ContractPresolicitationService-Disabled Veteran-Owned Small Business (SDVOSB) Set-Aside (FAR 19.14)

C1DA--A/E Services Replace Patient Lifts B331, B348, & B360 Project Number: 640A0-27-103

DEPARTMENT OF VETERANS AFFAIRS 36C26126Q1139
Response Deadline
Sep 28, 2026
20 days left
Days Remaining
20
Until deadline
Set-Aside
Service-Disabled Veteran-Owned Small Business (SDVOSB) Set-Aside (FAR 19.14)
Notice Type
Presolicitation

Contract Opportunity Analysis

The Department of Veterans Affairs is seeking Architect/Engineering design services from Service-Disabled Veteran-Owned Small Businesses to replace and upgrade patient lifts at the Palo Alto Menlo Park VA Campus in California. The selected firm must design the installation of 141 new ceiling-mounted lifts, 24 track extensions for bathroom coverage, and 30 motor upgrades across Buildings 331, 348, and 360. Requirements include site surveys, structural and California-licensed seismic analysis, MEP coordination, phased construction planning for occupied healthcare spaces, and five years of construction period services. The design services must be completed within 266 calendar days to support a construction budget not to exceed $16.4 million. Standard Form 330 submissions are limited to 80 pages and must be emailed to Contract Specialist Alex Arter at alex.arter@va.gov by 12:00 PM PDT on September 28, 2026.

Classification Codes

NAICS Code
541330
Engineering Services
PSC Code
C1DA
ARCHITECT AND ENGINEERING- CONSTRUCTION: HOSPITALS AND INFIRMARIES

Solicitation Documents

2 Files

Related Contract Opportunities

Project Timeline

postedOriginal Solicitation PostedAug 13, 2026
amendedLatest AmendmentSep 9, 2026
deadlineResponse DeadlineSep 28, 2026
expiryArchive DateJan 5, 2027

Agency Information

Department
DEPARTMENT OF VETERANS AFFAIRS
Sub-Tier
VETERANS AFFAIRS, DEPARTMENT OF
Office
261-NETWORK CONTRACT OFFICE 21 (36C261)

Point of Contact

Contract Specialist
Alex Arter

Place of Performance

Palo Alto, CA, UNITED STATES
Palo Alto VA Medical Center

Official Sources