The South Carolina Department of Education is conducting an Invitation for Bid (IFB) for a CS Robot Loaner Program CTE, specifically targeting Richland County, to procure educational robotics equipment for computer science and technology education. The procurement seeks multiple sets of specialized robotic learning tools, including 12 Blue-Bot Bluetooth Programmable Robot Mat Packs, 6 Finch Robot Classroom Flocks, 17 Micro:bit 2.0 Club Bundles, 10 Sphero Indi Education Classroom Packs, and 11 Ozobots Evo Classroom Kits. Vendors must bid on all items within a selected lot and provide comprehensive documentation demonstrating equivalent standards if proposing alternative brands. Key dates include a question submission deadline of January 28, 2025 at 5:00 PM ET, bid submission deadline of February 11, 2025 at 3:30 PM ET, and an anticipated award posting on February 18, 2025. All selected equipment must be delivered, installed, and operational by June 30, 2025, with delivery expected within 30 days of purchase order receipt. Vendors are required to provide manufacturer's standard warranty and post-purchase technical support, and all submissions must be made electronically through the South Carolina procurement portal. The solicitation allows for awards to up to five offerors and includes preferences for South Carolina end-products, US end-products, and resident vendors. While specific set-aside designations for disadvantaged enterprises are not explicitly detailed, the procurement appears open to a variety of qualified vendors who can meet the technical specifications. Bid prices must include shipping to West Columbia, SC 29172, and all equipment must be new and accompanied by operational manuals. Although a specific budget range is not provided, the comprehensive nature of the equipment procurement suggests a substantial investment in educational technology. The program aims to enhance computer science and technology education by providing advanced robotic learning tools to educational institutions. Vendors must demonstrate the ability to provide high-quality, technologically sophisticated educational robotics equipment that can support comprehensive computer science and technological education programs.
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