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Tim Shaw

The MOOC, "eHealth: More than just an electronic record!", is multidisciplinary in nature, and aims to equip the global audience of health clinicians, students, managers, administrators, and researchers to reflect on the overall impact of eHealth on the integration of care. It explores the breadth of technology application, current and emerging trends, and showcases both local and international eHealth practice and research.

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The MOOC, "eHealth: More than just an electronic record!", is multidisciplinary in nature, and aims to equip the global audience of health clinicians, students, managers, administrators, and researchers to reflect on the overall impact of eHealth on the integration of care. It explores the breadth of technology application, current and emerging trends, and showcases both local and international eHealth practice and research.

The entire eHealth Course consists of 5 modules and takes about 5 weeks to complete. Completion certificates are issued on the basis of participation in all 5 modules. Completing the health practice assignment in Module 5 entitles you to advanced standing in some of the eHealth courses run by the Faculty of Health Sciences, University of Sydney.

What you'll learn

- The fundamentals of eHealth and where it is heading

- What kind of health data we are currently collecting and how it will transform healthcare in the future

- How new technologies are helping health consumers participate in their own healthcare

- How eHealth can improve the coordination and efficiency of healthcare and what the barriers might be

Length: Self-paced 5 week course

Study time commitment: 3 hours per week

Assessable components: Assignment 1 in Module 2 (40%) and Assignment 2 in Module 5 (60%).

Guest presenters (listed in alphabetical order):

* Jordan Andersen | The University of Sydney

* Dr Teresa Andersen | Sydney Local Health District

* Dr Robert Birnbaum | Harvard Medical School / Partners Healthcare

* Melissa Brunner | The University of Newcastle & The University of Sydney

* Professor Jane Burns | Young and Well Cooperative Research Centre & The University of Sydney

* Professor Rafael A. Calvo | The University of Sydney

* Dr Andrew Campbell | The University of Sydney

* Dr Jelle Demeestere | John Hunter Hospital, Newcastle NSW

* Professor Hugh Durrant-Whyte | The University of Sydney

* Karen Finnin | Physios Online

* Professor Afaf Girgis | UNSW Medicine

* Anna Janssen | The University of Sydney

* Professor Judy Kay | The University of Sydney

* Dr Melanie Keep | The University of Sydney

* A/Professor Jinman Kim | The University of Sydney

* Dr John Lambert | eHealth NSW

* Dr Melanie Keep | The University of Sydney

* Dr Karen Luxford | Clinical Excellence Committee NSW

* Michael Marthick | Chris O’Brien Lifehouse & The University of Sydney

* A/ Professor Mark McEntee | The University of Sydney

* Professor Kathryn Refshauge | The University of Sydney

* Dr Ursula Sansom-Daly | Sydney Children's Hospital, Prince of Wales Hospital & UNSW Medicine

* Dr Arran Schlosberg | The University of Sydney

* Professor Stephen Simpson | The University of Sydney

* Professor Leanne Togher | The University of Sydney

* Josh Zadro | The University of Sydney

Enroll now

What's inside

Syllabus

Module 1 - What is eHealth?
Key question: “What are the fundamentals of eHealth and where is it heading?” To complete this introductory module you will need to view the video lectures for each lesson and complete the four listed ungraded learning activities. It is also recommended that you sample the module reference and further resource list to consolidate your learning.
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Traffic lights

Read about what's good
what should give you pause
and possible dealbreakers
Examines where eHealth is heading, which is important for students considering careers in healthcare
Covers health care data and its transformational impact on the industry, which is critical for professionals who want to stay relevant
Provides real-world examples of eHealth practice and research conducted by industry experts
Taught by recognized experts in eHealth, including professors, researchers, and healthcare practitioners
Offers access to peer review, which is a valuable experience for students who want to hone their research skills
Provides advanced standing for certain courses run by the Faculty of Health Sciences at the University of Sydney

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Reviews summary

Broad introduction to ehealth

According to learners, this course provides a broad and multidisciplinary overview of eHealth, suitable for those seeking an introduction to the field. Students appreciated the diverse topics covered, ranging from the fundamentals to consumer engagement and professional practice. The inclusion of numerous guest presenters from varied backgrounds was frequently highlighted as a significant positive. While many found the course materials relevant and the lectures informative, some noted that certain topics were covered at a relatively high level, potentially leaving those seeking deep expertise wanting more. The assignment process, particularly the peer review component, received mixed feedback, with some finding it challenging or unclear.
Mixed feedback on assessment process.
"The peer review assignment was a bit confusing to navigate, and the instructions could be clearer."
"While challenging, the assignments pushed me to think critically about eHealth application."
"I had difficulty with the assignment requirements; they felt somewhat ambiguous at times."
"The peer feedback was helpful in some cases, but consistency was an issue."
Applicable knowledge for practice.
"The course content is very relevant to current trends and how eHealth is applied in practice."
"I found the information directly applicable to my professional work in healthcare."
"It helped me understand the practical implications of eHealth technologies."
"I learned strategies and insights that I can use in my daily work."
Insightful perspectives from experts.
"The range of guest speakers was fantastic, offering different viewpoints and real-world examples."
"Hearing from various experts in the field made the content much more engaging and credible."
"I really enjoyed the videos with the guest presenters; they brought the topics to life."
"The insights shared by the guest lecturers were a highlight of the course."
Excellent breadth of topics covered.
"The course provides a broad overview of eHealth, covering various aspects from data collection to professional practice."
"I appreciated the comprehensive introduction to the eHealth landscape and where things are heading."
"It gives a good understanding of the fundamentals of eHealth and its multifaceted impact on healthcare."
"This course gave me a solid grasp of the subject across several modules."
Lack of depth in specific areas.
"The course provides a good introduction, but I was hoping for more in-depth coverage on specific technologies."
"Some modules felt a bit rushed, covering topics only at a surface level."
"Could use more detail on the technical aspects or implementation challenges."
"It's great for an overview, but not sufficient if you need expert knowledge in a particular domain."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in eHealth: More than just an electronic record with these activities:
Statistical data processing practice problems
Use practice problems to ensure foundational statistical skills before beginning the course.
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Show steps
  • Identify types of statistical methods, their assumptions, and applications.
  • Practice solving different types of statistical problems.
Review healthcare terminology
Refresh your knowledge of healthcare terms to better understand the course content.
Browse courses on Medical Terminology
Show steps
  • Find a glossary or dictionary of healthcare terms.
  • Review the terms related to the healthcare industry, especially eHealth.
  • Practice using the terms in context.
Healthcare information systems review
Get a comprehensive overview of the field by reading and reviewing a book on healthcare information systems.
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  • Identify a comprehensive book on healthcare information systems.
  • Carefully read and make notes on the book's key concepts and principles.
Ten other activities
Expand to see all activities and additional details
Show all 13 activities
Review key concepts of health informatics
Understanding the fundamentals of health informatics will give you a strong foundation for this course.
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  • Review your notes or textbooks from a previous health informatics course
  • Complete practice questions or quizzes on health informatics concepts
Reinforce basic data formatting
Review the basics of preparing and formatting data for better analysis.
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  • Review basic formatting functions and techniques
  • Apply formatting techniques to various dataset types.
Read the articles about the benefits and challenges of eHealth
Following these introductory resources will help you to grasp the basic concepts of eHealth and prepare you for the course material.
Show steps
  • Read the article about the benefits and challenges of adopting eHealth technologies in healthcare https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5862023/
  • Read the article about the role of eHealth in improving healthcare efficiency https://www.ncbi.nlm.nih.gov/pmc/articles/PMC8235736/
eHealth Management Systems Tutorial
Reinforce your understanding of eHealth management systems.
Browse courses on eHealth
Show steps
  • Review eHealth Management Systems
  • Work through online eHealth tutorials
  • Complete a short quiz
Practice using eHealth tools
Practice using eHealth tools to gain proficiency in their use.
Browse courses on Electronic Health Records
Show steps
  • Identify common eHealth tools used in healthcare.
  • Find online tutorials or simulations for these tools.
  • Practice using these tools in a simulated environment.
  • Join an online community or forum for support and guidance.
Collaborative data analysis
Collaborate with your peers on data analysis and interpretation to improve your understanding.
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  • Divide into groups and choose a data-analysis project.
  • Contribute respective analysis on group project
  • Present your group's findings on a data analysis project.
Volunteer at a health organization
Apply your knowledge and gain practical experience in a healthcare organization.
Browse courses on eHealth
Show steps
  • Contact your local health organization to inquire about volunteer opportunities.
  • Participate in volunteer activities such as data entry or assisting with administrative tasks.
Data visualization project
Create a data visualization project to demonstrate your understanding of data visualization techniques and storytelling.
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Show steps
  • Choose a relevant dataset for visualization
  • Clean and prepare the data for analysis
  • Select the appropriate visualization techniques
  • Implement the visualizations
  • Create a narrative and communicate the insights from your visualizations.
Attend an eHealth event
Attend an eHealth event to stay informed about recent developments and gain insights from experts in the field.
Browse courses on eHealth
Show steps
  • Find an eHealth event to attend
  • Attend the event and take active part in networking
Develop an eHealth presentation
Create a presentation on a topic related to eHealth, incorporating multimedia and research findings to demonstrate your understanding of the field.
Browse courses on eHealth
Show steps
  • Choose a specific eHealth topic to focus on
  • Research and gather information from various sources
  • Outline and write the presentation script
  • Design eye-catching slides using multimedia elements like graphics, charts, and videos.
  • Practice and refine your presentation skills

Career center

Learners who complete eHealth: More than just an electronic record will develop knowledge and skills that may be useful to these careers:
Health Informatics Specialist
As a Health Informatics Specialist, you will collaborate with healthcare professionals to implement new technologies and improve the efficiency of healthcare delivery. This course will help you understand the fundamentals of eHealth and how it is used to improve the coordination and efficiency of healthcare. You will also learn about the different types of health data that are collected and how they are used to improve healthcare outcomes.
Clinical Data Analyst
As a Clinical Data Analyst, you will be responsible for collecting, analyzing, and interpreting healthcare data. This course will help you understand the different types of health data that are collected and how they are used to improve healthcare outcomes. You will also learn about the different technologies that are used to collect and analyze health data.
Health Information Manager
As a Health Information Manager, you will be responsible for managing the health information of patients. This course will help you understand the different types of health data that are collected and how they are used to improve healthcare outcomes. You will also learn about the different technologies that are used to manage health information.
Health Educator
As a Health Educator, you will be responsible for teaching patients about health and wellness. This course will help you understand the different types of health data that are collected and how they are used to improve healthcare outcomes. You will also learn about the different technologies that are used to educate patients about health and wellness.
Medical Writer
As a Medical Writer, you will be responsible for creating written materials about health and wellness. This course will help you understand the different types of health data that are collected and how they are used to improve healthcare outcomes. You will also learn about the different technologies that are used to create written materials about health and wellness.
Pharmacist
As a Pharmacist, you will be responsible for dispensing medications and providing advice on their use. This course may be useful for you because it will help you understand the different types of health data that are collected and how it is used to improve healthcare outcomes. You will also learn about the different technologies that are used to dispense medications and provide advice on their use.
Physician Assistant
As a Physician Assistant, you will be responsible for providing medical care under the supervision of a physician. This course may be useful for you because it will help you understand the different types of health data that are collected and how it is used to improve healthcare outcomes. You will also learn about the different technologies that are used to provide medical care.
Registered Nurse
As a Registered Nurse, you will be responsible for providing nursing care to patients. This course may be useful for you because it will help you understand the different types of health data that are collected and how it is used to improve healthcare outcomes. You will also learn about the different technologies that are used to provide nursing care.
Social Worker
As a Social Worker, you will be responsible for providing social and emotional support to patients and their families. This course may be useful for you because it will help you understand the different types of health data that are collected and how it is used to improve healthcare outcomes. You will also learn about the different technologies that are used to provide social and emotional support.
Occupational Therapist
As an Occupational Therapist, you will be responsible for helping patients regain their physical and cognitive skills after an injury or illness. This course may be useful for you because it will help you understand the different types of health data that are collected and how it is used to improve healthcare outcomes. You will also learn about the different technologies that are used to help patients regain their physical and cognitive skills.
Speech-Language Pathologist
As a Speech-Language Pathologist, you will be responsible for helping patients improve their speech, language, and swallowing skills. This course may be useful for you because it will help you understand the different types of health data that are collected and how it is used to improve healthcare outcomes. You will also learn about the different technologies that are used to help patients improve their speech, language, and swallowing skills.
Physical Therapist
As a Physical Therapist, you will be responsible for helping patients regain their physical function after an injury or illness. This course may be useful for you because it will help you understand the different types of health data that are collected and how it is used to improve healthcare outcomes. You will also learn about the different technologies that are used to help patients regain their physical function.
Recreational Therapist
As a Recreational Therapist, you will be responsible for helping patients improve their physical, cognitive, and social skills through recreational activities. This course may be useful for you because it will help you understand the different types of health data that are collected and how it is used to improve healthcare outcomes. You will also learn about the different technologies that are used to help patients improve their physical, cognitive, and social skills.
Art Therapist
As an Art Therapist, you will be responsible for helping patients improve their mental health through art. This course may be useful for you because it will help you understand the different types of health data that are collected and how it is used to improve healthcare outcomes. You will also learn about the different technologies that are used to help patients improve their mental health through art.
Music Therapist
As a Music Therapist, you will be responsible for helping patients improve their mental health through music. This course may be useful for you because it will help you understand the different types of health data that are collected and how it is used to improve healthcare outcomes. You will also learn about the different technologies that are used to help patients improve their mental health through music.

Reading list

We've selected nine books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in eHealth: More than just an electronic record.
Provides a comprehensive overview of the field of eHealth, covering topics such as health information technology, telehealth, and telemedicine. It would be a valuable resource for students, researchers, and practitioners in the field.
Provides a comprehensive overview of the field of eHealth, covering topics such as health information technology, telehealth, and telemedicine. It would be a valuable resource for students, researchers, and practitioners in the field.
This textbook serves as a comprehensive introduction to eHealth, providing a foundational understanding of the concepts, technologies, and applications in this field. It offers a solid theoretical and practical background for students and professionals seeking to enhance their knowledge in eHealth.
Provides a comprehensive guide to health informatics, covering topics such as health information systems, data management, and cybersecurity.
Explores the potential of artificial intelligence to transform healthcare, covering topics such as machine learning, deep learning, and natural language processing. It would be a valuable resource for students, researchers, and practitioners interested in the future of healthcare.
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Explores the potential of mobile health to improve healthcare, covering topics such as mHealth interventions, mobile health applications, and the impact of mobile health on healthcare delivery. It would be a valuable resource for students, researchers, and practitioners interested in the future of healthcare.
Explores the trend of self-tracking and quantification, and its implications for healthcare. It would be of interest to students, researchers, and policymakers interested in the future of healthcare.
This textbook explores the technical foundations of eHealth technologies, focusing on the underlying principles and their practical applications. It provides a detailed analysis of data structures, communication protocols, and security measures, making it a valuable resource for technical professionals involved in eHealth development.
This handbook serves as a comprehensive reference for eHealth systems and technologies, providing a detailed overview of various applications, architectures, and security considerations. It offers practical guidance for researchers and professionals working in the development and implementation of eHealth solutions.

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