THEMES OF PLMSS

Product Definition: CAD/Geometrical Modeling, Requirement Engineering, Conceptual Design, Quality & Reliability, Computational Material Engineering, Integration aspects of Product Development and System Engineering.

Product Visualization: Computational and Conceptual Graphics, Virtual Prototyping and Distributed Visualization.

Product Modeling and Simulation: Computer Aided Engineering, Multi Disciplinary Analysis and Optimization, Smart Structure Modeling and Analysis, Advanced Materials and Applications.

Product Realization: Advanced Manufacturing Techniques, Rapid Prototyping, Jig-less Manufacturing, Process Planning & Control, Green Manufacturing and 3D Printing.

Lifecycle Management: Standards, Metrics and Regulations, Simulation Tools, Lifecycle Managements, Integration, Validations and Recycling.

Product Management: Program/Product Management, Supply Chain and Value Chain, Product Delivery System.

Advanced Product Development Frame Work: Knowledge Based Engineering, Distributed Data Management, Secure Data Exchanges, Information and Knowledge Modeling, Architecture Development.

Emerging Trends of PLMSS: Data Analytics, Cyber Systems and Internet of Things, Cloud based PLM, Agile Development, Mobile PLM, Product Support, Services and Systems, Lifecycle Assessment and Sustainability, Eco PLM Design, Digitalization of PLM.

Implementation of PLM: Case Studies, PLM Infrastructure, Redundant Architecture, Scalability, Agile PLM and Interoperability with Enterprise Solutions.

Advanced Product Development Frame Work: Knowledge Based Engineering, Distributed Data Management, Secure Data Exchanges, Information and Knowledge Modeling, Architecture Development.