Any New Product Development (NPD) or New Product Introduction (NPI) needs a comprehensive view of the entire life cycle of the product. Having Concurrent or Collaborative engineering across multiple systems, stakeholders, and processes is a must for optimizing the design costs and addressing product complexity/accelerated lifecycles and complex supply chains.
Product Lifecycle Management (PLM) offers a comprehensive framework to address the above points effectively while being the single source of truth across the product lifecycle. It provides a complete view across the product’s lifecycle as well as its service lifecycle.
NPI
NPI
Bill of Process Management
Bill of Process Management
Bill of Material Management
Bill of Material Management
Tapeout & Mask Management
Tapeout & Mask Management
Product Characterization
Product Characterization
IP Management
IP Management
Technology Development
Technology Development
Chip Design & Verification
Chip Design & Verification
NPI
NPI
Bill of Process Management
Bill of Process Management
Bill of Material Management
Bill of Material Management
Tapeout & Mask Management
Tapeout & Mask Management
Product Characterization
Product Characterization
IP Management
IP Management
Technology Development
Technology Development
Chip Design & Verification
Chip Design & Verification
Pre-built Frameworks for creating new products with built in security compliance
With comprehensive view of product development across life cycle, Time To Market is reduced
Better connectivity between multiple stakeholder departments thereby reducing rework
Inclusion of checks and balances for complying with regulatory standards
Effective management of Requirements, Change, BoM, Quality & Compliance
Enterprise Platforms
Teamcenter END to END Implementation + SAP Integration
Implement Digital Twin to integrate all digital information
| Design Cycletime Reduction | Solution Scenarios Implemented | Reduction in Paperwork |
|
75% |
258 |
85% |
Implement Digital Twin to integrate all digital information
| Design Cycletime Reduction | Solution Scenarios Implemented | Reduction in Paperwork |
|
75% |
258 |
85% |
Teamcenter PMS Implementation
To setup a Project Monitoring System (PMS) with required hardware and software on turn-key basis for 5 years
| Reduce Complexity of Proj Plan | Monitoring Dashboard for Analysis | Increased Accuracy |
|
75% |
100% |
75% |
To setup a Project Monitoring System (PMS) with required hardware and software on turn-key basis for 5 years
| Reduce Complexity of Proj Plan | Monitoring Dashboard for Analysis | Increased Accuracy |
|
75% |
100% |
75% |
To integrate mech, e&e and sw system development
Improve design cycle automation, traceability and validation accuracy of system development
| Design Cycle Automation | Requirement Traceability | Validation Accuracy |
|
75% |
100% |
|
Improve design cycle automation, traceability and validation accuracy of system development
| Design Cycle Automation | Requirement Traceability | Validation Accuracy |
|
75% |
100% |
|
Accelerators for Lighting, Plastic Components, Tire design, Cabling & Piping
Improves productivity of design by automating repetitive tasks, reduces errors and retains in-house knowledge
| Errors Reduced | Productivity Enhancement | Time Saved in Repeat Tasks |
|
85% |
100% |
80% |
Improves productivity of design by automating repetitive tasks, reduces errors and retains in-house knowledge
| Errors Reduced | Productivity Enhancement | Time Saved in Repeat Tasks |
|
85% |
100% |
80% |
Integrating Design, Planning, Testing Functions to Improve Design Cycle Time
Multiple COTS and Non-COTS applications
| Design Cycle Automation | Part Tracking Cycle Reduction | Reduction of Paperwork |
|
75% |
85% |
95% |
Multiple COTS and Non-COTS applications
| Design Cycle Automation | Part Tracking Cycle Reduction | Reduction of Paperwork |
|
75% |
85% |
95% |
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