How Virtual Care Can Address Healthcare Workforce Shortages
By Lee Horner, CEO, Synzi.
Population growth and aging continue to be the primary driver of increasing demand for healthcare services. According to a March 2018 study by the Association of American Medical College, between 2016 and 2030 the U.S. population is projected to grow by close to 11 percent, from about 324 million to 359 million.
The population aged 65 and over is estimated to increase by 50 percent while growth for the 18 and under age segment is forecasted at only 3 percent. Since seniors have much higher per capita consumption of healthcare than younger segments, the demand for services used by seniors is estimated to far outpace the demand for pediatric care.
Given the expected demand from this demographic shift, the healthcare industry will face growing staffing challenges – with predictions including a shortage of 120,000 doctors by 2030, and a lack of 446,000 home health workers and 95,000 nursing assistants by 2025. Technology – specifically virtual care platforms – can address these expected gaps by allowing providers, care managers, and visiting nurses the ability and flexibility to treat more patients virtually. With virtual care platforms, healthcare organizations can meet the heightened demand for access to care by increasing staff productivity and optimizing workflows, while minimizing costs for all stakeholders.
Increasing Staff Productivity
Virtual care platforms can help administrators optimize their available staff around patient needs. Instead of needing to hire additional team members (or outsource some of the care responsibilities to other healthcare delivery organizations), administrators can review when patients are more likely to seek out care and then match provider scheduling around patients’ preferred timing for virtual visits.
If necessary, staff can also be augmented by remote team members to address an anticipated near-term shortfall of providers. Many health systems – whether rural/remote or urban/suburban locations – struggle with being able to have behavioral health resources on-hand, all the time. Virtual care platforms help remote behavioral health specialists more efficiently provide needed diagnoses and admission/transfer decisions to their onsite colleagues.
Virtual care platforms can be designed to automate existing workflows and can be readily applied across roles, settings, and facilities. This ensures that the use of the technology is complementary – not disruptive – to how providers currently interact with their colleagues and engage with their patients. Greater collaboration will stem from providers being able to more easily access remote specialists for a video consult. The transition of care – including transfers between departments, floors, providers and settings – will be streamlined as all stakeholders (including the patient and family members) are included in the video-based call to align on expectations and next steps.
Minimizing Excess Costs
Technology enables healthcare organizations to leverage staff to care for more patients, around-the-clock. Instead of expending “windshield” time to physically reach at-home patients for an in-person visit, providers can convert “drive time” to “patient time” and effectively see more patients, more often. Virtual care platforms can fill expected workforce gaps by allowing providers/care managers/home health staff the ability to treat three patients virtually in the time it takes for one at-home visit.
Investment in expanding the number and type of staffing resources would not be needed. In addition, transportation costs and related liabilities associated with driving to/from patient homes and conducting in-person appointments are effectively reduced.
Healthcare organizations need to evolve their business models in order meet the increased demand for access to care. Implementing a virtual care platform can help organizations better utilize their current staff while being able to provide better – meaning, more timely and higher quality – care to the community they serve.