Project 465788

Robust evaluation of innovative technologies to support decision-making: development and implementation of the Ottawa Hospital Evaluation Toolkit for healthcare innovations

465788

Robust evaluation of innovative technologies to support decision-making: development and implementation of the Ottawa Hospital Evaluation Toolkit for healthcare innovations

$108,500
Project Information
Study Type: Unclear
Research Theme: Health systems / services
Institution & Funding
Principal Investigator(s): Ouyang, Yongdong
Supervisor(s): Forster, Alan J; Taljaard, Monica
Institution: Ottawa Hospital Research Institute
CIHR Institute: Health Services and Policy Research
Program: Health System Impact Fellowships - PostDoc Central Canada 2-year
Peer Review Committee: Fellowship : Health System Impact Fellowships Post Doctoral Fellows (IHSPR FE)
Competition Year: 2022
Term: 2 yrs 0 mth
Abstract Summary

Over the last several decades, innovative technologies have resulted in astonishing breakthroughs in healthcare that enhance patient outcomes and our healthcare system. The Ottawa Hospital (TOH) is developing an open innovation strategy with the goal of fostering and facilitating digital innovations both inside and outside the hospital. To support this strategy, TOH must use robust methods to evaluate and monitor the performance of various innovative initiatives. The primary goal of this fellowship is to develop the Ottawa Hospital Evaluation Toolkit to support innovation strategy evaluations at TOH. My work will consist of two phases. The first phase is to create a toolkit that allows stakeholders to identify feasible research designs to evaluate the implementation of a new strategy at TOH. The toolkit will allow stakeholders to identify the optimal method to use to evaluate the effectiveness of a particular innovation in a wide variety of scenarios. As part of this toolkit, I will develop recommendations for how to select the optimal design, how to determine the required sample size and how to analyse data for each design. I will also create a generic protocol and statistical analysis plan for each design that TOH can adopt in the future. In the second phase of my work, I will apply this evaluation toolkit to complete a case study. Lumenix, a third-party company is currently partnering with TOH to evaluate the Artificially Intelligent Monitoring System (AIMS) that promotes hand hygiene to reduce healthcare-associated infections, patient length of stay, and related costs. The case study will illustrate how to use the toolkit developed in the first phase to evaluate AIMS at TOH.

No special research characteristics identified

This project does not include any of the advanced research characteristics tracked in our database.

Keywords
Biostatistics Experimental Design Health Innovation Strategy Evaluation Health System Impact Fellowship Health-Related Program Evaluation Healthcare Innovation Quasi-Experimental Design