Track: Healthcare

Healthcare is about people. When designing solutions for healthcare, the human-focus is often secondary, as technology advancement takes the front seat. This can lead to disconnect and ultimately resulting in resistance to adopt the technology. This workshop will focus on putting the human at the center of your solution. By tapping into Human Centered Design principles, this workshop provides you with the tools to intentionally put the humans back into your product design equation and how to talk and pitch your solutions in a human-centric industry. 

Robots. AI. Mixed Reality. Autonomous Transportation. Genomics. Blockchain. These exponential technologies offer health care systems of today a path to transform into the systems of the future. A new reality built on the platforms and capabilities of today's IoT devices and platform. This session will discuss how health care systems are leveraging exponential IoT technologies in today's setting and their lessons learned. Join us for a talk on the path to tomorrow's IoT technology.

Within the coming years, every in-patient of the Radboud University Medical Center will stay in a hospital room that is personalized based on preferences, characteristics and continuously measured needs of the individual. Using IoT technology, the single patient hospital room is optimally designed for giving a human centered experience. This session explores R4Heal, the first global initiative offering hospitalized patients a smart healing environment. See how visuals, sounds, games and smells allow for personalizing postoperative care and meeting individual needs and get insights into the development and adoption of this new set of technologies in the hospital.

This session showcases the business case, implementation plan, and technology stack/roadmap being followed to create "smart" exam rooms to be used in behavioral health to help mitigate the shortage of providers that underlies the crisis in meeting the needs of patients. Use of sensors to record interactions, analysis of inputs, and production of meaningful analytics to improve care outcomes will be discussed.

The Biopharma industry is at a pivot point. Increasing cost pressure and growing regulations require new approach towards research and the production of drugs. Personalized medicine and other market trends demand smaller batches with variable production parameters. To answer the market demand, Merck is rethinking and redesigning every part of the ecosystem, integrating new technologies with industrial automation platforms to deliver game changing capabilities for drug manufacturers. This session will explore the concepts, design principles, challenges and achievements of the interdisciplinary team which is on a mission to revolutionize the way drugs are discovered and produced.

Healthcare IOT requires that security never be treated as an afterthought. Thus, new investments in these technologies often raise red flags in many healthcare organizations. Learn from a panel of insiders how to avoid common pitfalls to get your projects successfully funded and implemented.

The concept of a Liquid Hospital is not just supported by technology but is only possible through combining IoT technology, innovative ways of working and modern innovation. Breaking down the systemised walls for the provision of care is the key to disruption. This session spotlights Sanitas' Hospital-at-Home unit, which provides safe, high-quality, hospital-level care to patients in the comfort of their own homes, through an IoT connected health platform. Discover how modern innovation is driving constant contact between patient and health provider, by connecting medical wearables with a mobile app.  See how all data is analyzed by the artificial intelligence system, which generates alarms in case of decompensation of the disease and warns the health care team, to contact the patient by video visit.

Mobile health technology using wearables has the potential to integrate seamlessly into the daily routine, accurately sense physiologic changes that predict an asthma exacerbation, provide personalized monitoring of air pollution exposures such as ozone, and provide patients with instant feedback that allows them to intervene early to prevent progression to more severe symptoms and/or an asthma exacerbation.  This approach has high potential to make a significant public health and economic impact to reduce asthma-related morbidity and mortality.

This session will explore the Digital Control Centre program, the smart hospital partnership solution at Salford Royal NHS, an integrated provider of hospital, community and primary care services in Greater Manchester, UK and beyond. Discover how this program is revolutionising the organisation of care across both acute and integrated services. Learn how it will build on the healthcare provider’s existing digital excellence to utilise advanced analytics and IoT to support staff in making the best of their talents and the resources they have.

Health and science startups seem uniquely positioned to fool investors and the public.  Theranos is a well-known example of a risky healthare investment gone wrong, but a handful of other new health and science ventures have raised questions too. In this session, we will present several case studies of IOT in healthcare. And half of them will be totally made up. The audience will be asked to identify which ones are real. 

Impaired mobility associated with a number of chronic diseases and aging is emerging as a significant global health challenge. Critical to addressing this challenge will be the development of novel methods of assessing and measuring human motion.  Such assessments will be critical in evaluating the value and impact of therapeutic interventions. There are many examples of sensors used to study many aspects of human motion. Such analyses are often complex and expensive. Rapid advances have been made in the development of smaller inexpensive, sensitive and capable sensors such as Multi-Axis Inertial Measurement Units. In this session we describe the application of machine learning techniques and a consumer grade IMU to study clinically relevant human movement and to develop robust correlates between pathology, pain, discomfort and disequilibrium.