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Tyler Williamson is the Connectivity and Data Access Lead at Health Everywhere. Tyler serves as the Director of the Centre for Health Informatics, previously holding the position of Associate Director. Simultaneously, he holds the role of Associate Professor of Biostatistics in the Department of Community Health Sciences and directs the Health Data Science and Biostatistics Diploma Program at the University of Calgary. Dr. Tyler Williamson is the Director of the Centre for Health Informatics and a Professor of Biostatistics in the Department of Community Health Sciences at the University of Calgary. He is a member of the O’Brien Institute for Public Health, the Alberta Children’s Hospital Research Institute, and the Libin Cardiovascular Institute. Dr. Williamson’s work focuses on strengthening Canada’s health-data ecosystem, with emphasis on interoperability, health-data governance, and the responsible use of administrative and electronic medical record data. He has contributed to national surveillance initiatives, including foundational work with the Canadian Primary Care Sentinel Surveillance Network, and continues to collaborate with the World Health Organization through UCalgary’s WHO Collaborating Centre. His leadership and impact have been recognized with a NAPCRG New Investigator Award (2018), the Lynn McIntyre Award (2020), Avenue Magazine’s Top 40 Under 40 (2020) and the UCalgary Alumni Career Achievement Award (2024). Connectivity and Data Access Lead Tyler Williamson  tyler.williamson@ucalgary.ca PREVIOUS THEME LEAD NEXT THEME LEAD tyler.williamson@ucalgary.ca Tyler Williamson Connectivity and Data Access Lead Dr. Tyler Williamson is the Director of the Centre for Health Informatics and a Professor of Biostatistics in the Department of Community Health Sciences at the University of Calgary. He is a member of the O’Brien Institute for Public Health, the Alberta Children’s Hospital Research Institute, and the Libin Cardiovascular Institute. Dr. Williamson’s work focuses on strengthening Canada’s health-data ecosystem, with emphasis on interoperability, health-data governance, and the responsible use of administrative and electronic medical record data. He has contributed to national surveillance initiatives, including foundational work with the Canadian Primary Care Sentinel Surveillance Network, and continues to collaborate with the World Health Organization through UCalgary’s WHO Collaborating Centre. His leadership and impact have been recognized with a NAPCRG New Investigator Award (2018), the Lynn McIntyre Award (2020), Avenue Magazine’s Top 40 Under 40 (2020) and the UCalgary Alumni Career Achievement Award (2024).

Theme 1: Bridging Community and Acute Care APPROACH My Heart + Chronic Kidney Disease Decision Kit Lead: Matthew James Co-Lead: Stephen Wilton Team Member: Todd Wilson INNOVATION STAGE Proof of Concept Health Innovation Focus Chronic Disease Population and Setting Adults Technology and Intervention Data Modelling, Platform and Dashboard Visualization BENEFITS For Users For Physicians: It optimizes appointment time by collecting data in advance, allowing appointments to focus on actionable insights and personalized care. For The System Reduced Hospitalizations and Costs: By avoiding unnecessary procedures, the tool supports better health outcomes and reduces healthcare costs. Enhanced Clinical Practice: Embedding the tool in clinical workflows promotes consistent, patient-centered care and shared decision-making across healthcare settings. Improved Health Outcomes: By aligning treatments with patient priorities, the tool contributes to improved quality of life and potentially extended survival for CKD patients. Project Theme Information Current State Patients with chronic kidney disease (CKD) face complex challenges when undergoing heart disease tests and treatments, which carry unique risks for this population. Many CKD patients lack the information needed to make informed, personalized choices about these procedures, potentially resulting in hospitalizations, reduced quality of life, and decreased survival. Effective communication of individualized risks and benefits is crucial to support decision-making based on each patient’s values and needs. Other Known Use Cases Partnerships with Xsensor and Baxter are undergoing to evaluate the impact of eHealth tools on patient outcomes. The specific focus will be on two products: 1) Xsensor’s ForeSite® Intelligent Surface, an artificial intelligence-powered continuous skin monitoring... What is the Innovation This tool is a shared decision-making (SDM) aid designed specifically for CKD patients facing decisions about heart disease tests and treatments. It provides personalized benefit-risk information, enabling patients and healthcare providers to engage in informed, collaborative decision-making that respects patient values. How it Works The decision aid allows patients to explore two treatment options, displaying potential outcomes for each choice through probability data, icon arrays, and clear text explanations. It includes a values-ranking feature, where patients can express their preferences for different life outcomes, helping to align decisions with their unique priorities. By visually representing options and integrating patient values, the tool strengthens shared decision-making between patients and providers. Get Involved Explore & Get Involved Visit our websites to learn more, explore our tools, and get involved . Take a Closer Look Learn More View other projects and explore the Health Everywhere Portfolio to see how local innovations are transforming care across the province. Explore the Health Everywhere Portfolio to see how local innovations are solving real-world challenges and shaping the future of care across the province. View The Portfolio ABOUT The Health Everywhere Hub portfolio map showcases academic-led projects tackling real healthcare challenges across Alberta. By highlighting shared goals and commonalities, we hope to spark collaboration and amplify impact across the system. It’s more than a list of projects - this evolving collection shows what’s possible when partnerships, bold ideas, and real-world testing come together. Previous Item Next Item

Collaborating with Xsensor and Baxter for a monitoring mattress system to prevent pressure injuries. Click to learn more. We envision a vibrant eHealth and mHealth ecosystem, accelerating innovation, growth, and transforming healthcare through collaboration and partnerships. THEME 1: BRIDGING COMMUNITY AND ACUTE CARE Date Advancing eHealth Innovation to Enable Intelligent Patient Monitoring January 2024 Prevention of pressure injuries (PIs) is a priority for healthcare systems worldwide. Also referred to as pressure ulcers or bedsores, this condition is a skin and soft tissue injury that forms because of constant or prolonged pressure on the skin, typically occurring at bony areas on the body. Most prevalent in healthcare settings where the patient is unable to move frequently enough to relieve the pressure, PIs are painful for the patient and can lead to a deterioration in health, increased hospital stays, and even death. To address this issue, W21C partnered with XSENSOR Technology Corporation, a Calgary-based company that designs, manufactures, and sells advanced pressure-imaging systems for use in medical environments worldwide. With support from W21C’s research team, this led to the creation of a novel pressure sensing device - the ForeSite PT™ System. In late 2007, an opportunity arose for W21C to partner with XSENSOR in the development and testing of a health innovation. The main objectives of this initiative were to better understand the potential of innovative technology to support healthcare providers in caring for patients at risk of pressure injuries. W21C’s initial role was to collect and analyze focus group feedback from physicians, nurses, nursing assistants, occupational therapists, physiotherapists, and pressure mapping experts. Over time this progressed to usability testing of a protype device in a simulated Intensive Care Unit. Each phase of W21C research was followed by a design cycle at XSENSOR that consisted of research on every aspect of the system, including overall architecture, transducer design, sensing electronics, software, mechanical design, and packaging. Through funding provided by Alberta Innovates ‘Accelerating Innovations into Care’ program, XSENSOR once again, approached W21C in 2023 to support the evaluation and impact on workflow of an updated system (referred to as ForeSite IS) in acute and long-term care, and to evaluate the device’s ability to predict skin breakdown of patients at elevated risk of PIs. This study is currently under way at Foothills Medical Centre and throughout several long-term care sites in the Calgary area. To learn more about this project and its commercial capabilities, please visit XSENSOR’s website . Project Contact: Dr. Jaime Kaufman Image Sources: Adobe Stock (top), XSENSOR.com (middle)

Home / Research Themes / Integrated Innovation Ecosystem Support / Integrated Innovation Ecosystem Support By addressing gaps and opportunities in the current ecosystem, our aim is to create a dynamic eHealth and mHealth ecosystem, by identifying resources, matching them with innovators, and improving overall integration. Key Areas of Focus Our work seeks to strengthen the eHealth and mHealth ecosystem by enhancing resource integration and fostering continuous innovation. 01. Focus Area 02. Focus Area 03. Focus Area FEATURED PROJECTS Storyboards From the 2024 Innovation Gallery Explore featured storyboards that bring to life the real-world challenges, bold ideas, and digital health innovations shaping the future of care in Alberta. Navigating Trade-offs in Health Technology Implementation Implementing Health Information Technology (HIT) often results in unintended consequences, such as workflow disruptions, user resistance, and increased workloads, due to insufficient understanding of trade-offs. This makes it hard for healthcare organizations to adapt to new technologies and provide safe, efficient care. Traditional approaches to HIT evaluation have been reactive, addressing problems post-implementation rather than proactively identifying and mitigating potential challenges. The framework combines concepts from the Social Business Process Management (BPM) and qualitative content analysis to better understand and improve HIT implementation. Learn More The GAITS Platform This project evaluates GAITS within the SPARK Program to assess a tool’s potential for advancing health-tech solutions and facilitating adoption of new technologies by: Helping academic innovators manage and anticipate their projects milestones more effectively better aligning the technical development of innovations with product Market fit (e.g. clinical needs and organizational requirements) , regulatory requirements, and business goals Better aligning the technical development of innovations with product-market fit (e.g. clinical needs and organizational requirements) , regulatory requirements, and business goals Learn More THEME PROJECTS Our Projects A Model of Tradeoffs for Understanding Health Information Technology Implementation Learn More Identifying the mHealth and eHealth Ecosystem Building Blocks Learn More Evaluation of GAITS Platform in SPARK Program Learn More The Co-Pilot Collective Learn More A Model of Tradeoffs for Understanding Health Information Technology Implementation (Coming Soon) Evaluation of GAITS Platform in SPARK Program (Coming Soon) Identifying the mHealth and eHealth Ecosystem Building Blocks (Coming Soon) The Co-Pilot Collective (Coming Soon) Theme Leads Chad Saunders Integrated Innovation Ecosystem Support Lead View Bio View other projects and explore the Health Everywhere Portfolio to see how local innovations are transforming care across the province. View Portfolio Explore the Health Everywhere Portfolio to see how local innovations are solving real-world challenges and shaping the future of care across the province. ABOUT The Health Everywhere Hub portfolio map showcases academic-led projects tackling real healthcare challenges across Alberta. By highlighting shared goals and commonalities, we hope to spark collaboration and amplify impact across the system. It’s more than a list of projects - this evolving collection shows what’s possible when partnerships, bold ideas, and real-world testing come together. Our Research Themes Bridging Community and Acute Care Like Remote Monitoring and Virtual Care Like Connectivity and Data Access Like Integrative Innovation Ecosystem Support Like

Theme 3: Connectivity and Data Access Building the basic infrastructure to allow data to flow securely Date We envision a vibrant eHealth and mHealth ecosystem, accelerating innovation, growth, and transforming healthcare through collaboration and partnerships. | The event was then led in a keynote address by Dr. James A. Makokis, speaking on the negative role colonialism continues to play in healthcare for Indigenous Canadians. This was followed by a lecture from Dr. Christy Cauley on the integration of mobile health to optimize recovery in patients. Project Contact-

Theme 2: Remote Monitoring and Virtual Care Start the Breathe The Remote Drone-Delivered Project to Deliver Immediate Care At-the-Scene for Respiratory Distress Lead: Wade Hawkins Co-Lead: Andy Kirkpatrick . INNOVATION STAGE Proof of Concept and Implementation/Integration Health Innovation Focus Acute Illness & Injury Population and Setting Adult, Rural & Remote Technology and Intervention Robotics, actuators, and human interfaces; Digital Communication BENEFITS For Users Immediate Access to Life-Saving Medical Care: Patients receive essential medical supplies quickly, providing crucial aid before responders arrive. Life-Saving Interventions: Timely delivery of medical kits and telemedicine support helps prevent fatalities in remote or high-risk locations. Enhanced Survival Rates: Prompt intervention and monitoring significantly improve survival chances and recovery outcomes. Students of Public Health Safety: Practical insights and learning opportunities from a cutting-edge, real-world application of technology in emergency care. Enhanced Safety: Families gain peace of mind knowing that advanced technology is available to assist loved ones in emergencies. Community Health Improvement: Increased access to timely medical care can improve overall community health and reduce fatality rates. Empowerment and Independence: Communities become more resilient and self-reliant, with better tools to manage emergencies. For The System Research Opportunities: Creates data for advancing research in remote healthcare, leading to new innovations and practical applications. Revenue Generation: Potential for revenue through licensing of drone technology and associated medical equipment. Collaboration and Funding: Attracts partnerships and investment from stakeholders interested in pioneering healthcare delivery. Optimized Emergency Response: Enhances response efficiency, reducing strain on conventional emergency services. Scalable Solutions: Develops scalable models for healthcare delivery, adaptable to various underserved regions. Enhanced Healthcare Infrastructure: Strengthens healthcare systems through advanced technological integration. Cost Savings: Reduces healthcare costs by preventing severe complications and lowering the need for extensive emergency interventions. Project Theme Information Current State People in remote or hard-to-reach areas, such as those hiking on treacherous paths, living in isolated communities, or trapped in emergency situations like fires, often struggle to receive immediate medical care. Limited access to medical intervention in these critical moments can be fatal. Additionally, a lack of telemedicine and remote monitoring capabilities in these locations increases stress and risks for individuals and places extra pressure on emergency responders, who may be delayed in reaching patients. Other Known Use Cases Partnerships with Xsensor and Baxter are undergoing to evaluate the impact of eHealth tools on patient outcomes. The specific focus will be on two products: 1) Xsensor’s ForeSite® Intelligent Surface, an artificial intelligence-powered continuous skin monitoring... What is the Innovation This intervention consists of a fleet of drones designed to deliver medical kits to inaccessible or remote locations where emergency responders face delays. These drones are equipped to carry essential medical supplies directly to patients, integrating seamlessly with emergency response and tele-mentoring protocols to provide life-saving support when seconds count. How it Works Drones capable of carrying scalable payloads are dispatched to deliver medical kits directly to patients in remote locations. These drones are integrated into existing emergency response systems, providing immediate access to medical care and telemedicine support. Additionally, remote monitoring tools enable tracking of vital signs (e.g., blood pressure, oxygen levels) to help responders make informed decisions and administer prompt interventions. This approach buys critical time, enhancing survival outcomes while reducing the burden on emergency responders. Other Known Cases: Medical Supply Delivery: Drones are used to deliver emergency medical supplies, vaccines, and blood to remote or disaster-struck areas. For example, Zipline has successfully delivered blood products to hospitals in rural Rwanda and Ghana. Search and Rescue Operations: Drones assist in locating missing or injured persons in hard-to-reach areas, using thermal imaging to find people in forests, mountains, or during natural disasters. Telemedicine: Drones equipped with communication devices deliver medical kits and allow doctors to guide patients remotely. This concept has been tested in disaster zones where medical personnel cannot reach quickly. Organ Transportation: Drones have been tested to transport organs for transplant between hospitals, reducing transportation time significantly and improving patient outcomes. Get Involved Join Drone Trials Join our winter and spring drone delivery trials or participate in research design—email to sign up! Get in touch wade.hawkins@sait.ca . View other projects and explore the Health Everywhere Portfolio to see how local innovations are transforming care across the province. Explore the Health Everywhere Portfolio to see how local innovations are solving real-world challenges and shaping the future of care across the province. View The Portfolio ABOUT The Health Everywhere Hub portfolio map showcases academic-led projects tackling real healthcare challenges across Alberta. By highlighting shared goals and commonalities, we hope to spark collaboration and amplify impact across the system. It’s more than a list of projects - this evolving collection shows what’s possible when partnerships, bold ideas, and real-world testing come together. Previous Item Next Item

Theme 3: Data Access and Connectivity Healthcare Data Sharing and Management: Implementation of distributive machine learning technology and blockchain technology — Lead: Steve Drew . . INNOVATION STAGE Exploration Health Innovation Focus Health Data Security, Accessibility & Interoperability Population and Setting — Technology and Intervention — BENEFITS For Users For Patients: Increased control and autonomy over personal health data, fostering trust in healthcare practices. For Researchers: Improved access to healthcare data, enabling collaborative research and new insights into population health trends. For The System Enhanced Security: Decentralized data storage may reduce risks associated with centralized systems and lower vulnerability to cyber threats. Collaboration and Insights: Accessible, ethically-managed health data supports cross-institutional collaboration, leading to broader insights and advancements in healthcare. Increased Trust: Addressing patient privacy concerns and data transparency could help rebuild trust in healthcare data management practices. Project Theme Information Current State Data Ownership: Patients currently have limited control over their own health data, which means placing full trust in Alberta Health Services (AHS) to manage and protect it. Security Risks: Centralized storage of sensitive health information heightens the risk of data breaches and cyber attacks. Data Accessibility: Healthcare data is often siloed across various institutions and systems, limiting access and preventing collaborative research that could yield population health insights. Privacy Concerns: Patients have expressed concerns about how their data is used and shared without explicit consent, creating distrust in healthcare practices. Other Known Use Cases Partnerships with Xsensor and Baxter are undergoing to evaluate the impact of eHealth tools on patient outcomes. The specific focus will be on two products: 1) Xsensor’s ForeSite® Intelligent Surface, an artificial intelligence-powered continuous skin monitoring... What is the Innovation This concept explores alternate ways to store healthcare data, aimed at improving both data security and accessibility for collaborative research while addressing patient privacy and control over their information. How it Works This concept is currently in an exploratory phase, investigating targeted techniques to decentralize health data storage and address the challenges of secure access. This approach could potentially include new methods for data sharing that prioritize patient privacy and consent. Get Involved To Learn More Contact Steve Drew to learn more Get in touch steve.drew@ucalgary.ca . View other projects and explore the Health Everywhere Portfolio to see how local innovations are transforming care across the province. Explore the Health Everywhere Portfolio to see how local innovations are solving real-world challenges and shaping the future of care across the province. View The Portfolio ABOUT The Health Everywhere Hub portfolio map showcases academic-led projects tackling real healthcare challenges across Alberta. By highlighting shared goals and commonalities, we hope to spark collaboration and amplify impact across the system. It’s more than a list of projects - this evolving collection shows what’s possible when partnerships, bold ideas, and real-world testing come together. Previous Item Next Item

Theme 2: Remote Monitoring and Virtual Care Intergenerational Pelvic Floor Exercise Programs — Lead: Martin Ferguson-Pell . . INNOVATION STAGE Proof of Concept Health Innovation Focus Mobility and Rehabilitation Population and Setting Postpartum; Older Adults; Rural and Remote Technology and Intervention Digital Communication BENEFITS For Users Improved Pelvic Health: Regular, guided exercises strengthen pelvic muscles and address issues like incontinence and pelvic pain. Convenient Access: Telerehabilitation provides easy access to care, removing travel barriers for women in rural areas. Personalized Care: The program can adapt to individual needs, offering tailored guidance for postpartum and post-menopausal recovery. Enhanced Community Engagement: Intergenerational programs encourage support and interaction among participants, building a sense of community. For The System Improved Health Outcomes: Access to early and ongoing pelvic floor care helps prevent complications, reducing long-term healthcare costs. Accessible Care Delivery: Telerehabilitation models extend healthcare reach to underserved areas. Innovative Research Opportunities: This project will generate valuable insights into the effectiveness of telerehabilitation for pelvic health, potentially informing broader applications. Project Theme Information Current State Women in rural and remote areas face considerable challenges in accessing pelvic floor rehabilitation services, leading to delayed or missed care. Although pelvic floor exercises are proven to be effective, only a small percentage of postpartum women receive early care, while older women often find their symptoms dismissed. Other Known Use Cases Partnerships with Xsensor and Baxter are undergoing to evaluate the impact of eHealth tools on patient outcomes. The specific focus will be on two products: 1) Xsensor’s ForeSite® Intelligent Surface, an artificial intelligence-powered continuous skin monitoring... What is the Innovation An initiative to transform pelvic floor health for women in rural and remote areas by exploring the impact of intergenerational versus monogenerational exercise programs through innovative telerehabilitation solutions. The project aims to improve health outcomes related to incontinence and to foster community engagement. How it Works In a series of projects, the University of Alberta team is creating virtual assessment protocols and rehabilitation programs. These programs offer guided pelvic floor exercises delivered through telerehabilitation, allowing participants to join from home. They are investigating intergenerational (multi-age) and monogenerational (single-age) formats to understand which structure offers the best support and outcomes. Other Known Cases: Digital workbooks have been designed to help recovering addicts Exercise videos have been implemented to to provide ongoing rehabilitative services to patients. Specific use cases include pelvic floor rehabilitation, upper extremity stroke spasticity, remote is chemic conditioning, and the Inverted Can Test. Get Involved Collaborate & Subscribe Email us to collaborate, share our story, subscribe to updates, or follow our latest projects and resources on social media Get in touch rehabrobotics@ualberta.ca Take a Closer Look Learn More View other projects and explore the Health Everywhere Portfolio to see how local innovations are transforming care across the province. Explore the Health Everywhere Portfolio to see how local innovations are solving real-world challenges and shaping the future of care across the province. View The Portfolio ABOUT The Health Everywhere Hub portfolio map showcases academic-led projects tackling real healthcare challenges across Alberta. By highlighting shared goals and commonalities, we hope to spark collaboration and amplify impact across the system. It’s more than a list of projects - this evolving collection shows what’s possible when partnerships, bold ideas, and real-world testing come together. Previous Item Next Item

Theme 2: Remote Monitoring and Virtual Care The Sky is the Limit Using drones to increase access to health care in remote communities Lead: Wade Hawkins . . INNOVATION STAGE Proof of Concept and Implementation/Integration Health Innovation Focus Health Promotion & Prevention Population and Setting Adults; Indigenous Communities; Rural & Remote Technology and Intervention Robotics, actuators, and human interfaces BENEFITS For Users Improved Access to Care: Drones provide timely delivery of medical supplies and tests to communities otherwise inaccessible by traditional means. Empowered Care: Tele-mentoring enables individuals to administer tests and procedures, fostering self-sufficiency and confidence. Timely Medical Interventions: Faster access to medical resources reduces delays in diagnosis and treatment, improving health outcomes. For The System Reduced Geographic Barriers: Drones eliminate logistical challenges in delivering healthcare to remote areas. Enhanced Efficiency: The integration of tele-mentoring reduces the need for healthcare providers to be physically present, optimizing resource use. Scalable Solution: This initiative can be expanded to other remote and underserved regions facing similar challenges. Community Partnerships: Collaboration with Indigenous communities ensures culturally sensitive implementation and strengthens trust in the healthcare system. Project Theme Information Current State Remote communities, particularly Indigenous communities, face significant barriers in accessing timely healthcare services due to geographic isolation and limited medical infrastructure. These challenges lead to delays in diagnostics, treatment, and medical support, compromising the health and well-being of residents in these areas. Innovative solutions are needed to overcome these logistical and accessibility challenges. Other Known Use Cases Partnerships with Xsensor and Baxter are undergoing to evaluate the impact of eHealth tools on patient outcomes. The specific focus will be on two products: 1) Xsensor’s ForeSite® Intelligent Surface, an artificial intelligence-powered continuous skin monitoring... What is the Innovation This initiative introduces the use of drones to deliver medical supplies, tests, and intervention procedures to remote communities. In addition to delivery, the project incorporates tele-mentoring and self-administration guidance for medical tests and procedures, ensuring that healthcare services are accessible and effective despite geographical constraints. How it Works The project utilizes drones to transport medical supplies and test kits directly to remote communities. Alongside delivery, the initiative supports tele-mentoring, enabling healthcare providers to guide community members in performing self-administered medical tests and procedures. The project is implemented in partnership with Indigenous communities, ensuring culturally appropriate solutions. A comprehensive evaluation will assess the impact of this approach on healthcare access and outcomes. Other Known Cases: Medical Supply Delivery: Drones are used to deliver emergency medical supplies, vaccines, and blood to remote or disaster-struck areas. For example, Zipline has successfully delivered blood products to hospitals in rural Rwanda and Ghana. Search and Rescue Operations: Drones assist in locating missing or injured persons in hard-to-reach areas, using thermal imaging to find people in forests, mountains, or during natural disasters. Telemedicine: Drones equipped with communication devices deliver medical kits and allow doctors to guide patients remotely. This concept has been tested in disaster zones where medical personnel cannot reach quickly. Organ Transportation: Drones have been tested to transport organs for transplant between hospitals, reducing transportation time significantly and improving patient outcomes. Get Involved Explore Partnerships Email Wade Hawkins to explore partnership opportunities Get in touch wade.hawkins@sait.ca . View other projects and explore the Health Everywhere Portfolio to see how local innovations are transforming care across the province. Explore the Health Everywhere Portfolio to see how local innovations are solving real-world challenges and shaping the future of care across the province. View The Portfolio ABOUT The Health Everywhere Hub portfolio map showcases academic-led projects tackling real healthcare challenges across Alberta. By highlighting shared goals and commonalities, we hope to spark collaboration and amplify impact across the system. It’s more than a list of projects - this evolving collection shows what’s possible when partnerships, bold ideas, and real-world testing come together. Previous Item Next Item

Theme 4: Ecosystem Supports A model of tradeoffs for understanding health information technology implementation — Lead: Craig Kuziemsky . . INNOVATION STAGE Exploration Health Innovation Focus Health Technology Innovation & Commercialization Population and Setting — Technology and Intervention — BENEFITS For Users Improved User Experience: Helps users anticipate and address potential disruptions to workflows, ensuring smoother transitions to new systems. Increased Usability: Involves stakeholders in the design process, leading to health technology systems that better align with user needs. Reduced Frustration and Resistance: Encourages training and preparation, helping users adapt more easily to changes. Encourages collaboration by addressing challenges in team-based care delivery. For The System Enhances the success of health technology implementations by minimizing unintended consequences. Improves system integration and collaboration across departments and user groups. Promotes safer, more efficient, and patient-centered care by addressing trade-offs proactively. Provides a framework for continuous learning and improvement in health technology design. By addressing these trade-offs systematically, this framework helps organizations achieve the full potential of health technology implementations while mitigating risks. Project Theme Information Current State Implementing health technology often results in unintended consequences, such as workflow disruptions, user resistance, and increased workload. These challenges arise because of trade-offs between existing practices and the changes introduced by the technology. Without a proactive approach to identifying these trade-offs, healthcare organizations face system inertia, limiting their ability to fully benefit from digital health innovations. Other Known Use Cases Partnerships with Xsensor and Baxter are undergoing to evaluate the impact of eHealth tools on patient outcomes. The specific focus will be on two products: 1) Xsensor’s ForeSite® Intelligent Surface, an artificial intelligence-powered continuous skin monitoring... What is the Innovation The innovation is a proactive framework for understanding and addressing trade-offs in HIT implementation. This framework includes a structural model for analyzing HIT-mediated changes and identifies seven categories of trade-offs that occur during implementation. These trade-offs span individual workflows, group dynamics, technology integration, policy alignment, and ergonomic considerations. How it Works The framework uses principles from Social Business Process Management (BPM) and qualitative analysis to study health technology implementation. It includes: Structural Model: Maps interactions across users, tasks, and workflows. Seven Trade-off Categories: Identifies recurring challenges, such as balancing individual versus group workflows, integrating systems, managing new processes, and addressing ergonomic, workflow, and policy issues. Proactive Planning: Encourages addressing potential challenges during the design and implementation phases, rather than reacting to problems post-launch. Get Involved Contribute to the conversation Share your experiences with the 7 trade-offs of digital health provided in the link below Get in touch kuziemskyC@macewan.ca Take a Closer Look Learn More View other projects and explore the Health Everywhere Portfolio to see how local innovations are transforming care across the province. Explore the Health Everywhere Portfolio to see how local innovations are solving real-world challenges and shaping the future of care across the province. View The Portfolio ABOUT The Health Everywhere Hub portfolio map showcases academic-led projects tackling real healthcare challenges across Alberta. By highlighting shared goals and commonalities, we hope to spark collaboration and amplify impact across the system. It’s more than a list of projects - this evolving collection shows what’s possible when partnerships, bold ideas, and real-world testing come together. Previous Item Next Item