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Many companies have successfully adopted Lean manufacturing as an operational philosophy, creating a universal understanding of value and waste which in turn provides significant advantages in the market. However, few have reached the true goal of driving this mindset throughout the organization. For many reasons, this has proven particularly difficult in environments such as engineering and development due to the iterative nature of design and test, the lack of repetition, and the over-all length of time consumed by the process. However, product development is in fact a process that can be controlled. This paper describes methods used by a group of Curtiss Wright companies to improve the overall execution of the product development cycle by first creating inter-departmental flow, tracking that flow with visual metrics, and improving performance with a variety of Lean techniques.

The Command and Control (C2) Systems being used by Army Watercraft are outdated and difficult to maintain. The Army's Tank-automotive & Armaments Command (TACOM) is working with the Naval Surface Warfare Center-Carderock Division (NSWCCD) to develop a state-of-the-art system to be used by Harbormasters in managing port operations. The system, known as the Harbormaster Command & Control Center (HCCC), will provide greatly enhanced capabilities and it features an application of the latest technology in communications & radar components and an open system architecture. Research and development of the system has progressed to the point where a prototype is currently being designed and fabricated.