Product lifecycle management (PLM) is the process of managing the entire lifecycle of a product from inception, through engineering design and manufacture, to service and disposal of products
PLM is not a software product that you buy from a single vendor. Rather, it’s a strategy for meeting your business goals by deploying the right technologies, implementing best practices, and training your people correctly
PLM as a discipline emerged from tools such as CAD, CAM and PDM, but can be viewed as the integration of these tools with methods, people and the processes through all stages of a product's life.
Product lifecycle management (PLM) is a systematic approach to managing the series of changes a product goes through, from its design and development to its ultimate retirement or disposal.
• Faster time-to-market ,Lower cost , increased productivity, efficiency and product quality
• Insight into critical business processes , better reporting and analytics
• helps manufacturers manage complex, cross-functional processes, coordinating the efforts of distributed teams to consistently and efficiently develop the best possible products
• Accelerate product development by integrating supply-chain and procurement management
• Improve operations with tools to plan, measure, and track resources, safety, and maintenance
• Optimize productivity, via an easy-to-use, role-based portal that enables content delivery
• Connect Product Design with Production (Operations) more efficiently
• Application of PLM techniques can enhance performance targets of an organization by strengthening the efficiency of in house tools and processes
• Aggregates and standardizes product data from multiple sources, such as databases, supplier information or data providers
• Streamline product development and facilitate easier communication among those working on/with a product.
• PLM Tools & Processes when applied to different products from a range of industries like aerospace and automotive results in a better managed and quality product with lesser errors.
PLM Stages
• Requirement Gathering & Planning
• Development ( Design, Engineering & Testing )
• Manufacture and Delivery ( Production & Sales )
• Maintenance and Service
• Retirement or Disposal
Introduction to PLM
PLM Benefits
PLM Strategy & Solution
Concept Development & Testing
Office Collaboration
Design validation and simulation
PLM Implementation
Best Practices
Production and Operations
Configuration Management
PLM Integration
Technical Communication
Monitoring & Continuous Improvement
Business Analysis
Product Commercialization
General Purpose Tools
Product Design ( Industrial Design )
Lean Manufacturing
CAD/CAM
Re-engineering & Value Engineering
Distribution Channels
Idea Generation & Screening
Product Data Management
Enterprise Asset Management
• Requirements Traceability
• Program Portfolio Management
• Quality & Reliability Management
• Software Management
• Product Variability Management
• Digital Mockup
• Manufacturing Process Management
• Cost Management & Tracking
• Risk & Compliance Management
• Lifecycle Assessment (LCA)
• Components & Materials Management
• Supplier Management
• Enterprise Interoperability
• Business Reporting and Analytics
• Product Social Development
• Service Information Management
• Spare Parts and Logistics Management
• Procurement management
• Enterprise Resource planning
• Best Practices and Bench Marking
• Performance Management and KPI’s
• Information Access, Sharing and Collaboration
• Change Management
• Design Management
• Document Management
• File Management
• Product Data Management (product information management)
• Project Management
• Quote Management
• Requirements Managemen t
• Bill of Material Analysis
• Asset Management
• Business Analysis
• Concept Development & Testing
• Product Commercialization
• General Purpose Tools
• Product Design ( Industrial Design )
• Lean Manufacturing
• CAD/CAM
• Re-engineering & Value Engineering
• Distribution Channels
• Idea Generation & Screening
• Product Data Management
• Technical Communication
• Strategic PLM initiatiator
• Team Members
• Software & Service Providers
• Systems Integrators
• Project Leaders
• IT Professionals
• IT Managers
• We Focus on generic solutions offered by PLM solution providers
• Programs are taught by PLM experts
• Vast experience in PLM industry
• Program tailored to participants needs
• Arrange Job Interviews
• Trained Many Candidates
Knowledge of computer usage
B.E / BTech Degree or Diploma or MTech in Mechanical / Production Engineering or any Engineering Discipline
1 to 2 years experience in manufacture or product development Industry
• Learn how to apply best practices of PLM to improve profitability,productivity and quality
• Case Study or Examples of PLM Implementation
• To enable decision makers to spot complications and enact effective solutions.