The Best Way to Maximize Healthcare Analytics ROI (White Paper)

When it comes to maximizing analytics ROI in a healthcare organization, the more domains, the merrier. Texas Children’s Hospital started their outcomes improvement journey by using an EDW and analytics to improve a single process of care. It quickly realized the potential for more savings and improvement by applying analytics to additional domains, including:

• Analytics efficiencies
• Operations/Finance
• Organization-wide clinical improvement

The competencies required to launch and sustain such an organizational sea change are all part of a single, defining characteristic: the data-driven culture. This allows fulfillment of the analytics strategy, ensures data quality and governance, encourages data and analytics literacy, standardizes data definitions, and opens access to data from multiple sources.

This article highlights the specifics of how Texas Children’s has evolved into an outcomes improvement leader, with stories about its successes in multiple domains.

How to Drive ROI in Your Healthcare Improvement Projects (Executive Report)

Hospitals and healthcare systems need a systematic approach and tools to demonstrate ROI from their healthcare improvement projects. Bobbi Brown, VP of Financial Engagement, shares a four-step process for demonstrating ROI: 1) define the project and business need, 2) begin to quantify ROI, 3) recruit, train and plan, and 4) evaluate costs, revenue and direct benefits. Download the Health Catalyst Clinical Improvement Financial and Executive Communications tools for estimating, calculating and communicating your ROI results.

Surviving Value-Based Purchasing in Healthcare: Connecting Your Clinical and Financial Data for the Best ROI

Reducing healthcare costs is a major driving force in bundled payments, home-centered medical care, and accountable care organizations. But each new delivery model is built on the premise of reducing revenue per patient. So how can a health system win? Find out what you can do financially survive in today’s environment.