RFP 6410 - Proctoring Software Solution

Macomb Community College in Warren, Michigan has issued Request for Proposal (RFP) No. 6410 for a comprehensive proctoring software solution to support its educational technology infrastructure. The college seeks a web-based platform that integrates seamlessly with Canvas LMS, providing secure exam delivery, authentication, and monitoring capabilities for approximately 10,000 students. The solution must support multi-factor authentication, offer both AI and human proctoring options, include a lockdown browser, and comply with accessibility standards such as WCAG 2.1 and Section 508. Proposals are due on February 28, 2025, at 2:00 P.M., with an anticipated implementation in May 2025. The contract is structured as a three-year agreement with potential renewal options for two additional two-year periods. Evaluation criteria will encompass compliance with specifications, vendor experience, proposal pricing, and overall value. The selected vendor must provide complete implementation services, including training, technical support, and ongoing maintenance.

No specific set-aside designations or restrictions on responding organizations were explicitly detailed in the documentation. The current infrastructure indicates approximately 5,000 students currently use Respondus software during Fall and Winter semesters across 800 courses, with an estimated 25,000 exams using proctoring services and a projected annual exam volume of 30,000. The solution must integrate with existing systems like Azure Active Directory and ensure secure data storage. Vendors are required to submit detailed cost quotations covering licensing, implementation, maintenance, and additional services, with pricing guaranteed for 90 days after the proposal due date. While specific budget ranges were not disclosed, the comprehensive requirements suggest a significant technological investment to support the college's remote and online examination needs. The RFP allows vendors to attach a pricing narrative to their proposal grid, indicating flexibility in the procurement approach.