May 12, 2022
Digital technology has changed healthcare service delivery, and clients now manage their medical conditions using remote tools. 57% of patients prefer remote monitoring of their health conditions using medical technology devices, according to a recent survey by Accenture. With the ever-evolving healthcare technology systems, it's imperative for health care professionals to learn and acquire new digital skills to stay relevant continuously.
In this article, you will learn the benefits of digital healthcare solutions and the essential digital skills health workers require to deliver efficient health services and to improve treatment outcomes.
The Importance of Digital Technology for Healthcare
The recent advances in technology for healthcare provide numerous benefits to healthcare workers and patients. The digitalization of health care increases the overall efficiency of health care systems and decreases the risk of errors in patient care.
Specific Benefits of Digital Health Interventions
Clinical Data Management
Vital patient information is accessible online, and professionals can share it to aid collaborative patient care.
Diagnostics
Artificial intelligence enhances the capacity of diagnostic devices. Healthcare workers can detect medical conditions with digital diagnostics before clinical symptoms develop.
Innovative Therapeutic Solutions
Artificial intelligence-enabled computer systems rapidly analyze complex clinical data to develop a new drug.
Monitoring of Patients
Wearable devices and sensors enable remote monitoring of patients. These devices alert health care workers whenever a patient's vitals are deteriorating so that prompt interventions are executed.
Improved Access to Healthcare
Patients use telehealth technology to consult with healthcare professionals virtually. Teleconsultation reduces the number of physical visits to hospitals and boosts client-doctor relationships.
Essential Digital Knowledge Areas and Skills for Health Workers
Health professionals need to acquire specific digital knowledge and skills to manage digital medical devices.
Here are key areas where further digital technology education may be necessary:
- Clinical Data Science: Understand the fundamentals of clinical data generation, formats, analysis, interpretation, legal and ethical considerations.
- Artificial intelligence system/tools for health care: Learn the essentials of machine learning, artificial intelligence algorithms/models, and their application to patients' needs.
- Healthcare cloud technology: Acquire insights based on cloud computing, data processing, and storage in cloud network systems
Using various free and paid self-paced online courses, you can acquire vital digital technology knowledge for your clinical practice even without taking digital healthcare courses in school. In addition, some of these courses have downloadable certificates to show evidence of taking the course.
The following skills are also essential for health workers to master:
- Physical skills: Health care workers are expected to possess the ability to operate and navigate AI-enabled tools and equipment.
- Cognitive skills: Medical workers should improve their capacity to critically evaluate qualitative and quantitative data to enhance clinical decision-making processes.
- Social and emotional intelligence skills: With the advent of telehealth consultations, health professionals with excellent communication skills are more likely to effectively counsel and educate their patients remotely.
- Digital skills: Proficiency in clinical data analytics, processing, and interpreting capacities for efficient health service delivery.
Your ability to gain these skills relies on consistent exposure and practice with technology-enabled devices combined with the application of health technology knowledge obtained from studying online digital health courses.
Major Digital Health Technology for Patient Care
Although there are numerous digital health interventions in health care service delivery, few ones impact the quality of patient care and treatment outcomes. Here are the health care innovation technology systems.
Artificial Intelligence
Artificial intelligence (A.I.) involves using intelligent computer systems that have learned through programming to carry out tasks faster than humans. A.I. has improved the efficiency of clinical decision-making and overall patient management by speeding up the analysis and interpretation of clinical data.
Medical professionals use these A.I.-generated data to make early diagnoses, design treatment methods and help patients live with disease complications. For instance, A.I.-enabled diagnostic radiologic scans can detect the early stages of cancerous cells during a cancer screening. This prevents a patient from developing the disease and increases the survival rate from potential deadly disease.
Wearable Device Technology
Wearable devices are used to monitor a patient's vital signs remotely. Smart wristwatches worn on the hand are examples of wearable devices. Medical professionals use these devices for at-home patient surveillance to reduce the need for prolonged hospital admission.
For example, patients with abnormal cardiac rhythm may be discharged home on a wearable ECG device. This smart device records the heart rhythms of the patient at intervals and sends alerts when there is an abnormal or suspicious heart rhythm. This promotes the early detection of life-threatening cardiac rhythms.
Telehealth Technology
Telehealth technology entails using telecommunication devices such as smartphones or computers to access health care. Patients leverage telehealth consultations to interact with their health care providers on demand. Patients with chronic medical conditions that require constant monitoring and check-up can benefit from telehealth services. These patients can easily share their complaints and other relevant details with health care professionals without in-patient visits.
Chronic heart failure patients who utilized telehealth services had fewer hospital admissions and better health outcomes, according to a recent study published in the British medical journal.
Virtual and Augmented Reality Technology
Virtual and augmented reality technology creates a unique human experience using a special 3D glass that projects digital information and mimics real external experience or enhances the external environment. Health care providers use virtual reality technology to educate patients about medical procedures. Nurses can use augmented reality technology devices during venepuncture to discover veins quickly in patients.
Healthcare innovation technology advances have improved the quality of patient care and health outcomes of some medical conditions. For instance, digital health solutions like A.I.-enabled medical tools aid early diagnosis and treatment of diseases. Your mastery of the health technology skills discussed coupled with continuous digital health education through online courses empowers you to provide excellent health care services.