esr10 chess orientation poster casandra grundstrom

1
Every day, we create approximately 2.5 quintillion bytes of data, through a variety of mediums 1 . One of those mediums comes from our experience within the healthcare industry domain. Each singular healthcare interaction, such as visiting a pediatrician to get vaccinated, or a visit to the emergency room generates heterogeneous data across different data domains. This data could be about your diagnoses and treatments, or even allergies you might have. Data are even accumulated across administrative and financial data domains through public and private agencies. Consequent to this mass creation of heterogeneous data across different healthcare domains, are ‘data silos’. This form of data accumulation is a highly chastised result which places severe limitations on healthcare data. The data silos impede most simply put, sharing. A lack of interoperability stymies the potential flow of healthcare data for stakeholders, and perhaps most importantly – patients 2 . An example of data silos and their varying healthcare domains. A huge barrier to ventilating these data silos, is that of expectations surrounding healthcare data, namely privacy. How could any health-related organization proceed with sharing information with such privacy demands; ultimately implicating any organization with intricate requirements with how to deal with their big data. The answer to this question, and those entangled with ‘how can we share healthcare data’ stand to make the resultant healthcare system more efficient, cost effective, and more human-centric 3 . References: 1 http://www-01.ibm.com/software/data/bigdata/ 22 July 2016 2 Schneeweiss, S., 'Learning From Big Health Care Data’, New England Journal of Medicine, vol. 370, no. 23, 2014, pp. 2161-2163. 3 Groves, P., Kayyali, B., Knott, D., & Van Kuiken, S., ‘The big data revolution in healthcare’, McKinsey Quarterly, vol. 2, 2013. Changes to access, control, and ownership of healthcare data: towards a human-centric system. Casandra Grundstrom ESR 10 This project has received funding from the European Union's Horizon 2020 research and innovation programme under the Marie Sklodowska-Curie grant agreement No 676201 Perhaps most comprehensible through the idiom ‘cannot see the forest for the trees.’ My research investigates a triumvirate of access, control, and ownership in big data across healthcare domains. The resultant findings will be used to propose changes and substantiated insight which plays a key role in helping understand the bigger picture (the healthcare data forest). Field Research Through a collaboration with LähiTapiola, a Finnish insurance company, 2 main streams of research will be performed. Survey A survey based on internal employee interviews will be designed and distributed to LähiTapiola customers. This quantitative approach will aim to glean insight into customer/patient oriented values and attitudes towards their healthcare data. With the ultimate goal of a metric insight into human-centric wants and needs. Comparative Analysis An attempt to establish an international collaboration with another insurance company has been undertaken and is currently pending. Should agreements be made and met, an ethnographic study will be conducted in both organizations to ‘follow the healthcare data’ from report to conclusion. A comparative analysis will then be performed. Connect If you find this research interesting or would like to learn more, please contact me through email, or Twitter. Emergency Rehabilitation Self-Generated Clinical @casandraCHESS [email protected]

Upload: chess-marie-sklodowska-curie-actions-itn-connected-health

Post on 22-Mar-2017

11 views

Category:

Health & Medicine


2 download

TRANSCRIPT

Page 1: ESR10 chess orientation poster   casandra grundstrom

Every day, we create approximately 2.5 quintillionbytes of data, through a variety of mediums1. One ofthose mediums comes from our experience within thehealthcare industry domain. Each singular healthcareinteraction, such as visiting a pediatrician to getvaccinated, or a visit to the emergency room generatesheterogeneous data across different data domains. Thisdata could be about your diagnoses and treatments, oreven allergies you might have. Data are evenaccumulated across administrative and financial datadomains through public and private agencies.

Consequent to this mass creation of heterogeneous dataacross different healthcare domains, are ‘data silos’.This form of data accumulation is a highly chastisedresult which places severe limitations on healthcaredata. The data silos impede most simply put, sharing. Alack of interoperability stymies the potential flow ofhealthcare data for stakeholders, and perhaps mostimportantly – patients2.

An example of data silos and their varying healthcare domains.

A huge barrier to ventilating these data silos, is that ofexpectations surrounding healthcare data, namelyprivacy. How could any health-related organizationproceed with sharing information with such privacydemands; ultimately implicating any organization withintricate requirements with how to deal with their bigdata. The answer to this question, and those entangledwith ‘how can we share healthcare data’ stand to makethe resultant healthcare system more efficient, costeffective, and more human-centric3.References:1 http://www-01.ibm.com/software/data/bigdata/ 22 July 20162 Schneeweiss, S., 'Learning From Big Health Care Data’, New England Journal of Medicine, vol. 370, no. 23, 2014, pp. 2161-2163.3 Groves, P., Kayyali, B., Knott, D., & Van Kuiken, S., ‘The big data revolution in healthcare’, McKinsey Quarterly, vol. 2, 2013.

Changes to access, control, and ownership of healthcare data: towards a human-centric system.

Casandra GrundstromESR 10

This project has received funding from the European Union's Horizon 2020 research and innovation programme under theMarie Sklodowska-Curie grant agreement No 676201

Perhaps most comprehensible through the idiom‘cannot see the forest for the trees.’ My researchinvestigates a triumvirate of access, control, andownership in big data across healthcare domains. Theresultant findings will be used to propose changes andsubstantiated insight which plays a key role in helpingunderstand the bigger picture (the healthcare dataforest).

Field ResearchThrough a collaboration with LähiTapiola, a Finnishinsurance company, 2 main streams of research will beperformed.

SurveyA survey based on internal employee interviews will bedesigned and distributed to LähiTapiola customers. Thisquantitative approach will aim to glean insight intocustomer/patient oriented values and attitudes towardstheir healthcare data. With the ultimate goal of a metricinsight into human-centric wants and needs.

Comparative AnalysisAn attempt to establish an international collaborationwith another insurance company has been undertakenand is currently pending. Should agreements be madeand met, an ethnographic study will be conducted inboth organizations to ‘follow the healthcare data’ fromreport to conclusion. A comparative analysis will thenbe performed.

ConnectIf you find this research interesting or would like tolearn more, please contact me through email, or Twitter.

Em

erge

ncy

Reh

abili

tatio

n

Self-

Gen

erat

ed

Clin

ical

@casandraCHESS [email protected]