Workspace Analytics Lead 5090

Workspace Analytics Lead Contract Duration: ASAP through December 16, 2026 Pay Rate: $70/hour w2 + benefits Location: Hybrid – 3 days onsite per week in Milwaukee, WI Overview: We are seeking a Workspace Analytics Lead to establish a clear, credible workspace measurement capability that supports data‑driven space allocation, campus planning, and future workspace design decisions. This is a hands‑on, outcome‑focused contract role designed to build clarity, trust in metrics, and forward momentum in defining which workspace metrics truly matter. Experience working with CAFM/IWMS platforms, and the ability to translate complex datasets into executive‑ready insights is critical. What You’ll Do • Define a workspace metrics and measurement framework aligned to real business and planning decisions • Establish clear metric definitions, assumptions, and calculation logic to ensure consistency and credibility • Align workspace inventory, space types, and seat assignments to an IWMS system of record • Assess existing data sources including IWMS data, occupancy sensors, presence data, and workforce data • Identify data quality gaps, integrity risks, and dependencies impacting analytics effectiveness • Deliver a small set of decision‑ready dashboards that support space allocation and design conversations • Partner with workspace strategy and campus planning stakeholders to validate insights • Develop a 12–18 month workspace analytics roadmap, outlining maturity stages and deliverables • Document standards and analytical approaches to support long‑term sustainability Required Experience: • Experience in workspace, real estate, facilities, or portfolio analytics • Proven ability to define analytics strategies and metrics roadmaps, not just produce dashboards • Hands‑on experience with CAFM or IWMS platforms (OpenBlue experience preferred) • Power BI and/or Tableau experience • Strong analytical, communication, and stakeholder‑facing skills • Ability to operate independently in a fast‑moving, contract‑based environment