Building A Cutting-Edge Healthcare Experience

 

Extending Clinical Care Beyond Traditional Healthcare Settings Through Remote Patient Monitoring and Telehealth Platforms

Care Innovations, a joint venture between Intel Corporation and GE Healthcare, pioneered large-scale remote patient monitoring, telehealth, and digital care delivery platforms designed to extend clinical services into the home. The initiative sought to redefine how providers, payers, and caregivers managed chronic conditions outside traditional healthcare environments.

The Care Innovations platform demonstrated measurable clinical and economic impact, reducing care delivery costs by up to 50%, lowering rehospitalization rates by 26%, and achieving patient satisfaction levels exceeding 97% — validating remote care as a scalable healthcare delivery model.

As UX Manager, I built and led a multidisciplinary user experience organization responsible for defining the experience strategy, research methodology, and design direction for a first-of-its-kind remote healthcare platform spanning software, hardware, and clinical workflows.

Intel–GE Care Innovations connected the healthcare continuum to the home, enabling patients, caregivers, and clinicians to collaborate through integrated hardware, software, and data platforms designed specifically for remote care management.

The Health Harmony platform established early industry standards for remote care monitoring and telehealth engagement.

The platform integrated real-time patient data from connected sensors, clinical systems, and behavioral inputs, enabling predictive analytics and proactive intervention outside hospital settings.

The project identified the best methods for health care providers and health plans to capture and integrate real-time data from the home into care delivery. My work included development of the company's remote care management solution, which delivers insights for timely intervention and superior patient engagement with patients outside the formal care setting.

The platform is built with a smart filter and predictive analytics that sorts the complex array of aggregated data captured from a wide variety of sensors and sources present in the daily lives of patients.

THE CHALLENGE

BUILDING A HEALTHCARE EXPERIENCE BEYOND THE TRADITIONAL WALLS OF MEDICINE

The challenge was to design a healthcare experience capable of operating beyond clinical environments — balancing advanced technology, regulatory constraints, accessibility requirements, and the emotional realities of aging patients receiving care at home.

MY ROLE & LEADERSHIP

CREATE A VISION FOR THE FUTURE OF REMOTE PATIENT MANAGEMENT

As UX Manager, I established the experience vision for Care Innovations and led Intel's UX organization in defining how remote care technology should function for patients, clinicians, caregivers, and healthcare systems simultaneously.

I guided human-centered design strategy across the platform, aligning business goals, clinical workflows, and patient needs while building organizational alignment around user-driven decision making.

My leadership included building and mentoring a high-performing UX team, embedding research into product strategy, driving cross-functional collaboration with GE Healthcare partners, and establishing scalable experience standards that influenced both software and connected medical device development.

STRATEGY & INSIGHTS

ENGAGE PATIENTS WITH A REMOTE CARE MANAGEMENT PROGRAM

Care Innovations required designing entirely new healthcare interaction models. Research programs including ethnographic studies, hospital trials, and in-home observation informed product strategy and validated how remote care could integrate into patients' daily lives.

Simplified Remote Care Management

Care Innovations simplifies planning and deploying remote care management by providing intuitive and easy-to-use technology and a device agnostic platform for the clinician, patient, and family caregiver.

I was responsible for gathering and analyzing data to gain a deep understanding of customer experience issues, identifying product gaps, and generating new ideas to fill gaps and improve customer experience.

Insights from research drove product vision sessions, feature prioritization, and iterative prototyping that shaped the evolution of the remote patient monitoring platform.

I also worked closely with stakeholders to understand customer needs, explain new features, and advocate for product solutions that were designed, developed, implemented, and continuously improved to offer best-in-class healthcare experiences.

The Intel Health Guide represented one of the first purpose-built home healthcare devices designed for older adults — requiring the team to rethink interaction design for users who often had limited digital literacy but complex medical needs.

The Intel Health Guide and Care Innovations software platform was the foundation for the Intel - GE partnership. I directed field studies, ethnographic studies, contextual inquiries, and other data gathering activities. I analyzed the data and used the insights gained to drive the design thinking process to ultimately create the entire product suite for patients, physicians, and caregivers to extend the care continuum into the home.

The technological solution appeared simple: a remote patient monitoring system that allows home care for the elderly. But what was not simple was working with the televisual and telephony technologies that already existed to 'fit' into the context of 'independent living'.

To create the appropriate enabling technology, Intel Health had to come up with a product design that offered a form of literacy appropriate for a generation of people who probably wouldn't have the need for a personal PC at home.

The end result, the Intel Health Guide and Care Innovations software platform, was a culmination of design, engineering and ethnographic research work spanning several years, and involved input from stakeholders and patients between 65 to 80 years old — some living at home, some living at the hospital — and also their caregivers and clinicians.

Looks Do Matter

It was no accident that the Intel Health Guide had the outward appearance of a typical household appliance. Insights from qualitative research showed a high percentage of patients did not want the equipment to look like a medical device. They didn't like the stigma of being perceived as ill. The UX team had to factor in design considerations to address these concerns in developing the Intel Health Guide and Care Innovations platform.

Accessibility and dignity were central design principles. Interfaces were optimized for declining vision, reduced dexterity, and cognitive load, ensuring technology supported independence rather than reinforcing medical stigma.

The product design necessitated a simple touchscreen set of buttons for navigation. The fonts and buttons were kept large since elderly patients don't have the same manual dexterity as younger people. The buttons were designed large so that they could tap the screen with their knuckle instead of the tip of their finger, for example.

The Intel Health Guide and Care Innovations platform also had a limited set of icons carefully tested for usability. The product design provided high contrast in the colors, since usability testing determined blue and white worked best for the vision of older patients.

The platform operated within medical device regulatory and privacy constraints, requiring close collaboration with clinical, legal, and compliance teams to balance innovation with patient safety and data protection.

Another challenge for Intel Health was to make the system socially amenable, by enabling interactions among the patient, the family and friends, the caregivers, and the clinicians.

Visuals were an effective means of maintaining this form of sociality, so the device incorporated audiovisual communications, such as video, that could run on wired, cellular or dial-up connectivity.

In order to understand how the device would work for the clinicians, UX research included personal interviews, observing clinicians at hospitals, and contextual inquiry, to understand the workflow and the work-situated problems they faced.

Expansion of the platform introduced passive monitoring through smart sensor technology, enabling clinicians to identify behavioral changes and intervene earlier — an early example of ambient health monitoring now common in modern digital health ecosystems.

RESULTS

Care Innovations helped usher in a new era of telehealth by demonstrating that remote patient monitoring could simultaneously improve clinical outcomes, reduce costs, and expand access to care beyond hospital settings.

The Care Innovations project advanced remote patient monitoring technology and has given healthcare providers unprecedented opportunities to better manage the health of patients with chronic conditions.

The telehealth technology used to deploy remote care management also works to reduce costs by better engaging and educating patients, promoting adherence to treatment and early intervention to keep readmissions at a minimum.

Care Innovations transforms traditional telehealth and remote care monitoring models to deliver a solution with comprehensive benefits to caregivers, clinicians and patients. The most striking benefits of Care Innovations remote patient monitoring technology include:

  • LOWER COST. Deployments are as much as 50 percent lower than device-centric remote care management programs.
  • GREATER SIMPLICITY. With far less complexity than traditional dedicated telehealth devices, payers and providers can utilize remote care on a much greater scale with relative simplicity.
  • MORE ACCESS. Caregivers using the Care Innovations platform are given access to an innovative suite of caregiving tools, enabling them to add informal caregivers like family and friends to their supportive care network.
  • BETTER ENGAGEMENT. Care Innovations provides more frequent touchpoints among clinicians, caregivers, patients and their families. Studies on a variety of health conditions, such as strokes, show that patients with active family caregivers are more likely to improve than those without.

Care Innovations made telehealth technology a cost-effective valuable tool by helping move delivery of care from higher acuity settings to the home. It allowed patients to become more proactive in their own health and facilitate effective management of their chronic conditions.

In the past, adoption of remote care management (RCM) solutions was slowed by a perception of cost and complexity. Care Innovations' solutions removed those limitations by delivering an intuitive and innovative remote care management platform that reduces the cost of traditional RCM models by as much as 50 percent.

Removing the complexity of remote care — not just for providers and caregivers, but also for patients, gives them greater freedom and flexibility to participate in their own care.

Care Innovations enables the collection and transmittal of daily biometric data, collection of health assessment information, and monitors changes in existing health patterns.

Patients, caregivers, and family members all have access to clinician-directed health sessions, videoconferencing, and interactive education to help keep all parties engaged.

The program validated remote care as a viable large-scale healthcare delivery model and influenced the evolution of modern digital health platforms.

BUSINESS RESULTS

  • Patients using Care Innovations are significantly more engaged
  • Costs with the Care Innovations platform are reduced as much as 50% over other remote care management programs
  • User-centered, simple processes allow payers and providers to utilize remote care on a much greater scale

This early work at Intel–GE Care Innovations established the foundation of my career in digital health product leadership — shaping my later work leading large-scale pharmacy, patient engagement, and healthcare platform transformations.