Y1BG--Brooklyn EHRM Infrastructure Upgrades Construction VA Medical Center Brooklyn, NY 630A4-22-700

Solicitation / RFP / RFQ

This solicitation is for a competitive procurement, specifically a 100% set-aside for Service-Disabled Veteran-Owned Small Business (SDVOSB) concerns. The project involves the "EHRM Infrastructure Upgrades" at the VA New York Harbor Healthcare System, Brooklyn VA Medical Center. The work includes all general, discipline-specific, safety, and management requirements as depicted in the contract documents, specifications, and drawings.

• Complete the entire project within 730 calendar days after receiving notice to proceed.

• Work must be completed in accordance with specifications, drawings, and supporting attachments.

• Certification and Accreditation (C&A) requirements do not apply; a Security Accreditation Package is not required.

• Contract Type: Firm-Fixed-Price.

• Period of Performance: Within 730 calendar days after notice to proceed.

• Magnitude of Construction: Estimated between $20,000,000 and $50,000,000.

• Proposals must be submitted via email to Kara.Evert@va.gov and Richelle.Gray@va.gov.

• Bid submission deadline: February 11, 2026, at 1:00 PM ET.

• Award will be made to the responsible bidder whose bid is most advantageous to the Government, considering only price.

• Offers must be firm fixed price and submitted in whole dollar values.

• Offerors must consider FAR 52.229-3, Federal, State, and Local Taxes (DEVIATION) and its Special Note in their pricing.

• A bid bond guarantee is required (20% of bid price or $3,000,000, whichever is less).

• Performance and Payment Bonds (SF 25 and SF 25A) will be required upon award.

• This procurement is a 100% set-aside for SDVOSB concerns.

• Offerors must be certified as SDVOSBs by the U.S. Small Business Administration (SBA) and listed in the SBA certification database at the time of bid submission and award.

• Joint ventures may be eligible if they comply with 13 CFR § 128.402.

• All solicitation documents will be published on SAM.gov.

• A pre-bid site visit will be scheduled and information posted via amendment.

• Technical questions must be submitted in writing via email by February 11, 2026, 1:00 PM ET.

• Amendments will be posted on SAM.gov; offerors are responsible for obtaining and acknowledging them.

Statement of Work (SOW) / Performance Work Statement (PWS)

This document outlines the administrative provisions for coordinating construction operations on the EHRM Infrastructure Upgrades project at the Brooklyn VA Medical Center.

• Requires the use of a web-based Project Management software package for hosting and managing project communication and documentation.

• Contractors must participate in coordination requirements, with specific responsibilities assigned.

• The software must support features such as compilation of project data, access control for various entities, document workflow planning, creation and tracking of project communications (RFIs, submittals, etc.), real-time status tracking, PDF handling with markup security, payment application processing, contract modification tracking, meeting minute distribution, document management (including revision control), and management of construction progress photographs.

• The software must be mobile device compatible.

• The web-based project management software must include specific features for tracking, logging, and managing project communications and data.

• Eight hours of software training for users is required.

• At project completion, a digital archive in a readable and locked format is required.

• Not explicitly stated in this section, but pertains to the EHRM Infrastructure Upgrades project at the Brooklyn VA Medical Center.

• Use of specific web-based project management software (e.g., Procore, Oracle Primavera Submittal Exchange, or equivalent).

• Provision of user licenses for Owner, Architect, and Architect's consultants.

• Digital archive at project completion.

Forms / Attachments / Pricing Sheets

This document contains architectural symbols and abbreviations used throughout the project drawings, serving as a reference for understanding the graphical language and shorthand employed in the architectural plans.

• Architectural Symbols: A comprehensive list of symbols representing various building elements, features, and notations (e.g., room tags, ceiling types, wall types, fire barriers, insulation, and hatch patterns).
• Architectural Abbreviations: An extensive glossary of abbreviations commonly used in architectural drawings, covering terms related to materials, dimensions, construction, and general project information.

This document is crucial for bidders to accurately interpret the architectural drawings. Understanding these symbols and abbreviations is essential for comprehending the scope of work, material specifications, and design intent, which directly impacts proposal accuracy and bidding strategy.

Other / Unclassified (Architectural Drawings)

This document is a comprehensive set of architectural construction drawings (100% submittal) for the EHRM Infrastructure Upgrades at the VA New York Brooklyn facility (Project 630A4-22-700). The set, prepared by Spees Design Build and dated August 29, 2025, covers multiple buildings, including Buildings 001, 002, 004, 014, and 015.

• Demolition & Floor Plans: Detailed layouts for the removal of existing partitions, doors, flooring, and ceilings, followed by the construction of new Telecommunications Rooms (TR) and Main Computer Rooms (MCR) across various levels.
• Reflected Ceiling Plans (RCP): Specifications for ceiling demolition and new grid/tile installation to accommodate infrastructure upgrades.
• Phasing & ICRA Plans: Detailed construction phasing and Infection Control Risk Assessment (ICRA) requirements, including temporary barriers, negative pressure zones, and tacky mats to maintain hospital operations during construction.
• Schedules: Door Schedule (dimensions, fire ratings, materials, hardware), Room Finish Schedule (floor finishes, base materials, wall paint codes), and Signage Schedule (room numbering, fire extinguisher identification).
• Technical Details: Specifications for window security mesh installation, fire-rated plywood (FRT) mounting for telecom equipment, wall types, and semi-recessed fire extinguisher cabinet (FEC) mounting.

This document is critical for general and architectural subcontractors to determine the scope of physical renovations. It defines the structural changes, material specifications, and operational constraints (phasing/ICRA) required to support the broader electronic health record modernization infrastructure. Bidders should pay close attention to the General Notes on each sheet regarding matching existing finishes and maintaining fire ratings.

Specifications / Statement of Work (SOW) / Performance Work Statement (PWS)

This document outlines the specifications and scope of work for the EHRM Infrastructure Upgrades Design project at the Brooklyn VA Medical Center, Project # 630A4-22-700.

The project encompasses a wide range of building systems and components, including:

• HVAC: Specifications for ducts, casings, fans, air outlets/inlets, computer-room air-conditioners (CRAC units), heat pumps, testing, adjusting, balancing (TAB), and commissioning.

• Electrical Systems: Requirements for installations, motor controllers, low-voltage conductors/cables, grounding, bonding, conduits, backboxes, overcurrent protective device coordination studies, commissioning, lighting controls, transformers, panelboards, busways, wiring devices, automatic transfer switches, and surge protective devices (SPDs).

• Communications Systems: Specifications for cabinets, racks, frames, enclosures, termination blocks, patch panels, copper and optical fiber backbone cabling, horizontal cabling, and patch cords.

• Plumbing: Common work results, facility water distribution, sanitary/vent piping, HVAC plumbing equipment, and refrigerant piping.

• Fire Suppression: Clean agent systems and wet-pipe sprinkler systems.

• Finishes: Subsurface preparation, resilient flooring, concrete sealers, painting, and interior wood doors.

• Openings: Hollow metal doors/frames, security doors/frames, and fire extinguisher cabinets.

• Special Construction: Seismic restraint for non-structural components.

• Safety: Comprehensive safety requirements including accident prevention plans, activity hazard analyses, site safety officers, PPE, and pre-construction risk assessments.

• Asbestos Abatement: Traditional, glovebag, floor tile/mastic abatement, and hazard abatement plans.

• Electronic Safety and Security: General requirements, grounding, bonding, conduits, backboxes, commissioning, physical access control systems, security detection, and video surveillance.

• Earthwork & Exterior Improvements: Excavation, fill, backfill, site restoration, and cement/concrete for exterior improvements, as well as asphalt paving.

• Project: EHRM INFRASTRUCTURE UPGRADES

• Location: VA BROOKLYN, BROOKLYN NY

• Project #: 630A4-22-700

• Compliance with numerous industry standards (SMACNA, NFPA, UL, ASTM, NEMA, IEEE, etc.) is mandatory.

• Detailed submittal, quality assurance, and product requirements are specified for various systems.

• Coordination between trades, seismic restraint, firestopping, and waterproofing are emphasized.

• Commissioning and training are required for multiple systems.

This document provides a comprehensive technical baseline for the infrastructure upgrades. Bidders must thoroughly review all sections to understand the full scope of work, material specifications, installation procedures, testing requirements, and safety protocols to ensure compliance and accurate proposal development.

Forms / Attachments / Pricing Sheets

This document presents the results of a Computational Fluid Dynamics (CFD) modeling study conducted for the Brooklyn VA Data Hall. It evaluates airflow, temperature, and pressure distributions under various conditions, particularly after the addition of new CRAC units.

• Background: Details the contract between Spees Design Build and Resolved Analytics for CFD modeling to assess spatial distribution of airflow, temperature, and pressure.
• Simulation Cases: Four primary cases were simulated:
  • Case 1: All three CRAC units operating at a reduced load.
  • Case 2: CRAC 1 out of service, with the remaining two CRACs at 100% load.
  • Case 3: CRAC 2 out of service, with the remaining two CRACs at 100% load.
  • Case 4: CRAC 3 out of service, with the remaining two CRACs at 100% load.
• Simulation Basics: Utilizes a three-dimensional, turbulent, single-phase (air), steady-state CFD model with the Realizable K-Epsilon turbulence model and ideal gas model.
• General Conditions: Describes the data hall layout, including server racks (Standard Density, Main Distribution Area, Horizontal Distribution Area), UPS units, and underfloor cooling provided by CRAC units.
• Model Inputs & Process Conditions: Specifies rack loads (3.5 kW and 2.8 kW), total room load (125.3 kW), required airflow (20,100 CFM), and CRAC flow rates for each case.
• Results: Presents detailed 3D contours and profiles for velocity, temperature, and pressure for each simulation case, along with summary tables comparing key metrics like average rack inlet temperature, average CRAC return temperature, and average CRAC pressure drop across all cases.

This document provides critical data on the thermal performance and airflow dynamics of the Brooklyn VA Data Hall under various operational scenarios, including equipment failures. Bidders can use this information to understand the existing conditions, the impact of CRAC unit configurations on cooling efficiency, and the overall thermal management strategy. The detailed results can inform proposals related to data center operations, cooling solutions, or infrastructure upgrades by demonstrating an understanding of the facility's thermal challenges and performance metrics.

Form / Attachment / Pricing Sheet

This document is a "GPRS Findings Map" prepared for Spees LLC Spees Design Build. It serves as a visual representation of subsurface utility locating services performed by GPRS, LLC at the 800 Poly Pl, Brooklyn, NY location. The map indicates the location of various utilities identified on-site.

• Legend: Identifies different utility types by color-coded lines (Electrical, Fuel/Gas/Oil, Sanitary, Steam, Storm, Telecomm, Unknown, Water, Scan Limit).
• Map Area: Displays the aerial view of the Brooklyn VA Hospital campus, highlighting roads, buildings (Veterans Hospital, Police Station, Child Care, Ft Hamilton Gym, Fort Hamilton Bowling Center), and sports fields.
• Utility Lines: Color-coded lines overlaid on the map show the approximate location of detected utilities.
• Disclaimers: Important notes regarding the nature of the data, limitations of the service, and recommendations for further action (e.g., calling 811 before excavation).

This map is crucial for bidders to understand the existing underground utility infrastructure at the project site. It helps in identifying potential conflicts or considerations for any proposed construction or excavation activities, informing project planning and risk assessment.

Form / Attachment / Pricing Sheet

This document is a survey of property located at 2000 POLE LANE, PORT JEFFERSON STATION, NY. It appears to be an attachment or supporting document for a larger opportunity, likely related to construction or land use at this location.

The survey includes topographical lines, existing structures (labeled as "BUILDING 1", "BUILDING 2", etc.), utility lines (water, sewer), and other site features. A legend provides symbols for various elements such as manholes, fire hydrants, and fences. The document also contains a title block with survey information, including the surveyor's name and seal.

This survey provides critical site information for potential bidders. It details the existing conditions of the property, including terrain, structures, and underground utilities, which are essential for understanding the scope of work, planning construction, and preparing accurate proposals for any opportunity associated with this site.

Form / Attachment / Pricing Sheet

This document is a topographical survey map for property located at #800 Poly Place, Fort Hamilton, Brooklyn, New York. It details existing site conditions, including buildings, utilities, and topography.

• Legend & Abbreviations: Defines symbols and abbreviations used on the map for various features such as utilities, structures, and topographical elements.
• Topographical Data: Shows contour lines, spot elevations, and existing structures (e.g., Buildings 1, 2, 4A, 4B, 6, 8, 14, 15, 16, 21).
• Utility Information: Indicates the location of various utilities including water lines, electric lines, communication lines, sewer lines, gas lines, and manholes.
• Notes: Provides important information regarding the use of dimensions, the vertical datum used for elevations (NAVD88), and a disclaimer about easements.
• Surveyor Information: Includes the surveyor's name, company (Arek Surveying P.C.), license number, and contact information.

This survey map provides critical site information for potential bidders. It outlines the existing conditions of the property, which is essential for understanding the scope of work, identifying potential challenges, and accurately preparing bids for any construction or renovation opportunities at this location. Bidders should use this document to assess the physical environment and any associated constraints.

Form / Attachment / Pricing Sheet

This document is an Asbestos Inspection Report for the VA Medical Center Brooklyn Campus, specifically for Buildings 1, 2, 4, 14, and 15. It details the findings of an inspection conducted by Athenica Environmental Services, Inc. for Spees Design Build.

• Scope of Work: The inspection aimed to identify and sample suspect asbestos-containing materials (ACM) in locations outlined in the project drawings for the "EHRM Infrastructure Upgrades – Project 630Q4-22-700".
• Methodology: The survey followed EPA guidelines and the AHERA concept of homogenous areas. Bulk samples were analyzed using PLM-NOB and TEM-NOB by Laboratory Testing Services, Inc.
• Inspection Results: The report provides a detailed list of locations, materials, ACM results (ACM, ACM-Contaminated, Assumed ACM, Non-ACM), and quantities of ACM found throughout the specified buildings.
• Appendices: Includes analytical results, chain-of-custody forms, certificates of laboratory analysis, personnel certificates, consulting company license, laboratory accreditation, and project documents.

This report is crucial for any bidder involved in renovation or construction work at the VA Medical Center Brooklyn Campus, particularly in Buildings 1, 2, 4, 14, and 15. It identifies the presence, location, and type of asbestos-containing materials, which will directly impact project planning, safety protocols, abatement procedures, and overall project costs. Bidders must be aware of these findings to ensure compliance with environmental regulations and to accurately estimate the scope of work and associated risks.

Form / Attachment / Pricing Sheet

This document is an XRF (X-ray fluorescence) inspection report detailing the findings of lead-based paint (LBP) testing performed at the VA Medical Center Brooklyn Campus. It identifies the presence and location of LBP on painted interior components.

• The report includes a scope of work outlining the inspection's objective and methodology.
• It details the inspection methods and personnel, including the use of a SciAps X-550 Lead Paint Analyzer.
• A summary of findings indicates that 17 out of 294 XRF readings were equal to or above 0.5 mg/cm², which is the threshold for defining lead-based paint in New York City.
• Specific buildings and rooms where LBP was found are identified.
• Recommendations are provided for abatement of impact, friction, and chewable surfaces testing positive for LBP, as well as clearance dust wipe sampling and remediation by a licensed contractor.
• The report also includes recommendations for lead-safe work practices during construction or renovations and adherence to OSHA and RCRA regulations.

This report is relevant to bidders as it identifies potential lead-based paint hazards at the VA Medical Center Brooklyn Campus. Bidders involved in construction, renovation, or abatement activities at this site will need to be aware of these findings and comply with the recommended lead-safe work practices, abatement procedures, and regulatory requirements. This information is crucial for accurate bidding, project planning, and ensuring compliance with health and safety standards.

Forms / Attachments / Pricing Sheets

This document contains the "09 - 630A4-22-700 DWGS 0-GENERAL.pdf", which is the cover page and sheet index for the EHRM Infrastructure Upgrades project at 800 Poly Place, Brooklyn, New York. It outlines the project information, design team, and provides a comprehensive index of all drawings included in the project set.

• Project Information: Identifies the project as "EHRM INFRASTRUCTURE UPGRADES" with Project # 630A4-22-700, located at 800 Poly Place, Brooklyn, NY.
• Design Team: Lists the architectural, civil, structural, mechanical, electrical, fire protection, and communications consultants involved.
• Sheet Index: Provides a detailed list of all drawings organized by discipline (Civil, Architectural, Environmental, Mechanical, Electrical, Telecom), including sheet numbers and titles. This allows for easy navigation and identification of specific design documents.

This document is crucial for bidders as it serves as the primary index for all technical drawings related to the EHRM Infrastructure Upgrades project. It helps potential bidders understand the scope and complexity of the project by providing an overview of the different disciplines and the specific drawings available for review. Bidders will use this index to locate detailed information required for proposal preparation, cost estimation, and understanding the full scope of work.

Form / Attachment / Pricing Sheet

This document contains civil engineering drawings and notes related to the EHRM Infrastructure Upgrades project at 800 Poly Place, Brooklyn, NY. It details site utilities, erosion control, and building connection methods.

• General Notes: Outlines contractor responsibilities regarding safety, permits, site conditions, utility protection, material compliance (Buy American Act), and as-built documentation.
• Existing and Proposed Legends: Defines symbols used for various utilities (communication, power, water, sewer, storm drain) and site features.
• Site Plans: Illustrates the layout of proposed fiber optic and power pathways, utility trenches, and erosion control measures across the site.
• Details: Provides specific construction details for ductbanks, trenches (paved and non-paved areas), utility trench sections, and building entry points (crawl space and basement).
• Erosion and Sediment Control: Details requirements for temporary erosion and sediment control (TESC) facilities, including sediment fences, gravel bags, and fiber rolls.
• Abbreviations: A comprehensive list of abbreviations used throughout the drawings.

This document is crucial for bidders to understand the scope of civil work required for the project, including the installation of new underground utilities (specifically fiber optic pathways), site restoration requirements, and adherence to environmental protection measures. It provides the technical specifications and visual representations necessary for accurate bidding and project execution.

Form / Attachment / Pricing Sheet

This document provides detailed drawings and notes regarding typical allowable penetrations through existing structural walls and decks. It is intended to guide contractors on how to safely and correctly make openings for utilities without compromising structural integrity.

• Drawings: Illustrates various scenarios for making penetrations in concrete or CMU walls, concrete slabs (with and without beams), and ribbed slabs.
• Notes: Provides critical instructions such as locating existing reinforcement before drilling, avoiding damage to existing structural elements (beams, rebar, tendons), minimum spacing for holes, and limitations on opening sizes and quantities.
• Specific Scenarios Covered:
  • Penetrations in existing concrete or CMU walls.
  • Penetrations in existing concrete slabs with no beams.
  • Openings in existing ribbed slabs.
  • Piping & conduit at existing flat slab or wall.
  • Openings in existing slabs with blocks between joists.
  • FS openings less than 6" in composite deck & roof deck.
  • Penetrations at existing post tension slabs.

This document is crucial for bidders to understand the constraints and requirements for any work involving penetrations through existing structures. It directly impacts planning, execution, and potential costs associated with installing new utilities or modifying existing ones. Bidders must adhere to these specifications to ensure structural safety and compliance. Failure to follow these guidelines could lead to structural damage and project delays.

Form / Attachment / Pricing Sheet

This document contains architectural drawings detailing asbestos abatement plans for various buildings and levels within the VA Hospital Brooklyn. It serves as a visual guide for identifying and locating asbestos-containing materials (ACM) that need to be removed or managed.

• Asbestos Abatement Notes: General requirements and responsibilities for the asbestos contractor, including compliance with regulations and the "standard of care" for removal.
• Asbestos Abatement Legend: Defines symbols used to indicate different types of ACM (e.g., floor tiles, pipe insulation, fire door insulation).
• Key Plan: Shows the overall site layout and identifies the buildings and areas covered by the drawings.
• Detailed Floor Plans: Specific drawings for each building level (e.g., Building 001, Levels 00B through 016; Building 002, Level 004; Building 004, Level 00G), highlighting areas with ACM.
• Decontamination Unit Layout: A typical plan for a decontamination unit required for asbestos abatement.

This document is crucial for bidders to understand the scope and location of asbestos abatement work required as part of the EHRM Infrastructure Upgrades project at VA Hospital Brooklyn. It details the specific areas and types of ACM that must be addressed, directly impacting the planning, bidding, and execution of the abatement work.

Form / Attachment / Pricing Sheet

This document contains legends, abbreviations, and general notes for various mechanical systems, including fire protection, plumbing, and HVAC. It serves as a reference for interpreting the construction drawings.

• Legends: Provides visual representations of piping systems, ductwork, air outlets, valves, and fire protection symbols.
• Abbreviations: A comprehensive list of acronyms and their meanings used throughout the mechanical drawings.
• General Notes: Outlines standard procedures and requirements for demolition and new work, including coordination, protection of existing equipment, safety, utility maintenance, and compliance with codes and manufacturer recommendations.
• Demolition General Notes: Specific instructions for work to be demolished, emphasizing that it will be shown in dark and dashed lines, while existing work to remain will be shown in light lines.

This document is crucial for bidders to understand the terminology, symbols, and general requirements that apply to the mechanical systems involved in the project. It ensures a consistent understanding of the drawings and specifications, which is essential for accurate bidding and execution of the work.

Form / Attachment / Electrical Drawings

This document contains detailed electrical drawings (DWGS 6-ELEC 1 of 2) for the EHRM Infrastructure Upgrades project at VA New York, Brooklyn. It outlines demolition and new installation requirements for various buildings and levels.

• General Notes: Includes requirements for protecting existing work, contractor responsibility, de-energizing circuits (NFPA 70E), minimum conduit sizes, independent routing for emergency circuits, coordination with other trades, fire-rated penetrations, UL listing, GFCI, structural protection, lighting, branch circuits, and panel directories.
• Abbreviations & Legends: Provides definitions for electrical abbreviations and symbols (DIV 26 & DIV 28) for power, lighting, fire alarm, and other components.
• Site & Building Plans: Electrical site plans show handhole and trenching requirements. Detailed floor-by-floor electrical plans are provided for Building 001 (levels 00B to 18), Building 002 (levels 01 to Roof), and Building 004 (level 00G), indicating power feeder routing, transformer locations, and panelboards.
• Enlarged Plans: Offer detailed layouts for specific rooms, including demolition, new installations, lighting, receptacle layouts, power panelboards (Source A and B), and HVAC connections.
• Phasing: Specific enlarged plans for Building 014's Main Computer Room (MCR) detail work across multiple phases (Phase 1, 2, 3a, 3b, 3c), including demolition, temporary power, and new installations, emphasizing continuous power.
• Additional Diagrams: Includes one-line diagrams for power distribution (generators, transformers, switchboards, ATS, UPS), grounding plans, fire alarm and suppression system riser diagrams, and details for conduit penetrations, mounting heights, and bonding.

These drawings are essential for bidders to understand the complete scope of electrical work, including demolition and new installations. They provide critical technical specifications, installation guidelines, and phasing requirements necessary for accurate bidding, project planning, and ensuring compliance with VA standards and applicable codes. Bidders must account for field verification, coordination, and maintaining power during shutdowns.

Form / Attachment / Pricing Sheet

This document contains detailed electrical panel schedules and load schedules for various buildings (001, 002, 004, 014, 015) as part of the EHRM Infrastructure Upgrades project at the VA New York facility. It provides critical information for understanding the electrical power distribution systems.

• Panel Schedules (EP702-EP709): Detailed breakdown of circuits, loads (VA, Amps), ratings, and types for numerous panelboards within Building 001 and other specified buildings. Includes categorization by risers (A-Side and B-Side, North and South).
• Load Schedules: Information on added and removed loads, specific equipment, demand factors, total VA load, and total amperage calculations.
• Electrical Schedules (EP701): Includes Luminaire Schedule, Generator Capacity and Load Information Schedule, and Telecommunications Room Luminaire Mounting Schedule.
• One-Line Diagram (Part 2 of 2): Illustrates the electrical power distribution system for Building 015.
• General Notes: Contractor responsibilities for updating directories, referencing associated schedules, integration of Digital Power Meters (DPM) and Surge Protective Devices (SPD). Notes distinction between existing (grey text) and revised (black text) information.
• Technical Specifications: Mentions demand factors for receptacles and de-rating of TR rack loads as per VA white papers.

This document is essential for bidders to accurately assess the existing and proposed electrical infrastructure, including power distribution, load capacities, and specific circuiting requirements for various equipment and areas. It directly informs the scope of work related to electrical systems and is critical for estimating material and labor needs for any electrical modifications or installations required for the opportunity.

Form / Attachment / Pricing Sheet

This document contains "Abbreviations and General Notes" and "Telecommunications Legends" for the EHRM Infrastructure Upgrades project at VA New York.

• Abbreviations: A comprehensive list of abbreviations used throughout the project drawings and specifications, covering electrical, mechanical, and telecommunications terms.
• General Notes: Detailed instructions and requirements applicable to all drawings, including:
  • Conflict resolution between specifications and drawings.
  • Identification of equipment ownership (contractor-furnished vs. owner-furnished).
  • Adherence to BICSI TDMM standards for telecommunications systems.
  • Requirements for conduit, pathways, and cable installation.
  • Coordination with other trades.
  • Firestopping requirements for penetrations.
  • Listing and labeling of equipment per NEC, UL, or equal.
  • Specific instructions for grounding and bonding.
  • Detailed requirements for copper and fiber optic cabling, including quantities, termination, testing, and patch cord specifications.
  • Requirements for cable tray and J-hook spacing.
  • Protection of existing work and repair of any damaged materials.
  • Bidder requirements for additional quantities of Work Area Outlets (WAOs).
• Telecommunications Legends: Symbols and their meanings for various telecommunications devices and pathways, including:
  • Outlets (data, voice, analog, video, intercom, CCTV, CATV, FO).
  • Speakers, microphones, and audio-visual devices.
  • Nurse call systems.
  • Security access devices (card readers, keypads, biometric readers).
  • Control panels, electronic locks, and exit devices.
  • Fiber optic modules and field panels.
  • Detection devices (motion, glass break, smoke, heat).
  • Fire alarm components.
  • Conduit and pathway symbols.

This document is crucial for bidders as it defines the standard terminology, general installation practices, and specific symbols used in the telecommunications plans. Understanding these elements is essential for accurately interpreting the drawings, estimating costs, and ensuring compliance with project requirements. The detailed notes on cabling, pathways, termination, and testing are particularly important for bidders to accurately scope their work and prepare their proposals.

Form / Attachment / Pricing Sheet

This document contains telecommunications details and schedules for the EHRM Infrastructure Upgrades - Brooklyn project. It provides specifications for telecommunications rooms, data racks, cable tray, firestop sleeves, and physical security devices.

• Telecommunications Room (TR) Schedules: Details the number of data connections, racks, cable tray width, and firestop sleeves required for various telecommunications rooms across different buildings and floors.
• Physical Security Device Schedule: Lists the types of security devices (cameras, card readers, motion sensors) required for telecommunications rooms.
• Details: Includes diagrams and specifications for typical J-hook installation, firestop sleeves, wall-mounted WAO configurations, data cabling termination, wire basket cable tray, data center rack elevations, and telecommunications enclosure elevations.
• Riser Diagrams: Illustrates the fiber optic backbone connections for Core A and Core B, showing the distribution from the Main Distribution Frame (MDF) to various telecommunications rooms.

This document is crucial for bidders involved in telecommunications infrastructure work. It outlines specific requirements for cabling, equipment installation, and security device integration, directly impacting the scope of work, material selection, and installation methods. The detailed schedules and diagrams provide essential information for accurate bidding and project execution.

Form / Attachment / Pricing Sheet

This document is a Pre-Construction Risk Assessment (PCRA) template used to assess and mitigate safety risks associated with construction, renovation, and maintenance activities. It helps determine the level of precautions needed to prevent impact on patients, employees, and contractors. It is to be used in conjunction with the VHA Infection Control Risk Assessment (ICRA) if required.

• Activity Type Determination: Categorizes work into "Inspection/Upkeep," "Small scale Construction, Renovation and general maintenance/repair," or "Large-scale construction, renovation, or maintenance" based on scope, duration, and potential for dust, noise, or vibration.
• Control Measures: Outlines specific safety protocols and requirements for each activity type, including immediate cleanup, weekly site visits, safety plans, hazard communication, LOTO procedures, and communication plans.
• Affected Adjacent Area Assessment: Requires identification and coordination with adjacent areas to prevent disruption.
• Permit: A fillable permit form is included for posting at the activity site, detailing the activity, project manager, dates, and required control measures.

This document outlines the safety and risk mitigation requirements that contractors must adhere to for the specified activity. Bidders should review the activity type and associated control measures to understand the safety protocols, planning, and coordination efforts required, which may impact project execution and costs. The permit section details specific information that must be posted and available on-site.

Form / Attachment / Pricing Sheet

This document is an Infection Control Risk Assessment (ICRA) / Construction Impact Assessment Review for the EHRM Infrastructure Upgrades project at the Brooklyn VA Medical Center. It outlines potential impacts of construction activities on patient care and facility operations, and details necessary precautions to mitigate risks.

• Project Scope: Upgrades to OIT infrastructure, including IT Rooms and the Regional Data Center (RDC), involving demolition, backfill, and redundant fiber-cabling.
• Impact Assessment: Evaluates potential effects on patient placement, air quality, noise/vibration, security, phasing, life safety, fire systems, HVAC, medical gases, plumbing, electrical systems, containment, and asbestos abatement.
• Infection Control Precautions: Details specific measures required based on the type of construction activity (Type A-D) and the patient risk group affected (Low, Medium, High, Highest). This includes requirements for barriers, negative air pressure, HEPA filtration, waste containment, and cleaning.
• Tuberculosis (TB) Risk: Assesses the risk of TB transmission to contracted construction workers and outlines requirements for TB screening.
• Permitting: Requires an Infection Control Construction Permit for activities classified as Class III or IV.

This document is critical for any contractor bidding on or performing work related to the EHRM Infrastructure Upgrades project. It defines the stringent infection control measures and safety protocols that must be implemented during construction to protect patients and staff. Bidders must understand these requirements to accurately estimate costs and plan their work, ensuring compliance with VA policies and safety standards.

Form / Attachment / Pricing Sheet

This document is a General Decision Number (GDN) for wage determination, specifically NY20260003, effective January 2, 2026. It outlines the prevailing wage rates and fringe benefits for various construction-related trades in New York State.

• Geographic Area: Bronx, Kings, New York, Queens, and Richmond Counties in New York.
• Construction Types: Building & Residential Construction Projects (including single-family homes and apartments up to four stories), Heavy and Highway Construction Projects.
• Trades Covered: Includes wage rates and fringe benefits for various trades such as Asbestos Workers/Insulator, Boilermaker, Bricklayer, Carpenter (various specialties), Cement Mason/Concrete Finisher, Electrician, Elevator Mechanic, Engineer (Power Equipment Operator), Ironworker, Laborer (various specialties), Glazier, Painter, Plasterer, Plumber, Roofer, Sheet Metal Worker, Truck Driver, and Welder.
• Effective Date: January 2, 2026.
• Paid Holidays: Details specific holidays for which employees are entitled to paid leave.
• Paid Vacation: Outlines vacation pay credit based on years of service.

This document is crucial for bidders as it establishes the minimum wage rates and fringe benefits that must be paid to laborers and mechanics employed on covered construction projects in the specified counties. Bidders must ensure their proposals and subsequent labor costs comply with these prevailing wage requirements.

Form / Attachment / Pricing Sheet

This document is VAAR 852.219-75, a "Notice of Limitations on Subcontracting—Certificate of Compliance for Services and Construction (JAN 2023) (DEVIATION)". It requires offerors to certify their compliance with subcontracting limitations if awarded a contract.

• Services Contracts: Offerors must certify that they will not pay more than 50% of the contract amount to firms that are not certified SDVOSBs or VOSBs.
• General Construction Contracts: Offerors must certify that they will not pay more than 85% of the contract amount to firms that are not certified SDVOSBs or VOSBs. Cost of materials are excluded.
• Special Trade Construction Contractors: Offerors must certify that they will not pay more than 75% of the contract amount to firms that are not certified SDVOSBs or VOSBs. Cost of materials are excluded.
• Acknowledgement of Jurisdiction: Offerors acknowledge that this certification is subject to Title 18, United States Code, Section 1001, and that false certifications may result in penalties.
• Cooperation: Offerors agree to cooperate with the VA and provide documentation to demonstrate compliance.
• Required for Award: The completed, signed certification must be returned with the offer. Failure to do so will result in the offer being deemed ineligible for award.

This is a mandatory form that must be completed and submitted with any bid, quotation, or proposal for Solicitation # 36C77626B0002. Bidders must understand and agree to the subcontracting limitations applicable to their type of contract (services, general construction, or special trade construction) to be considered for award.

Solicitation / RFP / RFQ

This solicitation is for the design-bid-build EHRM Infrastructure Upgrades construction project at the Brooklyn VA Medical Center (VAMC). The project aims to prepare the site for building operations, including demolition, removal of existing structures, and furnishing labor and materials for necessary infrastructure upgrades.

The scope of work includes, but is not limited to:

• Electrical upgrades (panel upgrades, power - normal and emergency)

• Bonding and UPS systems

• Building Management System interfaces

• HVAC upgrades and reconfiguration

• Renovation and expansion of existing space (demolition, new construction, finishes)

• Renovation of Building 14 – First (1st) Floor Regional Data Center

• Construction of a new Data Center (site work, demolition, new construction, finishes, HVAC, UPS, cable management, power)

• Communication infrastructure upgrades (data outlets, patch panels, Cat 6A cable)

• Physical security upgrades

• Fiber infrastructure backbone upgrades (campus-wide, between and within buildings)

• Site civil work and investigation

• Hazardous material abatement Work will be performed in Buildings 1, 2, 4, 14, 15, and the site.

• Contract Type: Single firm-fixed-price contract.

• Period of Performance: 730 calendar days from the issuance of the notice to proceed.

• Estimated Value: Between $20,000,000 and $50,000,000.

• The solicitation will be issued as an Invitation for Bids (IFB) under FAR part 14.

• Evaluation procedures will be detailed in the solicitation.

• All questions must be submitted in writing via email to Kara.Evert@va.gov. Telephone calls will not be accepted.

• This solicitation is a total Service-Disabled Veteran-Owned Small Business (SDVOSB) set-aside.

• Offers from other than SDVOSB concerns will not be considered.

• NAICS Code: 236220 with a size standard of $45.0 million.

• The solicitation is anticipated to be issued in January 2026.

• This notice is not a request for competitive offers.