North Carolina eVP #75-06022026

Engineering Design Services for Campus Technology Infrastructure Replacement

Alamance Community College is seeking qualified engineering and/or architectural firms to provide design services for a major Technology Infrastructure Replacement Project at its Carrington-Scott Campus in Graham, North Carolina. - Government Buyer: - Alamance Community College, Chief Information Officer's Office - Scope of Work: - Design a diverse underground conduit pathway system with at least two independent connectivity paths to each campus building - Includes directional boring, trenching, conduit installation, pull boxes, handholes, and site restoration - Design a redundant 24-strand single-mode fiber optic network over the new conduit system - All fiber strands must be terminated, tested, and connected to both on-campus data centers - Prepare all contract documents, cost estimates, schedules, and phasing plans - Coordinate with college stakeholders throughout the project - Requirements: - Firms must be licensed in North Carolina and carry professional liability insurance - Selection based on expertise, past performance, and staffing - Budget: - Estimated at $700,000 - OEMs and Vendors: - No specific OEMs or vendors are named; this is a design services opportunity - Unique/Notable Requirements: - Emphasis on redundant, diverse connectivity and robust fiber optic infrastructure - All design work must ensure future-proofing and reliability for campus technology needs

Description

Alamance Community College is soliciting engineering design services for the Technology Infrastructure Replacement Project. The project includes designing a diverse underground conduit pathway system with at least two separate connectivity paths to each building on the Carrington-Scott Campus, and designing a redundant 24-strand single-mode fiber optic network over the new conduit system connecting the college's on-campus data centers. The design team will prepare contract documents, cost estimates, schedules, and phasing plans, and assist coordination between college stakeholders. The project budget is estimated at $700,000, with a design/bid/build delivery system.

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