In This Week’s Newsletter:
- Opportunity Spotlight of the Week: DOC CQA
- Four To Follow: Four Interesting Pursuits
- Capture Corner: The Power of Visual Architecture in Capture Methodology
- Pricing Insights: Why Learning Curves Belong in Your Pricing — Especially in Price-to-Win
Opportunity Alert – DOC CQA
Contact Katie: katie.clatterbuck@hinzconsulting.com
Department of Commerce, 2030 Census Questionnaire Assistance Program (CQA).
The Department of Commerce, Bureau of the Census, has need for a contractor to support the stand up and operation of a FedRAMP-certified Census Bureau-authorized omni-channel contact center solution. The contractor is to provide project management, IT, and contact center technical services including planning, development, testing, implementation, and management of operational systems. Final RFPs for this $930M opportunity are estimated for release mid to late FY27 Q1 with a project award in FY27 Q2. The competition was previously set as Full and Open/Unrestricted, but has not been finalized for the recompete. Reach out to Hinz Consulting for Capture Management, Competitive Analysis, Price to Win, or Proposal support, and continue to monitor SAM.gov for updates on this opportunity.
Four to Follow
- Department of Homeland Security (DHS), United States Coast Guard (USCG), Nationwide Environmental Engineering IDIQ. On October 16, 2026, the Contracting Office issued a Sources Sought notice requesting offerors to provide professional engineering and environmental services to support USCG shore infrastructure, real property, and other products. These services include compliance, restoration and liabilities, planning, and stewardship and training. Responses to the Sources Sought are du no later than 4:00PM ET on November 16, 2026. The final RFP for this $150M multiple award opportunity will be competed as both Small Business Set-Aside and Full and Open/Unrestricted and is due for release December 2027. Awards are anticipated for December 2028.
- Department of the Army, Army Corps of Engineers (USACE), DB Construction F35 Maintenance Facility Hill AFB UT. USACE is looking for a partner to support a Design Build (DB) project for a multi-dock medium bay fighter aircraft maintenance hangar. Contractors are to provide construction features to include, but not limited to, reinforced concrete footings, foundation, floor slab, structural steel frame, insulated walls and roof, lightning protection, fire detection and suppression, and intrusion detection systems. The final RFP for this $250M effort is expected for release in November 2026 with an anticipated award in February 2027. The competition type is currently unknown.
- Department of Homeland Security (DHS), US Coast Guard (USCG), Coast Guard Cyber Command Integrated Operations Management (IOM). USCG has need for technical, operational, administrative, and security management services in cybersecurity. Tasks include protection and defense of all USCG information systems, including those on the Non-Classified Internet Protocol Router Network (NIPRNET) and Secret Internet Protocol Router Network (SIPRNET) portions of the Department of Defense Information Network (DODIN). Th final RFP is valued at over $100M, to be competed as Full and Open/Unrestricted and is set for release via GSA MAS on October 28, 2026, with the award set for December 2026.
- Department of the Air Force, US Space Force (USSF), USSPACECOM Consolidated A&AS (UCAAS III). On October 16, 2026 USSF released an RFI via OASIS+ UR asking for contractors to provide responses on assisting the USSPACECOM Counter Insider Threat Program (C-InTP) Program Manager in developing responses to insider threat indicators and trigger events, correlating with DITMAC reporting thresholds. RFIs are due no later than 2:00 PM MDT on October 28, 2026. The Final RFP for this $160M effort is set for release via OASIS+UR January 2027 with an award set for August 2027.
The Power of Visual Architecture in Capture Methodology
Contact John: john.amoriello@hinzconsulting.com
Solution diagrams and designs are foundational to defining an effective capture methodology. Serving as a visual blueprint, they establish the essential context needed to communicate what will be built, where it will reside within the customer’s ecosystem, and how it will ultimately function. When approaching solution designs for capture strategies, four core pillars require careful consideration:
- Establishing Clarity and Context Textual descriptions often leave room for interpretation. A well-structured solution diagram offers an immediate, unambiguous visualization of the system, application, or broader environment. By explicitly mapping out components, databases, APIs, and services, teams can clearly identify exact data sources and pinpoint integration requirements early in the process.
- Informing the Technical Approach Visual designs dictate the core architectural choices—such as platforms, databases, and middleware—reassuring evaluators that the proposed technology directly supports project scope requirements. Furthermore, leveraging Data Flow Diagrams (DFDs) or similar architectural models clarifies event sequencing and outlines organizational data transformation needs.
- Ensuring Accuracy and Completeness Detailed logical and physical data models provide the foundation for thorough data analysis. To guarantee complete and precise execution, the capture methodology must map directly to this schema, ensuring every required data field is accounted for.
- Enhancing Communication and Collaboration A rigorous design review allows teams to validate the capture methodology against the visual blueprint prior to implementation. Identifying gaps, redundancies, or potential conflicts before deployment significantly reduces runtime errors and post-launch friction.
Why Learning Curves Belong in Your Pricing — Especially in Price-to-Win
Contact Dr. Tom: thomas.hudgins@hinzconsulting.com
Any bid that prices repeated work at a flat unit cost assumes your team never gets better at it. That is rarely true, and it can cost you the win.
What a learning curve says: Each time cumulative quantity doubles, unit cost (usually touch labor) falls to a fixed percentage of its prior value. On a 90% curve, unit 4 costs 90% of unit 2.
Why it improves pricing: Curves price each lot at its real cost, not an average that is wrong every year. They also signal rigor: evaluators expect improvement on repetitive work and often read a flat estimate as padding.
Why it matters most in price-to-win: Competitors in production-heavy markets already price on curves, so pricing yourself flat compares a padded number against realistic ones. And when PTW says you must cut 12%, a curve offers real levers, such as a lower first-unit cost from prior production or a steeper slope earned through tooling investment.
On a 100-unit buy with a $100,000 first unit and a 90% curve, touch labor totals about $5.8 million. Pricing every unit at the first lot’s average yields $7.3 million, a $1.5 million cushion a competitor won’t carry.
Services contracts too: Learning applies to services, not just hardware. Help desks, maintenance crews and processing centers get faster as staff master procedures and refine workflows. Pricing gradual productivity gains, or staffing reductions in out-years, lets services bids beat flat-staffed competitors, provided turnover and transition risk are reflected. I like using the Wrights Model, it is simple to tailor it to use for these types of contracts.
Use it with discipline: Base slopes on your own actuals, apply them to touch labor rather than overhead, and adjust for breaks and design changes. Never pick a slope just to hit the PTW target; that wins the bid and loses the program.
Grounded in real data, learning curves make your price both more accurate and more competitive.
- October 24th: GovCon Summit in McLean, VA
- October 29th: 2026 FedCiv Summit in Arlington, VA
- December 3rd: 2026 Healthcare Summit in McLean, VA