Healthcare Hackathons Provide Educational and Innovation Opportunities: A Case Study and Best Practice Recommendations
- 3.9k Downloads
Physicians and other healthcare professionals are often the end users of medical innovation; however, they are rarely involved in the beginning design stages. This often results in ineffective healthcare solutions with poor adoption rates. At the early design stage, innovation would benefit from input from healthcare professionals. This report describes the first-ever rehabilitation hackathon—an interdisciplinary and competitive team event aimed at accelerating and improving healthcare solutions and providing an educational experience for participants. Hackathons are gaining traction as a way to accelerate innovation by bringing together a diverse group of interdisciplinary professionals from different industries who work collaboratively in teams and learn from each other, focus on a specific problem (“pain point”), develop a solution using design thinking techniques, pitch the solution to participants, gather fast feedback and quickly alter the prototype design (“pivoting”). 102 hackers including 19 (18.6 %) physicians and other professionals participated, and over the course of 2 days worked in teams, pitched ideas and developed design prototypes. Three awards were given for prototypes that may improve function in persons with disabilities. 43 hackers were women (42.2 %) and 59 men (57.8 %); they ranged in age from 16 to 79 years old; and, of the 75 hackers who reported their age, 63 (84 %) were less than 40 years old and 12 (16 %) were 40 years or older. This report contributes to the emerging literature on healthcare hackathons as a means of providing interdisciplinary education and training and supporting innovation.
KeywordsHackathon Interdisciplinary Healthcare training Education Rehabilitation Innovation
Physicians and other healthcare professionals are often the end users of medical innovation; however, they are rarely involved in the beginning design stages. Too often this results in ineffective and inefficient solutions with poor adoption rates. Innovation efforts would likely benefit at the design stage from clinical experience and key insights from frontline healthcare professionals, particularly those at academic medical centers.
Hackathons, which bring together stakeholders in the early design phase, are becoming an increasingly popular way to identify the most urgent or important clinical needs and create new products, systems, services, datasets and tools that will improve healthcare delivery. Hacakthons and their cousins, datathons , have been recommended as open-source or “crowd source” models to support cross-disciplinary collaboration  in an effort to foster innovation in medicine . Boudreau and Kakhani described four models of crowd-sourcing innovation in an article for the Harvard Business Review . These models included: 1. a crowd contest (e.g., hackathon); 2. a crowd collaborative community (businesses teaming up with online communities that contain customers as well as software engineers and others); 3. a crowd complementor (e.g., developers that create complementary products for the iPhone); and, 4. a crowd labor market (third party intermediaries that match buyers and sellers). The first model, a crowd contest such as a hackathon, was deemed the most straightforward way to engage a crowd. Crowd contests work by identifying a specific problem, offering a prize and inviting people to submit solutions. These types of contests have been going on for centuries and have resulted in many scientific breatkthroughs.
Recently, Youm and Wiechman described the Med AppJam as a model for educating students and engaging them in technology healthcare solutions [5, 6]. Zaaijer and Erlich described using “applied hackathon sessions” in an academic classroom setting for undergraduate and graduate students to help educate them about genomics . Students in architecture, design, enginnering, communication and anthropology participated in a hackathon in an effort to designed “youth friendly” hospital rooms.  Craddock et al. described a “brainhack” in which they used components from hackathons, unconferences and parallel educational sessions . We propose that hackathons themselves, regardless of whether there are additional educational sessions offered, provide an opportunity to not only educate students but all participants, irrespective of age or area of expertise, via a unique process that supports interdisciplinary collaboration through open innovation. Despite the interest and growth of healthcare hackathons, currently there are very few published reports describing them in the medical literature.
The word hackathon is derived from hack and marathon. As the name suggests, the event involves an intense and discrete period of collaboration. Hackathons are not intended to be a standalone innovation event or process but rather are one part of an innovation continuum that can help accelerate and improve future solutions.
One of the challenging parts of starting a hackathon is trying to explain what this is to healthcare professionals who are unfamiliar with the term. The literature offers various descriptions but no clear definition . Because of the confusion we encountered when trying to describe a healthcare hackathon to various internal and external individuals who we needed support from (e.g., hospital administrators) or wanted to encourage to participate (e.g., physicians), we quickly recognized the need to more clearly articulate what it is. Therefore, we have developed a new definition as follows:
A healthcare hackathon is a competitive event (live or virtual) that has three specific goals--accelerating the innovation of medical solutions, improving the design in the beginning stages, and supporting educational training for all participants--and aims to accomplish them by focusing on a specific problem (pain point), bringing together in an open innovation format (internal and external resources) an interdisciplinary group of individuals (hackers) that include, but are not limited to, physicians and other healthcare professionals, data scientists, engineers, user interface designers, business professionals, students and other stakeholders who work in teams and follow a process to develop initial prototypes, pitch them to a panel of judges experienced in innovation and quickly alter them according to the feedback (pivoting).
Commonly Used Terms in Hackathons
Accelerator: A process whereby specific support (e.g., office space, internet access, legal advice, etc.) is provided to a start-up company in an effort to accelerate growth and product/solution development; sometimes the term accelerator is used to refer to a person who might provide mentorship and/or other support (e.g. financial)
Design techniques: Best practices design theory and practice which supports the development of innovative products and solutions that end-users can afford and will use
End-user: Healthcare professionals or patients that use the product or solution
Hacker: A participant in the hackathon
Hacking: The process of developing potential solutions at a hackathon
Incubator: Often used synonymously with accelerator, although incubators often provide support for longer periods of time; incubators provide startups with shared or co-working space and sometimes exposure to other startup companies (e.g. exposure to the startup ecosystem)
Medtech: Technology solutions that are specific to the healthcare space
Mentor: Advisors from various sectors who provide guidance during the hackathon
Open innovation: A process whereby both internal and external resources are used
Pain Points: Problems healthcare professionals or patients encounter
Pipeline: A healthcare business’s or organization’s list of products or solutions that are available or being developed
Pitch: A hacker’s or hacker team’s brief presentation of a problem to hackathon participants or judges that typically is from 1 to 3 min and may include specific information such as competitive products or solutions, key differentiators in what is proposed and a business plan
Pivoting: The process of quickly altering a prototype, during the hackathon itself, based on feedback
Our hackathon was a competitive interdisciplinary team event that aimed to accelerate and improve healthcare solutions for the rehabilitation patient population. Our goals included conducting the first-ever rehabilitation hackathon, sharing information with our colleagues about hackathons and how they might accelerate and/or improve innovation in rehabilitation medicine, developing prototypes for new products or services that support our patient population, engaging our own faculty and hospital staff in educational training around healthcare innovation and developing best practices for future healthcare hackathons. Determining the hackathon strategy is a critical part of planning the actual event. We began our strategy with the basic theme of hosting a hackathon that was focused specifically on rehabilitation medicine and the problem or “pain point” of needing to improve the health and/or ability to function of persons with disabilities. To our knowledge, this is the first hackathon dedicated to rehabilitation medicine innovation and the post-acute care population. Next we worked directly with the Massachusetts Institute of Technology (MIT) Hacking Medicine team. To gain firsthand experience we participated in the MIT Grand Hack which is one of the largest health hackathons in the world. In addition to the hackathon experience, we referenced resources such as the online “Healthcare Hackathon Handbook” published by MIT Hacking Medicine .
With a hackathon, planning may result in not only a better experience for the participants but also enhance the development of technology prototypes.
Our planning began with choosing a theme that would support the acceleration of technology driven solutions in rehabilitation medicine for individuals with disabilities. Some healthcare hackathons have very narrow themes. For example one business school hosted a hackathon that was diagnosis specific for stroke and used the “time is brain” concept with an aim to innovate solutions to avoid delays in stroke diagnosis and/or treatment and prevent subsequent brain injury (of note is that this event was not focused on rehabilitation or the post-acute care population) . Because to our knowledge this was the first hackathon focused on rehabilitation medicine, we opted to keep our theme broad and simply used “rehabilitation medicine” as the theme.
The timing and venue were also carefully selected to coincide with the 2015 Annual Assembly for the American Academy of Physical Medicine and Rehabilitation (AAPM&R) – this was a separate event that we leveraged to engage out of town colleagues, including physicians specializing in PM&R (physiatrists). This was also an event where there would be numerous announcements to physiatrists about the Annual Assembly that could incorporate information about the hackathon. So, the conference provided an opportunity to widely announce the hackathon to potential participants prior to the event and then also brought a large pool of potential participants to town. As we were recruiting many engineers, designers, and computer scientists from surrounding universities, it was also important to take into account undergraduate and graduate exam schedules.
Other planning was similar to what is required for events in general and included registration, parking, food, audio visual equipment and so on.
The hackathon event
Day 1 involved setting up and registering the participants (hackers), judges, mentors and other volunteers. There were more than 150 people who attended with 102 registered hackers. The event began with a welcome and keynote speech followed by a “Hack 101” lecture that was designed to quickly educate attendees who were novice hackers. Next came the first pitching session by the hackers followed by mingling and team formation. Teams formed organically based on mutual interests and complementary skill sets. Once teams had formed, the remainder of Day 1 was spent discussing potential solutions and strategies (i.e. hacking). To help advance solutions and to offer guidance, more experienced hackathon mentors were available to answer questions or to offer advice. Typically, mentors are accomplished or experienced physicians, entrepreneurs or engineers.
By Day 2, the teams were formed, and hacking continued from the previous night. The morning was spent hacking (the teams working together, getting input from mentors, pivoting and refining their upcoming pitches). The final pitches were mid-afternoon, with a period for the judges to deliberate and then the awards ceremony and concluding remarks.
The 102 participants (hackers) formed 10 teams, and three awards were given. Judges decided on a 1st and 2nd place along with a “best design” award. The prizes were intended to support and promote further development of solutions.
Infographic: Healthcare Hackathons: Basic Principles, Desired Outcomes and Strategies to Overcome Potential Barriers
Infographic: Proposed Metrics for Measuring the Success of a Healthcare Hackathon
However, the data we collected for this hackathon demonstrated a need to encourage physicians and other healthcare experts over the age of 40 years to participate. Healthcare hackathons would benefit from the wisdom and experience that these individuals would bring and simultaneously support them in learning more about the development of technology solutions. Although typically in medicine it is the older generations mentoring the younger ones, hackathons (and perhaps some other methods of innovation, too) would likely benefit from incorporating strategies that include the mentoring of experienced clinicians by those they usually teach and mentor. We plan to test some strategies that we hope will encourage experienced physicians and other healthcare professionals to participate in greater numbers. Additionally, although the gender discrepancy was not as striking as the age discrepancy, going forward, we will also focus on encouraging more female physicians and other professionals to participate.
Best Practices for Healthcare Hackathons
1. Define what a healthcare hackathon is to internal and external stakeholders so that they understand this and are able to provide the needed support.
2. Educate internal and external stakeholders about the hackathon process using a common language (taxonomy).
3. Identify a theme and/or define the problem (pain point) that needs to be solved.
4. Choose a time and a venue that will best support the event.
5. Invite hackers, sponsors, collaborators, etc. with a genuine interest in the hackathon’s goals.
6. Prepare written agreements that describe the expectations and deliverables for all participating organizations.
7. Select metrics, collect data and analyze the results of the hackathon.
8. Anticipate concerns, particularly from academic physicians and scientists, about the potential for conflicts of interest and assist them in avoiding these. Identify relevant policies on intellectual property and distribute to all participants.
One unanticipated and notable opportunity that came about shortly after our first hackathon was that Spaulding’s Dean Center for Tick Borne Illness was invited to join forces with the White House Office of Science and Technology Policy in designing the first Lyme Disease Hackathon. This hackathon is aligned with the White House Precision Medicine Initiative and Invisible Illnesses efforts.
Healthcare hackathons are quickly evolving and provide unique training opportunities for all participants. This report describes the first-ever rehabilitation hackathon, offers a new definition for the term healthcare hackathon, proposes metrics for measuring the success and benefits of hackathons, and suggests a list of best practices for physicians and other medical professionals to consider if they decide to conduct or participate in one. Hackathons have the potential to bring about positive change through “disruptive innovation”. They bring together people from diverse backgrounds for the common purpose of creating solutions to healthcare related pain points. In doing so, they also provide a platform for education, collaboration, integration, and the acceleration and/or enhancement of innovative solutions.
Massachusetts Institute of Technology (MIT) Hacking Medicine Team assisted with logistical support and planning as well as some recruitment of attendees. Financial support was provided by Microsoft, HeartWare, Eastham Capital, RAWZ Foundation, Ekso Bionics, Goodwin Procter, MadPowAmy Cueva, and an anonymous donor. Physical space was subsidized by the Cambridge Innovation Center. Promotional support was provided by the American Academy of Physical Medicine and Rehabilitation.
- 2.Aboab, J., Celi, L. A., Charlton, P., Feng, M., Ghassemi, M., Marshall, D. C., Mayaud, L., Naumann, T., McCague, N., Paik, K. E., Pollard, T. J., Resche-Rigon, M., Salciccioli, J. D., and Stone, D. J., A “datathon” model to support cross-disciplinary collaboration. Sci. Transl. Med. 8(333):333ps8, 2016.CrossRefPubMedGoogle Scholar
- 8.Boisen, K. A., Boisen, A., Thomsen, S. L., Matthiesen, S. M., Hjerming, M., and Hertz, P. G., Hacking the hospital environment: Young adults designing youth-friendly hospital rooms together with young people with cancer experiences. Int. J. Adolesc. Med. Health. 2015. doi: 10.1515/ijamh-2015-0072.Google Scholar
- 9.Craddock, C. R., Margulies, S. D., Bellec, P., Nichols, N. B., Alcauter, S., Barrios, A. F., Burnod, Y., Brainhack: A collaborative workshop for the open neuroscience community. 5:16, 2016.Google Scholar
- 11.MIT Hacking Medicine Team. Healthcare Hackathon Handbook. Published 2016. http://hackingmedicine.mit.edu/handbook/. Accessed 15 April 2016.
Open Access This article is distributed under the terms of the Creative Commons Attribution 4.0 International License (http://creativecommons.org/licenses/by/4.0/), which permits unrestricted use, distribution, and reproduction in any medium, provided you give appropriate credit to the original author(s) and the source, provide a link to the Creative Commons license, and indicate if changes were made.