MHS GENESIS is the single, integrated medical and dental EHR. Scheduled to be systematically fielded at all military hospitals and clinics by 2024, initial testing phases of MHS GENESIS are now complete.
The Military Health System is addressing challenges and issues as it prepares for the first wave of deployment next fall, said Air Force Maj. Gen. Lee E. Payne, who is dual-hatted as the Defense Health Agency Assistant Director for Combat Support and MHS EHR Functional Champion.
“I have to set the stage for the frontline users about what they can expect and that’s part of my responsibility,” Payne said. “We’ve been building the capability of the Office of Chief Health Informatics Officer to help us manage the record more in real time and deal with these problems and help build the content configuration necessary to improve the record.”
As the MHS EHR Functional Champion, Payne represents the voice of front-line users and will make critical decisions throughout its deployment. His responsibilities include ensuring solutions are seen from an enterprise perspective and evaluating potential process enhancements. He also serves as the DHA liaison to the Program Executive Office, Defense Healthcare Management Systems, which is responsible for the deployment of MHS GENESIS and management of the rollout plan.
“I want to give you a transparent review of where we are with MHS GENESIS,” Payne said at the annual meeting of the Society of Federal Health Professionals, better known as AMSUS, in November 2018. “There are some good things happening and I want to be able to share these with you.”
MHS GENESIS launched at four initial operational capability sites in 2017: Fairchild Air Force Base, Naval Health Clinic Oak Harbor, Naval Hospital Bremerton and Madigan Army Medical Center. Payne said lessons learned from the Pacific Northwest deployment focused on change management, workflows, issue resolution, and training methods.
“We had a change management strategy,” Payne said, adding that they underestimated the magnitude of the change. “I think in some of our minds, at least in my mind, it was, ‘OK, we’ll buy the commercial, off-the-shelf system, you just plug it in, you go to work and you do your job after you get training.’ The system comes about 80-percent configured already, but the MHS is continuing to refine workflows for the new system.
Another critical component of the rollout strategy is helping users understand their workflows, Payne said.
“If you try to take your existing business processes, whether that’s in AHLTA or Essentris, and you try to jam that into the new electronic health record, you will fail,” Payne said, referring to legacy EHR systems. “You must adapt your business practices to the new record.”
Payne said MHS GENESIS is more than a system for documenting health care, as AHLTA does. It serves as a care coordination tool and provides standardized workflows that aren’t available in the current systems, a feature that has exposed inconsistencies across the MHS, he said.
“Not only do we have variability between the services, but we have variability between our hospitals, and we have variability inside our hospitals and clinics,” Payne said.
Communicating workflows and bridging knowledge gaps from old to new processes early in the transition was another important lesson, he continued. “We have to make decisions from an enterprise perspective, not from a local perspective.”
The MHS is also focusing on improving its training approach and content so it ties more closely to workflows. This will include retraining users at the initial sites when training methods change, he said. Peer expert training, where physicians and nurses get trained by experts in their specialty, has been the most effective method.
“We want to get those peer experts trained and experienced with the record, so as we go live, there’s somebody at your elbow to be able to coach you through that process,” Payne said. Having one peer expert per 10 physicians has shown to be a good ratio, he said, a ratio he aims to require for wave-one sites. These include Naval Air Station Lemoore, Travis Air Force Base, and Army Medical Health Clinic Presidio of Monterey, all in California, as well as Mountain Home Air Force Base in southwestern Idaho.
Payne said that as challenges at the IOC sites became evident, OCHIO prioritized the issues and incidents, addressing more than one-third of cases (tickets) so far. The functional community continues to discuss how to better measure and communicate findings with the field, and checks in with end users for feedback once the issues are resolved, he assured.
“Feedback and tickets are helping us improve the system and improve the usability,” Payne said. “It’s really focused on the end users and how they use the system, so it’s great information for us. It’s a roadmap for us to get better.” It also has the potential to be helpful for the Department of Veterans Affairs as it moves forward with its EHR modernization effort utilizing the same record as the Department of Defense.
Payne said MHS GENESIS breaks down barriers to care, not only between the services and throughout the stages of a patient’s life, but also between Departments, fostering a collaborative culture that supports an integrated system of health and readiness.
Payne praised the testers at IOC sites for their great work during the initial phase of deployment, thanking them for making MHS GENESIS even better.
“We want to do as much as we can possibly do prior to wave one to make it go much smoother,” Payne said. “It’s kind of a cycle of continuous process improvement. We’re learning and we’re going to learn things from wave one that we didn’t learn from the IOC sites. We are improving the system and I think we’re going to get some momentum as we move forward. Our goal is to make wave one wildly successful. We want it to be a home run.”