Welcome to the Healthcare Informatics & Digital
Transformation
In today's rapidly evolving healthcare landscape, the
ability to effectively manage and utilize data has become as essential as
clinical knowledge itself. This course, "Foundations of Healthcare
Informatics," introduces you to the dynamic intersection of
healthcare and technology.
We will explore how informatics acts as the bridge between
raw data and meaningful action, ensuring that the right information reaches
the right professional at the right time. This
course goes beyond just understanding computers or software; it focuses on how
we can integrate people, processes, data, and technology to
improve patient safety, enhance the quality of care, and support clinical
decision-making under pressure.
As we progress, you will learn how health data is collected,
stored, and transformed into actionable knowledge. We will examine the various
domains of informatics—from clinical and research informatics to public health
and consumer health—and understand the diverse types of data they rely on,
including clinical notes, laboratory results, medical imaging, and even data
from wearable devices.
Furthermore, this course will highlight the critical role of
informatics in driving national digital transformation, with a special focus on
initiatives like Saudi Vision 2030, the NPHIES platform,
and the Sehhaty app. By the end of this course, you will not
only understand what healthcare informatics is, but also how it empowers
healthcare professionals to deliver safer, more coordinated, and data-driven
care in an increasingly complex world.
Let’s begin this journey into the heart of modern
healthcare.
Learning Outcomes
Define healthcare
informatics and explain its role as an interdisciplinary field that integrates
people, processes, data, and technology to improve healthcare delivery.
Explain how health data
is collected, stored, processed, and shared, while distinguishing between data,
information, and knowledge.
Describe the main
application areas of healthcare informatics, including: clinical informatics,
public health informatics, consumer health informatics, research informatics,
and translational bioinformatics.
Classify the different
types of data used in health informatics systems (such as clinical data,
laboratory data, medical imaging, administrative data, and patient-generated
data) and explain how they integrate.
Analyze the importance
of healthcare informatics in improving patient safety, quality of care,
clinical decision-making, and care coordination among multidisciplinary teams.
Demonstrate the role of
healthcare informatics in enabling digital health transformation, particularly
in the context of Saudi Vision 2030 and its initiatives such as NPHIES and the
Sehhaty platform.
Evaluate the challenges
resulting from the absence of effective informatics systems (such as medical
errors, duplicate testing, and lack of coordination) and how informatics helps
overcome them.
Identify the expected
responsibilities of healthcare professionals in the digital age, including
effective use of systems, understanding data reports, and participating in
continuous improvement initiatives.
Healthcare Informatics: Foundations, Applications, and Digital Transformation🩺 Medicine
🏘️ Health Management and Community Health
♿ Therapy and Rehabilitation
💊 Pharmacists and Pharmacy Technicians
🧪 Medical Laboratories and Technology
🦷 Dentistry
👩⚕️ Nursing and Midwifery
🩻 Health Technicians and Assistants
🎓 Students and Internship Trainees
⚕️ All Health Specialties
Ph.D. in Systems and Biomedical Engineering • Assistant Professor of Biomedical Engineering (2007–Present) Misr University for Science and Technology (MUST), Egypt. (Teaching, supervision, curriculum development, former Head of Department). • Lecturer at Productivity and Quality Institute (2021–Present) In partnership with the Egyptian Ministry of Health – Quality in Health Information Management Systems. • Certified CPHIMS Instructor at Quality Leaders Academy – Saudi Arabia. • Reviewer and Academic Editor for several international journals and conferences. • Technical Program Committee Member for international conferences (e.g., ICEPE2025). • IEEE Senior Member. • Member of: HIMSS, Saudi Scientific Society for Biomedical Engineering (SSSBE), Arabic Bioinformatics Community. • Co-Founder of the Egyptian Biomedical Engineering Society (EBMES). • Judge/Jury Member for prestigious competitions (NASA Space Apps, UGRF Competitions, Health Innovation Hackathons). • Keynote Speaker at international scientific conferences (e.g., BGICC International Cancer Conference).
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