LEAN and PLM: Two Complementary Pillars for ENTERPRISE AGILITY

Authors

  • Muriel Pinel Material for Mechatronic) Université de Savoie France
  • Christian Braesch SYMME Laboratory (Systems and Material for Mechatronic) Université de Savoie. France
  • Magali Pralus SYMME Laboratory (Systems and Material for Mechatronic) Université de Savoie. France
  • Laurent Tabourot SYMME Laboratory, Université de Savoie France
  • Pierre Bonnal CERN, European Laboratory for Particle Physics, Geneva, Switzerland. Switzerland

Keywords:

product lifecycle, lean, ambivalence paradigm, process

Abstract

Faced with a constantly evolving environment, firms implement tools stemming from projects which are aimed at increasing operational agility. Whilst these projects have shown their relevance by developing axes of improvement in various sectors, the overall impact of the modifications on the rest of the enterprise has not been measured. In this article, we will focus on two approaches; Product Lifecycle Management and Lean, both of which contribute to the search for agility. Lean tools are used to improve company performance by developing its’ abilities to adapt to a given situation. These evolutions often result in the modifications of both products and the management and production methods of these products. On the other hand, PLM tools (used to ensure a good control of the system to reference the company’s products), are often perceived as an obstacle to the agility advocated by Lean. PLM and Lean projects should not be set against each other nor seen to be in competition with each other. So, we propose to apply the ambivalence paradigm to develop synergies in the search for operational agility. We will illustrate this proposition using a maintenance management project deployed at the CERN.

Author Biographies

  • Muriel Pinel, Material for Mechatronic) Université de Savoie France

    She holds engineering degree in mechanical engineering from the Ecole Nationale Supérieuredes Arts et Métiers (ENSAM - Paris-Tech). She is currently PhD studentat the University of Savoy. She firstly worked in several mechanical firms (gas turbine, aeronautics…). As a mechanical engineer, she acquired knowledge relativeto product design and manufacture. After an experiencein an implementation project of a Document Management system, she became interested inInformation Systems, and more precisely in the PLM approach. For five years, she has been working inthe SYMME Laboratory (Systems and Material for Mechatronic). Her research, based on results from aworking group of PLM project managers of SMEs, is focused on product information system implementation.

  • Christian Braesch, SYMME Laboratory (Systems and Material for Mechatronic) Université de Savoie. France

    He is currently Associate Professor at IAE Savoie Mont-Blanc of the Université de Savoie and is . He received a PHD in Automation and Computer Science from the Université de Franche-Comté. He has actively participated in several international and national R&D Projects: ArchWare (IST-2001-32360), DRE (France, CNRS) SYM-SIPROD (France, Rhône-Alpes), ISPRI-PLM (France, Rhône-Alpes), DRDF (France, Rhône-Alpes). His main research interest concerns enterprise modeling and more precisely modeling of information system in the context of SMEs. Currently, he is working on the definition of modeling framework for implementing an efficient Product Lifecycle Management (PLM) in SMEs.

  • Magali Pralus, SYMME Laboratory (Systems and Material for Mechatronic) Université de Savoie. France

    She is an Associate Professor at the University of Savoie in SYMME Laboratory, France. She teaches logistics in the university and she is in charge of student management. She carries out research on industrial performance and more specifically on lean manufacturing. She has a PhD thesis on industrial systems and knowledge management.

  • Laurent Tabourot, SYMME Laboratory, Université de Savoie France

    He holds a Ph.D. in Mechanics from the Institute National Polytechnique de Grenoble, France that he obtained in 1992. He is presently Professor in the University of Savoie and head of the Symme Laboratory (Systems and Material for Mechatronic). He claims a solid experience about the way the best value is added to an industrial product. To this end, he developped good experience in numerical simulations of metal forming (on wide variety of process such as deep-drawing, ball burnishing, incremental forming...). In this frame, characterisation of the material and its modelling by means of constitutive relations established at microscopic scale up to standard continuum mechanics representative volume are important topics. He is also interested to control the added value along the whole life of the product. That is the reason why he is involved in PLM projects with a particular interest on the implementation methods of the relative tools in a context of SMEs.

  • Pierre Bonnal, CERN, European Laboratory for Particle Physics, Geneva, Switzerland. Switzerland

    He holds engineering degrees in mechanical engineering from the l’École nationale d’ingénieurs de Tarbes, France, and in industrial engineering from the École centrale Marseille, France, a M.Sc. in project management from the University of Quebec at Trois-Rivières in Canada and a Ph.D. in industrial management from the Institut national polytechnique de Toulouse, France. Pierre claims a solid industrial background including work with Airbus Industrie (F); Fatigue Technology Inc. (USA); Doris Engineering (F), Areva-SGN (F) as well as more than sixteen years with CERN (CH) mainly involved with the LHC project management. In 2008, he benefited of a two-year sabbatical to join the University of Applied Sciences of Western Switzerland-Geneva as a professor and dean of the Department of Business Administration. As from September 2010, he is back to CERN, involved in project management support to the many studies and projects on-going at CERN.

    Pierre is also the CERN’s scientist-in-charge of a European funded initiative that aims at developing enhanced means (processes, hardware systems and software) for preventing human intervention for increased safety in infrastructures emitting ionizing radiation. Pierre is a former chair person of the IPMA affiliated Swiss Project Management Association of Western Switzerland and a usual senior lecturer in project management and R&D management with the business schools of the Universities of Geneva and Lausanne in Switzerland.

Downloads

Published

2022-05-20

How to Cite

LEAN and PLM: Two Complementary Pillars for ENTERPRISE AGILITY. (2022). The Journal of Modern Project Management, 1(1). https://journalmodernpm.com/manuscript/index.php/jmpm/article/view/108

Similar Articles

1-10 of 226

You may also start an advanced similarity search for this article.