos’ leadership principles while developing NPD/NPI processes and managing differ-ent product lines that fuel the engines of Data Centers at AWS, providing an ultimate customer experience. Prior to Amazon, Priyanka worked at Honda R & D as a PLM Project Lead in the Powersports division for 3 yrs. She was spearheading Engineering design and operations at Honda collaborating with various cross-functional groups such as Tech. Admin (SAP), IT and Supply Chain. She created synergy between design and customer experience on multiple products >5 million $ in revenue successfully reducing build and prototyping costs >1 million $. Be-fore Honda, Priyanka was working on Boeing 787 dreamliner for 6 yrs. At Boeing, she specialized on Configura-tion Management and PLM tools and processes. She managed the globally located vendor base of Boeing, and her work earned her “Pride at Boeing” award for the creation of Cascades Partner training program to provide training to suppliers on PLM tools and strategies for optimization of engineering design. Priyanka possesses an MS degree in Electrical Engineering from Rochester Institute of Technology. She received the J Watumull Alfred and Ruby Davis award for her achievements at RIT. Priyanka’s interests are primarily in expanding the horizons of PLM strategies to the cloud and Internet of Things (IoT) by being an effective leader in the digital revolution.

This talk is a brief overview of the coming together of Product Lifecycle Man-agement and Internet of Things (IoT) to facilitate digital transformation of the physical world - systems and objects. PLM, since its inception from 1982-83 by Rockwell Int’l Foundation (B-1B bomber programs) has expanded its horizons to different industries such as Aerospace and Defense, Automotive, Lifescienc-es, Medical Device, Retail and Apparel, Consumer goods, High tech electronics, Financial, Construction, Pharmaceutical etc. PLM in conventional manufactur-ing environments aims to reduce time to market by management of engineer-ing design lifecycles from inception to mass production. PLM reduces re-engi-neering, improves efficiency by incorporating principles of digital prototyping to the beginning of the design lifecycles to cut down manufacturing errors and product recalls. Application of PLM tools and techniques such as reusability of design footprint across various product lines, and migrating existing data from traditional file based systems to PLM tools has led to greater concurrent prog-ress of design by various suppliers spanning across different regions. PLM fur-ther has enabled creation of a unified collaborative centralized data repository eliminating multiple sources of data across cross-functional departments sit-ting in silos. The Internet of Things (IoT) concept is still new to most industries, however it’s already in use and has huge potential, and it’s projected that by 2020 the IoT network will encompass 50 billion objects connecting physical objects, devices, software etc. The value of IoT lies in providing greater connectivity beyond machine to machine (M2M) connection and extraction of meaningful data obtained from various devices that could be interpreted to improve the end product serviceability. PLM and IoT go hand in hand, on one hand PLM works to enhance product development, reduce manufacturing errors thus improving profitability, IoT on the other hand, aims to expand this further by digitizing the physical object(s) being manufactured to analyze and improve products right from their incep-tion all the way to mass production and even beyond(disposition). This meaningful analysis translates into product enhancements from the prototype phase brought about by this digitization. The data (parameters) collected from the prototype provide insights about its functionality with respect to the environment, its own characteristics and performance to help improve the design spec (requirements being built-in) much before it even reaches mass production (design finalization). In mass production, automatic de-tection of product failure as well as causes of post-production failure can be analyzed quickly to avoid expensive product recalls. A sophisticated IoT system could provide predictive maintenance to automatically kick-in maintenance and repair needs supporting MRO departments. Thus the vision to strategize PLM and IoT in a synergy offering holds a great promise as the era of digital trans-formation unfolds.

Biography: Jiani Zhang is Program Director of Offering Management for IBM Watson Internet of Things. As a member of IBM’s Internet of Things leadership team, Jiani leads strategy and management of the Watson Internet of Things portfolio of products and offerings focused on cross-portfolio solutions for manufacturing and Industry 4.0. Previous to this role, Jiani was the offering strategy leader and portfolio marketing leader for IBM Internet of Things. Jiani is an accomplished professional with experience in strategy consulting, marketing, technology management, and product development. With a background in electrical engi-neering and computer science, Jiani’s experience in technology development spans, from product design to development and management. She also holds expertise in management consulting, specifically ad-vising high tech companies in growth strategy, market strategy, and business transformation. Jiani holds a B.S. in Electrical Engineering and Computer Science from University of California, Berkeley and an M.B.A. from UCLA Anderson with emphasis in Technology Management.

9:45 Digital Intelligence meets Digital Business: It’s time for Cognitive Manufacturing. Jiani Zhang Program Director of Offering Management for IBM Watson Internet of Things.

10:30 BREAK

When your business thinks, you can outthink. It’s time for cognitive manufacturing, from design through manufacture and service. En-abled by IBM Watson IoT, Cognitive Manufacturing enables business transformation through intelligent assets, cognitive processes, and deeper human engagement. Embrace the cognitive manufactur-ing journey by quickly extracting value from current data and move toward advanced analytics and cognitive capabilities. Explore and understand the application of cognitive manufacturing through in-dustry specific use-cases co-created with clients and research institu-tions such as University of South Carolina. IBM Watson IoT Cognitive Manufacturing combine the scaleable and secure cloud capabilities of the IBM Watson IoT Platform with purpose-built applications that help drive quality improvement, in-crease process efficiency, and improve asset reliability. Infused with industry expertise, the solution brings together multiple data sourc-es and analytics and cognitive capabilities to deliver industry- and client-specific insights at scale.

Jiani Zhang

Biography: Mr. Jim Doxey has been involved in PDM/PLM systems analysis, creation and as a hands on user and sys-tems administrator for the past 25 years. He got his start in PDM on the Boeing 777 Airplane program and was one the key business systems analysts to drive the creation of the PDM tools in-house, then specify COTS solutions for the entire Commercial Airplane division. What transpired after that time was 20 years of experience in Silicon Valley, supporting over a dozen companies in tools and process devel-opment. He earned a BS in Design Engineering and MS in Computer Integrated Manufacturing from Brigham Young University. He is the founder of numerous user groups on the subject including the orig-inal IPDMUG (International PDM Users Group) founded in 1993 which spanned all companies regardless of systems employed.

11:00 PDM/PLM – What’s not to like? Jim Doxey PLM Program Manager at Dropbox.

This simple question begs several other questions. A few answers discovered by the author over the past 25 years as a PLM advocate and practitioner will shed light on the subject. The concept of PDM (as it was originally called) has evolved into a broader term and scope of PLM. What’s not to like? Practical-ly everything? Is there any one solution to solve these complex problems of configuration management and product development/lifecycles? There isn’t a single person alive today who, as the alarm goes off, rushes to work on their PLM system, excited about the possibilities of the new day. What’s wrong with this picture? The author will go into three sub sections includ-ing the 3 P’s: People, Process and Products. As with every new technology, adoption is key and finding the right mix and recipe for success has been the passion with which Mr. Doxey has approached the challenges of being a Product Lifecycle Management practitioner. Although this discussion is tools agnostic, it may include snippets of what is the state of the art in Silicon Valley and what’s to come. The main purpose is to inspire the rising gener-ation and educational leadership to adopt sound PLM principles and vision (which shouldn’t fade over time).

Jim Doxey

11:45 PLM and Lean Product Development - specificities and mutual contribution. Michel S Maurino President at Mews Partners.

12:30 LUNCH: Southern Buffet at USC Alumni Center Ballroom.

Michel S Maurino

Biography:

Michel Maurino is the founder and President of Mews Partners, a European-based management and IT consulting firm focused on Product / Program performance, providing consulting services to major industrial companies in Europe.

Previously, Michel was a managing consultant for Accenture and a design engineer for Schlumberger.

Michel holds a MS degree in electrical engineering from CentraleSupélec and a MBA from CNED.

The lecture focuses on the link between PLM and Lean Engineering, based on the lessons learned on a number of projects delivered within major in-dustrial corporations.

We will develop two complementary and particularly interesting angles of this topic: 1. Generic lean principles (eliminate waste, make process visible…), applicable to virtually all activities apply also to product lifecycle manage-ment and can help make it simpler and more effective. The leitmotiv could be “simplify, then automate” 2. Set-Based Concurrent Engineering, a specific aspect of lean ap-plied to product development, challenges the way conventional methods manage front-end design. It delivers better product modularity, innovation introduction and design quality. But it requires new capabilities from PLM, such as managing building blocks.

Biography:David Ewing is the Product Marketing Manager at Aras. In this role he is responsible for translating techni-cal details into content that can be digested by all levels of a customer’s firm, interfacing with Aras part-ners and working with customers on various projects. David is responsible for Aras Innovator’s adherence to Configuration Management standards.Previously David was a Product Manager, where he focused on the design, definition and development of future solutions including configuration & change management. David has over 15 years of experience implementing configuration management concepts in PLM in the aerospace industry. Prior to joining Aras, David was responsible for PLM usage and development at Cummins and previously at B/E Aerospace where his team developed capabilities for Model Based Definition, Configuration Management, Materials Libraries, design automation and other business process workflows. Previously,David was with General Electric where he developed CAD automation capabilities for the Energy and Air-craft Engine businesses.David holds a BS in Mechanical Engineering from the University at Buffalo and an MBA in Management from Purdue University. He is certified in Configuration Management (CMII), Project Management (PMI) and a green belt in DMAIC and DFSS.

In today’s product landscape, systems level thinking is a must have capability. Product teams are developing com-plex next-generation products that look beyond the tradi-tional 3D CAD development process. Product development has gone full scope to include Electronics, Software, Pack-aging, Services, IoT, Cost, Compliance, Variants-Options, etc. You cannot build profitable, well received products without this all-encompassing vision. This is the Business of Engineering.To deal with the growing complexity firms are returning to an old friend, Systems Engineering, to help them real-ize successful products. Defining requirements and func-tionality early in the process is only part of the solution. Flowing the product requirements, synthesis data and val-idation throughout the business enables truly successful and integrated product development. Find out about new approaches that facilitate MBSE to drive the Business of En-gineering with existing systems like ALM and PLM and con-nect processes across the company and suppliers. Learn how to take the “BS” out of MBSE and provide a foundation for tomorrow’s product development process.

David Ewing

14:00 Systems-based Product Development in the Business of Engineering. David Ewing Product Marketing Manager at Aras

14:45 The virtual factory, Industry 4.0 and PLM. Fabien Tertois Senior Manager at Mews

15:30 Break

Fabien Tertois

Biography:

Fabien Tertois is a Senior Manager at Mews Partners, a European-based management and IT consulting firm focused on Product / Program performance. An expert in the design and deployment of PLM solutions for industry, with extensive experience in the Energy and Automotive sectors, Fabien’s focus areas are Vir-tual Factory and Asset Lifecycle Management. Previously Fabien was a PLM project manager for Areva.

Industry 4.0 is one of the strongest industrial trends of the last few years. Even though everybody talks about it, the path towards this objective remains blurry for many indus-trial companies. As more and more different manufactur-ing techniques become mature, industrial companies do more and more trade-offs when it comes to industrializ-ing a new product. The virtual factory implemented in the PLM contributes to make the right choice in such trade-offs. However there are pitfalls to avoid in such projects, such as digital discontinuity.

KEYNOTE 4: Alain Bernard

Biography: Prof. A. Bernard, 57, graduated in 82, PhD in 89, was associate-Professor, from 90 to 96 in Centrale Paris. From Sept. 96 to Oct. 01, he was Professor in CRAN, Nancy I, in the “Integrated Design and Manufactur-ing” team. Since 0ct. 01, he has been Professor at Centrale Nantes and Dean for Research from 07 to 12. He is researcher in IRCCyN laboratory (UMR CNRS 6597) in the “Systems Engineering –Products-Perfor-mances-Perceptions” team. His research topics are KM, PLM, information system modeling, interoper-ability, enterprise modeling, systems performance assessment, virtual engineering, additive manufac-turing. He supervised 30 PhD students. He published more than 250 papers in refereed international journals, books and conferences. He is vice-President of AFPR (French Association on Rapid prototyping and Additive Manufacturing), vice-chairman of WG5.1 of IFIP (Global Product Development for the whole product lifecycle) and member of CIRP Council.

16:00 PSLM (Product-Service Lifecycle management): A link between PLM and Systems Engineering Dr. Alain Bernard Ecole Centrale de Nantes

16:45 Round table discussion Chair: Klaus-Dieter Thoben

Systems modeling is evolving with the concept of prod-uct-service in order to reply to the goals of lifecycle management of information attached to the life of sys-tems. Based on upgraded models and usage scenarii, it is nowadays indispensable to allow the numerous actors to integrate their specifications and to manage them to ensure the expected performances. Systems include physical elements, which provide oper-ational solutions for value production, and also sensors and information systems that support information cap-ture and processing, giving opportunities for follow-up and self-learning from systems in use.And, consequently, the challenge is to have models al-lowing the representation and the processing of infor-mation, including the consolidation with respect to spe-cific domain applications and to specific actors needs along the product-service systems lifecycle.This keynote will propose several initiatives in such a way in different domains like design and cruise manage-ment of boats or monitoring of industrial machines. A methodological approach and the first definition of an integrated platform will be introduced, platform dedi-cated to the lifecycle management of product-service systems, in an interoperable context for all the actors of the Product-Service System Lifecycle.

BOW TIE GALA DINNER

19:00 Gala Dinner USC Alumni Center Ballroom

USC ALUMNI CENTER: 900 Senate Street, Columbia, SC 29201

Automated Fiber Placement

McNAIR’s Fiber placement facility (Ingersoll Machine Tools Lynx AFP 16 x 0.250”) operational and available for large scale specimen production, prototyping and research.

ACADEMIC CONFERENCE

Wednesday, July 13, 2016

USC ALUMNI CENTER: 900 Senate Street, Columbia, SC 29201@

ACADEMIC CONFERENCE AND INDUSTRIAL VISIT

Wednesday, July 13, 2016

Information Lifecycle Man-agement (ILM)

9:00

9:20

9:40

Building Lifecycle Manage-ment System for Enhanced Closed Loop Collaboration.

Sylvain Kubler, Andrea Buda, Jérémy Robert, Kary

Främling, Yves Le Traon.

On Applicability of Big Data Analytics in the Closed-Loop

Product Lifecycle: Integra-tion of CRISP-DM Standard.

Elaheh Nabati, Klaus-Dieter Thoben.

BIM ecosystem research: What, why and how? Framing

the directions for a holistic view of BIM.

Vishal Singh.

Comparing PLM and BIM from the Product Structure

Standpoint. Conrad Boton, Louis Rivest, Daniel Forgues, Julie Jupp.

Information gathering in closed-loop PLM systems - Social Networks as models for the Internet of Things?

Marco Lewandowski, Klaus-Dieter Thoben.

SESSION 4

Special Session - Building Information Modeling (BIM)

Big Data analytics and Business Intelligence

Model of Monetarisation of the Non-Availability of

Intralogistics Systems for the Evaluation of

System Design Alternatives.Friederike Rechl.

Understanding PLM system concepts to facilitate its

implementation in SME: the real case study of POULT.Laureline PLO, Vincent

Robin, Phillippe Girard.

Multi-party Interactive Visioneering Workshop for Smart Connected Products in Global Manufacturing

Industry Considering PLM.Satoshi Goto, Elio Trolio,

Osamu Yoshie, Kin’ya Tamaki.

-- -- --Presidential Dining Conference room 1A Conference room 1C

Chair: Sylvain Kubler Chair: Klaus-Dieter Thoben Chair: Vincent Robin

Toward an extensive data integration to address re-verse engineering issues.

Jonathan Dekhtiar, Alexandre Durupt,

Matthieu Bricogne, Dimitris Kiritsis, Harvey Rowson,

Benoit Eynard.

Smart Manufacturing: Char-acteristics and Technologies.

Sameer Mittal, Muztoba Ahmad Khan, Jim Davis,

Thorsten Wuest.

A spatio-temporal product lifecycle network represen-

tation.Kumari MC, Amaresh

Chakrabarti.

Analyzing the Value of Prod-uct Lifecycle Management from Grounded Theory &

Models. Abram Walton, Matthew Breault.

10:00 BREAK

Posters displayed in Presidential dining:

10:30

10:50

11:10

Special Session, Industry 4.0: A new challenge for PLM?

Metrics, standards and regulation

An IoT fueled DSS for MOL Marine Auxiliaries

Management.Moritz von Stietencron,

Karl Hribernik, Carl C. Rostad, Bjornar Henriksen,

Klaus-Dieter Thoben.

Lifecycle Management in the Smart City Context: Smart

Parking Use-Case.Ahmed Hefnawy, Aha Elhariri, Aziz Bouras,

Chantal Cherifi, Sylvain Kubler, Jérémy Robert,

Kary Främling.

Error Generation, Inventory Record Inaccuracy (IRI) and Effects on Performance: A

Dynamic Investigation.Wissam EL Hachem, Ramy

Harik, Joseph Khouri.

Product/Service/Systems (PSS)

Role of Industrial Internet platforms in the manage-ment of product lifecycle related information and

knowledge.Karan Menon, Hannu Kärk-

käinen, Jayesh Prakash Gupta.

Design of handle elevators and ATR spectrum of material manufactured

by stereolithography. Diana Băilă, Ionuţ Ghionea, Oana Mocioiu,

Sasa Cukovic, Mihaela Ulmeanu, Cristian Tarbă, Livia Lazăr.

Lathe machining in the era of Industry 4.0: Re-manufactured lathe with integrated measure-ment system for CNC generation of the rolling

surfaces for railway wheels.Ionuţ Ghionea, Adrian Ghionea, Daniela

Cioboată, Sasa Cukovic.

Performance Analysis of CyberManufacturing Sys-

tems: A Simulation Study.

Zhengyi Song, Young Moon.

Diverse Scope Coordination in Design Management.

Shuichi Fukuda.

-- --Presidential Dining Conference room 1A

Chair: Thorsten Wuest Chair: Zhengyi Song Chair: Ahmed Hefnawy

Conference room 1C

SESSION 5

11:50 Awards & Closing Session (with Boxed Lunch). IFIP Best Paper Award IFIP Best Student Award

CLOSING SESSION

Dr. Louis Rivest

Biography:

Professor Rivest started his career at the Engineering Division of Bombardier Aerospace. He joined E.T.S. (Ecole de technologie supérieure) in Montreal in 1999 as a professor at the Department of Automated Production Engineering. His teaching and research activities relate to CAD, Product Data Management and PLM. He is actively involved in various R&D projects with the aerospace industry. His expertise encompasses geometric search, geometric comparison, information re-use, and model-based definition im-pact on industry practices.

11:30 Identifying PLM themes, trends and clusters through ten years of scientific publications. Felix Nyffenegger, Louis Rivest, Christian Braesch.

CLOSING TALK

THE BOEING COMPANY, NORTH CHARLESTON, SC

INDUSTRIAL VISIT

Wednesday, July 13, 2016

THE BOEING COMPANY, NORTH CHARLESTON, SC@

12:30 Departure from USC Alumni Center14:00 Arrival to BOEING 14:30 Tour of Composites Manufacturing16:00 Tour of 787 Final Assembly17:00 Departure from BOEING17:15 Free time in Charleston SC19:30 Return to Columbia21:30 Arrival at USC Alumni Center

PROGRAM CHAIRS

CONFERENCE CHAIRS

ORGANISATION COMMITTEE

Balan GurumoorthyIISc Bangalore

India

Arvind RangarajanGE Global Research

USA

Farhad Ameri Texas State Univ.

USA

Ramy HarikU. of South Carolina

USA

Louis RivestETS Montréal,

Canada

STEERING COMMITTEE

(Chair) Alain Bernard ECN Nantes

France

Abdelaziz BourasQatar University

Qatar

Benoît EynardUTC Compiègne

France

Sebti FoufouQatar University

Qatar

Shuichi FukudaHon. Professor

Japan

Chris McMahonUniversity of Bristol

United Kingdom

Sergio TerziPolitecnico di Milano

Italy

K.-D. ThobenUniv. Bremen

Germany

DOCTORAL WORSHOP

LOCAL COMMITTEE

(Chair) Yacine OuzroutProfessor

Lyon Univ. France

(Co-Chair) Monica RossiPolitecnico di Milano

Italy

(Chair) Joshua TarbuttonU. of South Carolina

USA

(Webmaster) Christophe Danjou ETS

Montréal Canada

(Registration)Pete Windham

U. of South Carolina USA

(Program & Graphic Design)Samar Mouawad

(Administrative Assistant)Angel Anderson

U. of South Carolina

SCIENTIFIC COMMITTEE

Aoussat, AmézianeBandinelli, RomeoBernard, AlainBilalis, NikolaosBouras, AbdelazizChakpitak, NopasitChiabert, PaoloCugini, UmbertoDanjou, ChristopheDe Senzi Zancul, Eduardo Demolly, FredericDutta, DebashishEynard, BenoitFoufou, SebtiFukuda, ShuichiGirard, PhilippeGurumoorthy, BalanHamad, RafiqHarik, RamyHartman, NathanHehenberger, PeterHong, Paul Huang, GeorgeJupp, JulieKärkkäinen, HannuKidane, AddisKiritsis, Dimitris Lampela, HanneleLe Duigou, JulienLim, Jong GyunLu, Wen Feng

FranceItalyFranceGreeceQatarThailandItalyItalyCanadaBrasilFranceUSAFranceQatarJapanFranceIndiaCanadaUSAUSAAustriaUSAHong-KongAustraliaFinlandUSASwitzerlandFinlandFranceKoreaSingapore

SCIENTIFIC COMMITTEE

Malmqvist, JohanMaranzana, NicolasMatei, MihaitaMc Kay, Alison Mc Mahon, Chris Noël, Frédéric Nyffenegger, FelixOuzrout, YacinePanetto, HervéPark, Young Won Won Pels, Henk Jan Peruzzini, MargheritaQuintana, VirgilioRachuri, SudarsanRivest, LouisRossi, MonicaRoucoules, LionelSapidis, Nickolas S.Sauza Bedolla, JoelSchabacker, MichaelSegonds, FrédéricSilventoinen, Anneli Smirnov, Alexander SmirnovTarbutton, JoshuaTerzi, Sergio Thoben, Klaus-DieterThomson, VinceVajna, Sandor Vieira, DarliVishal, Singh Young, Bob

SweedenFranceCanadaUKUKFranceSwitzerlandFranceFranceJapanThe NetherlandsItalyCanadaUSACanadaItalyFranceGreeceItalyGermanyFranceFinlandRussiaUSAItalyGermanyCanadaGermanyCanadaFinlandUK

Marco GarettiObituary

Marco Garetti, PLM conference steering committee member and our beloved colleague, peacefully passed away last April 4th, 2016. This was very sad news for our PLM Community. Marco, Professor at Politecnico di Milano, was one of the founders of our community as well as the IJPLM journal. He was always available and served for years as chair or co-chair of the IFIP PLM International Conference that he hosted with his team in 2007 in Italy.

Marco was a passionate and energic researcher. He pushed the world of PLM a step forward and pro-moted a multi-disciplinary culture. Marco was always driven by a genuine and honest intellectual inter-est and spent part of his time initiating younger generations to the research work. Marco has launched several activities, such as the International Doctoral Workshop on Product and Asset Lifecycle Man-agement (in collaboration with IFIP WG5.1, WG5.7 and IFAC WGs), which gives today the opportunity to many PhD students to share their findings with their peers and with professors and experts of our community.

Marco left us with wonderful memories. He will be sorely missed and lovingly remembered by all of us.

Sergio Terzi & Abdelaziz BourasOn behalf of the WG5.1 and PLM Conference members

Marco Garetti (1946-2016)

University of South Carolina, 2016

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