Research & Develop Insulated Bus Pipe (IBP) Standard Interface to Naval Electrical Equipment
Qualification Testing of Insulated Bus Pipe (IBP) for Shipboard Introduction
Cost Reduction of Shock Application
Tele-Welding- Remote Operation of Shipyard Welding (and other) Equipment
Integration of Scanning & Laser Peening Technology in Shipyards
Knowledge Provisioning to Improve First Time Quality of Ship Design
Land Based Case Study of Insulated Bus Pipe for Ship Design
Digital Deadweight Survey Project
Foundational Technology for Scanning & Laser Peening in Shipyards
Standardization of Watertight Closures
Common Interface Pilot Project-Phase 1
Mitigation of Stress Corrosion Cracking, Cavitation Erosion & Forming Complex Shapes Using Laser Peening
Reduction of Total Ownership Cost (R-TOC) through Application of Design for Maintenance (DFM) Solutions
Swage Panel SVR Rule Development
Development and Applications of Standard Hull, Mechanical and Electrical Modules to Increase Flexibility in Ship Design Using DFA Principles
Flexible Infrastructure Qualification
Design for Maintenance Training
Improved Advanced Watertight Door Finalization Program
All-Platform Affordable LED Lighting
Open Architecture System Design for Modularity
Ship Cable Management
Design for Maintenance & Repair
Swaged Bulkhead Analysis Verification
Naval Vessel Ice Capability Optimization Effort
First Time Quality, NDE, and Fitness for Service Technology for Friction Stir Welding and Manufacturing Aluminum Panels for Ships
Common Parts Catalog Enhancements
Common Parts Catalog
Design for Producibility for Mid-Tier Shipyards
World Class Material Standards & Parametric Design Rules
