K25-0091-25J Judicial Workload Assessment Judgeship Model

The Administrative Office of the Courts (AOC) in Maryland is seeking proposals for solicitation K25-0091-25J, a Judicial Workload Assessment Judgeship Model. This procurement opportunity is exclusively being managed through the Maryland Judiciary Procurement Portal, with proposals due by April 30, 2025. Potential suppliers must access the full solicitation details at https://mdcourts.bonfirehub.com/opportunities/181723, where they can view comprehensive requirements and submit their responses. The procurement appears focused on developing a comprehensive judicial workload assessment model, likely involving data analysis, workforce modeling, and strategic recommendations for judicial resource allocation. While specific deliverables are not detailed in the provided notice, the solicitation suggests a complex consulting or research project aimed at optimizing judicial staffing and efficiency across Maryland's court system. Interested vendors must carefully review the full solicitation documents and ensure timely submission through the designated electronic procurement platform by the April 30, 2025 deadline.

The procurement notice does not explicitly specify set-aside designations or restrictions on respondent types. However, given the specialized nature of a judicial workload assessment, respondents will likely need demonstrated expertise in court system analysis, workforce modeling, and public sector consulting. Potential vendors should anticipate robust qualifications requirements, potentially including advanced degrees, prior experience with judicial system optimization, and proven methodological approaches to workforce assessment. The solicitation appears to be open to consulting firms, research organizations, and professional services entities with specific capabilities in judicial system analysis. While no incumbent vendor is mentioned and no specific budget range is provided in the available information, such a comprehensive judicial workload assessment project would typically require significant professional services investment, potentially ranging from $100,000 to $500,000 depending on project scope and complexity.