Weapons Effects

The Naval Surface Warfare Center, Carderock Division (NSWCCD), is seeking contractor support for scientific and technical services related to underwater and air explosion analysis for Navy platforms. The contractor will utilize specialized software for simulating underwater shock environments, validating computational models, and conducting damage assessments, with specific objectives outlined in a comprehensive scope of work. This includes software development, training, and the creation of finite element models to enhance ship survivability against weapon effects. The task order spans various research, development, test, and evaluation activities, requiring strict adherence to software development practices, security requirements, and reporting obligations. The contract includes a base year and four optional years, along with a transition plan for seamless onboarding of contractor personnel. Security is highlighted as a priority, with provisions for handling classified information and electronic spillages. Overall, this initiative aims to advance the Navy's capabilities in assessing and mitigating the impacts of threat weapon engagements while ensuring operational readiness and compliance with government protocols.

The Naval Surface Warfare Center Carderock Division (NSWCCD) issued a Sources Sought Notice to solicit industry input on a requirement for contractor support in scientific and technical services related to underwater (UNDEX) and air (AIREX) explosions analysis for undersea and surface vessels. This notice is not an official Request for Proposal (RFP) and does not lead to a contract award. The anticipated contract, a Cost-Plus-Fixed Fee (CPFF) type, may span five years. Current services are provided under existing contracts with various companies. Interested parties are encouraged to complete a Market Research Questionnaire and submit it by specified deadlines, with responses aiding the government in assessing contractor capabilities. This outreach aims to gauge industry interest and inform small business set-aside decisions as per federal guidelines. Queries notated in a specific format must be directed to designated government contacts. All submitted information will be kept confidential and will not incur any response fees. This notice represents a preliminary stage in government procurement aimed at enhancing future solicitations.

The Naval Surface Warfare Center Carderock Division (NSWCCD) is conducting market research through a questionnaire to identify potential contractors—both small and large businesses—capable of providing scientific and technical services related to underwater and air explosion analysis for Navy vessels. The anticipated NAICS code is 541330, with a small business size standard of $47 million. The contract type is Cost-Plus-Fixed-Fee (CPFF), subject to change. The focus areas for the required services include UNDEX shock qualification, damage assessments, and ship survivability for research, development, test, and evaluation of submarine and surface ship programs. Interested companies must provide detailed information about their capabilities, previous government contracts, and socio-economic status, along with a narrative describing their qualifications. The document aims to gather information on available businesses capable of meeting the specialized needs of the Navy in these critical areas.

The document addresses specific questions related to a federal Request for Proposals (RFP) concerning live fire events and software testing. It clarifies that the scope of the task does not entail the design of live fire tests but focuses on utilizing software tools that support decision-making during live fire events, including pre-shot predictions. Furthermore, it confirms that "testing strategies" as mentioned in the RFP encompass software testing, indicating that the development of Modeling & Simulation (M&S) plans will include this aspect. This clarification is essential for potential vendors to align their proposals with the project's objectives, ensuring they adequately address software enhancements and testing methodologies as part of the overall development strategy.