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Singularity University
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Crowdsourcing mobile devices Epidemiology Epidemic Monitoring 2014 World Cup 2016 Olympics

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Explores technologies used to monitor epidemics in the World Cup and Olympics, which resonates with public health professionals and data scientists
Led by Dr. Onicio Leal, a recognized biomedical scientist and epidemiologist with expertise in digital epidemiology and fighting epidemics
Examines participatory surveillance as an early detection method for disease outbreaks, offering insights for public health practitioners
Taught by Singularity University, known for its innovative and forward-thinking approach to education

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Learners who complete How Crowdsourcing and Mobile Devices Helped to Monitor Epidemics during the 2014 World Cup and Olympics 2016 will develop knowledge and skills that may be useful to these careers:
Epidemiologist
Epidemiologists investigate the causes of disease and other health problems in populations. They design and conduct studies to identify risk factors and develop strategies to prevent and control diseases. This course would be particularly helpful for epidemiologists who want to learn more about using crowdsourcing and mobile devices to monitor epidemics. The course would provide epidemiologists with the skills and knowledge they need to use these tools to collect data, identify outbreaks, and track the spread of diseases.
Public Health Analyst
Public health analysts collect, analyze, and interpret data to identify and address public health problems. They use this information to develop and implement programs and policies to improve the health of communities. This course would be helpful for public health analysts who want to learn more about using crowdsourcing and mobile devices to monitor epidemics. The course would provide public health analysts with the skills and knowledge they need to use these tools to collect data, identify outbreaks, and track the spread of diseases.
Data Scientist
Data scientists use data to solve problems and make informed decisions. They use a variety of statistical and computational techniques to analyze data and identify patterns and trends. This course would be helpful for data scientists who want to learn more about using crowdsourcing and mobile devices to monitor epidemics. The course would provide data scientists with the skills and knowledge they need to use these tools to collect data, identify outbreaks, and track the spread of diseases.
Health Informatics Specialist
Health informatics specialists use technology to improve the delivery of health care. They design and implement systems to collect, store, and analyze health data. This course would be helpful for health informatics specialists who want to learn more about using crowdsourcing and mobile devices to monitor epidemics. The course would provide health informatics specialists with the skills and knowledge they need to use these tools to collect data, identify outbreaks, and track the spread of diseases.
Project Manager
Project managers plan, organize, and execute projects. They work with stakeholders to define project goals, develop project plans, and track project progress. This course would be helpful for project managers who are working on projects to monitor epidemics. The course would provide project managers with the skills and knowledge they need to use crowdsourcing and mobile devices to collect data, identify outbreaks, and track the spread of diseases.
Software Engineer
Software engineers design, develop, and test software applications. They work with users to understand their needs and develop software solutions that meet those needs. This course would be helpful for software engineers who are working on developing software applications to monitor epidemics. The course would provide software engineers with the skills and knowledge they need to use crowdsourcing and mobile devices to collect data, identify outbreaks, and track the spread of diseases.
Statistician
Statisticians collect, analyze, and interpret data. They use statistical methods to draw conclusions about data and make predictions. This course would be helpful for statisticians who want to learn more about using crowdsourcing and mobile devices to monitor epidemics. The course would provide statisticians with the skills and knowledge they need to use these tools to collect data, identify outbreaks, and track the spread of diseases.
Data Analyst
Data analysts collect, clean, and analyze data to identify patterns and trends. They use data to make recommendations and solve problems. This course would be helpful for data analysts who want to learn more about using crowdsourcing and mobile devices to monitor epidemics. The course would provide data analysts with the skills and knowledge they need to use these tools to collect data, identify outbreaks, and track the spread of diseases.
Health Educator
Health educators develop and implement programs to promote health and prevent disease. They work with individuals, groups, and communities to provide education on a variety of health topics. This course would be helpful for health educators who want to learn more about using crowdsourcing and mobile devices to monitor epidemics. The course would provide health educators with the skills and knowledge they need to use these tools to collect data, identify outbreaks, and track the spread of diseases.
Medical Writer
Medical writers create written materials about medical topics. They write for a variety of audiences, including patients, doctors, and researchers. This course would be helpful for medical writers who want to learn more about using crowdsourcing and mobile devices to monitor epidemics. The course would provide medical writers with the skills and knowledge they need to write about these topics in a clear and concise way.
Public Health Nurse
Public health nurses provide nursing care to individuals, families, and communities. They work to prevent disease, promote health, and protect the public from health threats. This course would be helpful for public health nurses who want to learn more about using crowdsourcing and mobile devices to monitor epidemics. The course would provide public health nurses with the skills and knowledge they need to use these tools to collect data, identify outbreaks, and track the spread of diseases.
Quality Assurance Manager
Quality assurance managers oversee the quality of products and services. They develop and implement quality control procedures and monitor the performance of products and services to ensure that they meet quality standards. This course might be helpful for quality assurance managers who want to learn more about using crowdsourcing and mobile devices to monitor epidemics. The course would provide quality assurance managers with the skills and knowledge they need to use these tools to collect data, identify outbreaks, and track the spread of diseases.
Health Policy Analyst
Health policy analysts analyze health policies and make recommendations on how to improve them. They work with policymakers to develop and implement health policies that improve the health of the population. This course might be helpful for health policy analysts who want to learn more about using crowdsourcing and mobile devices to monitor epidemics. The course would provide health policy analysts with the skills and knowledge they need to use these tools to collect data, identify outbreaks, and track the spread of diseases.
Health Economist
Health economists analyze the economic aspects of health care. They study the costs and benefits of different health care interventions and make recommendations on how to allocate health care resources. This course might be helpful for health economists who want to learn more about using crowdsourcing and mobile devices to monitor epidemics. The course would provide health economists with the skills and knowledge they need to use these tools to collect data, identify outbreaks, and track the spread of diseases.
Health Information Manager
Health information managers oversee the collection, storage, and use of health information. They work with health care providers to ensure that health information is accurate, complete, and accessible. This course might be helpful for health information managers who want to learn more about using crowdsourcing and mobile devices to monitor epidemics. The course would provide health information managers with the skills and knowledge they need to use these tools to collect data, identify outbreaks, and track the spread of diseases.

Reading list

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Provides insights into how crowdsourcing can be employed to enhance knowledge management and drive innovation.
Examines the use of crowdsourcing in the legal field, providing guidance on ethical considerations and practical implementation.
A practical guide for educators on how to leverage crowdsourcing in teaching and learning.
Provides an insightful exploration of the transformative power of crowdsourcing, highlighting its potential to reshape industries and society.
This foundational book, written by the person who coined the term 'crowdsourcing,' provides an excellent introduction to the concept and its early applications across various industries. It's highly valuable for gaining a broad understanding and is often considered a seminal work in the field, suitable for high school and undergraduate levels. It's more valuable for historical context than as a current reference.
Part of the MIT Press Essential Knowledge series, this concise book offers a solid overview of crowdsourcing, defining what it is and how it works. It's grounded in empirical literature and is an accessible yet authoritative account, making it suitable for undergraduates and those seeking a broad understanding. It provides a strong conceptual foundation.
While not exclusively about crowdsourcing, this book explores the power of collective intelligence, a core concept underlying many crowdsourcing initiatives. It provides valuable background knowledge on how groups can make surprisingly accurate decisions, relevant for all levels of study. It's a classic in understanding the potential of aggregated knowledge.
Examines how the internet facilitates group action and organization without traditional structures, a key element in understanding the rise of crowdsourcing. It offers a broader social and technological context for crowdsourcing, suitable for undergraduate and graduate students. It's a foundational text on the impact of digital tools on collaboration.
Explores the impact of mass collaboration on business and the economy, with numerous examples relevant to crowdsourcing. It provides a strong understanding of the economic implications of crowdsourcing and open innovation, suitable for undergraduate and graduate business students. It highlights how collaborative models are reshaping industries.
Introduces the concept of open innovation, which is closely related to crowdsourcing, particularly in how organizations can leverage external ideas. It's valuable for understanding the strategic business context of crowdsourcing, relevant for graduate students and professionals. It's a key text in understanding external knowledge sourcing.
Focuses specifically on the application of crowdsourcing within government and public organizations. It provides in-depth examples and analysis of crowdsourcing for public good, useful for graduate students and professionals interested in public administration and policy. It's a valuable resource for understanding non-profit crowdsourcing.
Delves into the world of citizen science, a form of crowdsourcing where the public participates in scientific research. It highlights the impact of non-expert contributions to knowledge creation, relevant for those interested in the scientific or research aspects of crowdsourcing. It's particularly useful for understanding crowdsourcing in academic and research contexts.
A practical guide to participating in citizen science projects, this book complements theoretical understanding with actionable information. It's excellent for anyone looking to engage directly with crowdsourcing in a scientific context, suitable for high school to undergraduate levels and the general public. It serves as a useful reference for getting started in citizen science.
This seminal work provides a broad theoretical framework for understanding the impact of information technology on society, including the rise of networks and new forms of organization. While not solely about crowdsourcing, it offers essential context for its emergence, valuable for graduate students and researchers. It's a classic in understanding the digital age.
Offers practical guidance on how businesses can effectively utilize crowdsourcing to achieve their goals. It focuses on strategies and implementation, making it a valuable resource for professionals and business students. It's a useful reference tool for applying crowdsourcing in a business context.
Explores the application of crowdsourcing specifically within the humanities, including case studies and methodologies. It's particularly relevant for those in digital humanities and related fields, offering insights into leveraging crowds for research and cultural heritage. It demonstrates the breadth of crowdsourcing applications beyond traditional business.
Delves into the fascinating and contemporary topic of using crowdsourcing in constitutional processes and democratic participation. It's highly relevant for graduate students and researchers in law, political science, and sociology interested in the intersection of technology and governance. It explores the potential for crowdsourcing to impact democratic legitimacy.
A comprehensive handbook that combines theoretical foundations with practical insights on crowdsourcing research and practice.

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