Engineering Technical Support Services to Support Parametric Ship Hull Modeling in Rhinoceros Software
Contract Overview
Solicitation details, issuing organization, response deadlines, documents, and interested companies for this government contract opportunity.
AI Contract Overview
This acquisition is a 100% small business set-aside under NAICS code 541330 Exception 3 (Marine Engineering and Naval Architecture), targeting firms capable of providing technical and engineering support to develop a parametric ship hull modeling tool within Rhinoceros software using Python or Grasshopper, without third-party plugins. The objective is to create a tool that generates accurate hydrostatic ship hull models from limited data available during marine casualties, supporting the U.S. Coast Guard’s Salvage Engineering Response Team. The contract is structured as a time and materials labor-hour agreement with fixed hourly rates, encompassing a one-year base period and a single 12-month option period, with an estimated performance window from September 1, 2026, to August 30, 2028. The Government retains the right to make no award, and funds are not currently available—obligation is contingent upon future congressional appropriation. The primary place of performance is to be designated by the contractor, though work may occur at the U.S. Coast Guard Headquarters in Washington, D.C., subject to space availability and COR approval. All written deliverables must be submitted electronically in Microsoft Office-compatible formats, and the contractor must provide all necessary facilities, equipment, and materials without Government support. The evaluation will prioritize experience in Rhinoceros-based ship hull modeling and automation using Python or Grasshopper, followed by management approach, with price being significantly less weighted. Offerors must submit three volumes: Volume I detailing relevant experience and management plan with at least one sample .3dm hull model, Volume II containing pricing in accordance with Attachment A, and Volume III for administrative items with no page limit. Proposals must be submitted via email by July 14, 2026, and must remain valid for 120 days. Contractors are required to comply with stringent security protocols, including background investigations for personnel needing access to federal facilities or Controlled Unclassified Information (CUI), adherence to DHS Form 11000-6 non-disclosure agreements, annual privacy training, and compliance with 3052.204-72 for CUI safeguarding. Invoicing must be submitted electronically through the Invoice Processing Platform unless otherwise authorized in writing, and all payments must comply with FAR 32.905(b). Key personnel changes require Contracting Officer approval, and the contract incorporates clauses on combating human trafficking, accelerated payments to small business subcontractors
General Info
Agency
NAICS
Place of Performance
DC, USASet-Aside
Timeline
Response Deadline
Organization & Contact Information
Full Description
Amendment P00001 - See updated attachments for Amendment P00001.
This acquisition is 100% small business set-aside and is being issued under NAICS 541330 Exception 3 (Marine Engineering and Naval Architecture). The primary place of performance will be designated by the contractor. Subject to space availability and the COR’s approval, place of performance may be at the Department of Homeland Security at the U.S. Coast Guard Headquarters, 2703 Martin Luther King Jr. Ave SE, Washington, D.C. 20593-7430.
The Government contemplates award of one (1) time and materials labor-hour contract with fixed hourly rates; however, the Government reserves the right to make no award at all.
The period of performance (POP) includes a base period and one (1) 12-month option period. The estimated period of performance will be from 09/01/2026 to 08/30/2028.
The objective of this Task Order is to obtain Technical and Engineering support services to develop, test, and document a Rhinoceros model creation tool that can generate a commercial ship hull model with accurate hydrostatic properties using only limited information available to salvage naval architects during marine casualties.
See attached RFQ documents for more information.
