Balancing nursing technology and skills: Where does Malaysia stand?November 22, 2024
A collaborative dialogue took place at the 22nd Asia Workforce Forum (AWFF) and the 18th Alliance of Asian Nurses’ Association (AANA) meeting, hosted by the Malaysian Nurses Association and the International Council of Nurses (ICN) from November 20-22. This significant gathering brought together representatives from the Malaysian Nurses Association, College of Nursing Hong Kong, Indonesia National Nurses Association, Indian Nurses Association, Japanese Nursing Association, Nurses Association of Macau, Philippine Nurses Association, Singapore Nurses Association, Taiwan Nurses Association, and Nurses Association of Thailand. The focus: navigating the evolving relationship between advancing technology and essential clinical skills in nursing.
Central to the discussion was the question of whether artificial intelligence (AI) can be effectively personalized to meet the nuanced needs of nursing care. While technological advancements have propelled AI into new frontiers—evident by recent Nobel Prize-winning achievements—the current capabilities of AI remain categorized as narrow intelligence. These systems, though impressive, cannot yet replicate the holistic, human-centered care and complex clinical decision-making intrinsic to nursing. Nursing requires a diverse set of skills and competencies that go beyond what AI can currently achieve—and likely will remain beyond its reach for at least the next two to three decades. The profession demands emotional intelligence, critical thinking, and adaptability to complex, ever-changing scenarios—qualities that machines cannot yet replicate. Nevertheless, AI's emergence represents a disruptive force that is already reshaping healthcare. Ready or not, its integration into nursing practice is accelerating, particularly in advanced regions like China, where hospitals are actively adopting smart systems and employing informatics nurses to develop and manage healthcare technologies. Many nurses in China play integral roles in implementing decision-support systems, highlighting AI's potential to address persistent issues like global nursing shortages. In light of these challenges, the nursing community must shift its perspective. Rather than focusing solely on increasing nurse numbers, it's time to explore new avenues and embrace AI as a partner in healthcare. Nurses must optimize their clinical skills to deliver high-quality care that technology cannot yet provide, while also developing new digital competencies. Embracing roles as leaders and innovators, nurses should actively contribute to the design and application of AI in their field. By adopting this proactive stance, nurses can push AI beyond current limitations and elevate its role in healthcare. To truly harness the potential of AI, the nursing profession must cultivate a blend of traditional expertise and emerging technological skills—shaping a future where technology enhances, rather than replaces, the art of nursing. Where Malaysia stands in nursing innovation Malaysia has made commendable strides in integrating technology into its healthcare system. Notable advancements include the implementation of electronic medical records (EMR) in select hospitals, particularly within the Klang Valley’s SMART hospitals. These facilities showcase advanced technologies such as robotic surgery, where nurses play crucial roles in preparation and assistance. Despite these gains, Malaysia still faces challenges in fully embracing digital transformation compared to regional counterparts like Singapore, Hong Kong, and China. Current achievements: Pioneering steps In robotic surgery, Malaysian hospitals are setting benchmarks. 'Although doctors operate the robots, the demand for skilled nurses has increased—now requiring up to six nurses per operating room. This highlights the need for specialized training to adapt to new technological demands,' says Dr Aisyahton Suhaimi (pix), President of the Malaysian Nurses Association. Additionally, during the COVID-19 pandemic, technology facilitated patient monitoring, enhancing efficiency and convenience. Technological gaps and challenges While select hospitals have robust EMR systems, inconsistencies remain. Many hospitals still lack fully integrated digital documentation, leading to challenges when systems face downtime. This highlights the need for dual training in both digital and traditional reporting methods. The reliance on technology without comprehensive backup solutions presents a significant obstacle. Learning from regional leaders Philippines: Simulation models for training The Philippines firmly believes that while technology is essential for advancing healthcare, it cannot replace the irreplaceable element of human compassion and care. Technology is seen as an enhancer rather than a substitute, ensuring that patient-centered care remains the priority. However, compared to other Asian countries, the Philippines faces challenges in technological progression and integration within its healthcare sector. Current technological landscape
Artificial Intelligence in healthcare AI adoption in the Philippines remains in its infancy. Currently, only one university integrates robotics into nursing education and practice, supported by a government-funded initiative. Broader incorporation of AI in healthcare delivery is still under development and has not yet reached widespread use. Singapore’s nursing sector Singapore's healthcare system faces challenges such as nursing shortages and hospital overcrowding, which have driven the adoption of technology to enhance efficiency and improve patient care. While technology plays a significant role, the emphasis remains on maintaining the essential human skills that define quality nursing. Artificial Intelligence in nursing AI is still in its developmental phase within Singapore’s nursing sector. In medical fields, AI is already used for interpreting radiology images and recently for antibiotic prescriptions. For nursing, the goal is to implement AI to assist in prioritizing patient care. AI systems analyze various parameters to flag high-risk patients and streamline report writing, helping nurses allocate their time more effectively. Beyond AI, nursing schools like Nanyang Polytechnic (NYP) and the National University of Singapore (NUS) use virtual reality (VR) and simulation tools to train students. These immersive technologies provide hands-on experience without requiring students to interact with real patients, enhancing their readiness for clinical practice. For instance, Singapore General Hospital employs VR to train nurses in IV cannulation and the use of IV infusion pumps. Telemedicine initiatives Singapore’s Ministry of Health has introduced innovative telemedicine solutions, such as mobile inpatient care homes. These virtual wards allow patients to receive hospital-level care at home while being monitored remotely. Nurses visit to administer medications, ensuring comprehensive care without occupying hospital beds. This system integrates telemedicine, wearable devices, remote monitoring, and electronic health records, significantly reducing hospital occupancy and enhancing patient convenience. Robotics in nursing care Robotics in Singapore’s nursing sector is still emerging. For example, small robots entertain dementia patients and provide educational content via pre-programmed videos. These screen-equipped robots deliver information or small items to patients' bedsides. Despite these advancements, there remains some resistance to receiving direct care from robots, reflecting the importance of human interaction in healthcare. Maintaining nurse competency Singapore places a strong emphasis on continuous skill development and competency assessment. Nurses undergo annual evaluations to ensure they remain proficient, and from next year, registered nurses must complete 15 hours of professional training annually to renew their licenses. During the COVID-19 pandemic, face-to-face training was replaced by gamified modules, such as simulations for urinary catheterization. These interactive programs allowed nurses to refine their skills while making learning engaging and effective. Hospitals have also introduced bedside iPads for patients, providing educational resources via QR codes. This digital approach reduces the need for printed materials and enables caregivers to easily access essential information about managing specific conditions. Hong Kong’s nursing sector Hong Kong has been integrating technology into its healthcare system since the 1980s, ensuring that nursing skills evolve alongside technological advancements. This balance allows for improved efficiency in clinical operations while preserving the essential human touch that defines quality care. Technological integration in clinical operations In Hong Kong’s public hospitals, advanced systems for documenting vital signs and medical records have transformed clinical operations. These systems now encompass detailed nursing documentation, including wound care and other procedures, creating a comprehensive record that enhances patient care. Tele-consultation services, which expanded significantly during the COVID-19 pandemic, also reflect this integration. These services extend beyond traditional medicine, with special programs offering tele-patient training and collaborations between nurses, pharmacists, and other healthcare professionals to ensure seamless care delivery. Robotics and elderly care systems Robotics play an emerging role in healthcare, particularly in elderly care. Robots are used to deliver essential announcements and perform specific tasks in clinical settings. At the community level, an innovative elderly bell safety system provides immediate assistance to seniors at home. When activated, the system connects the user to a call center that dispatches appropriate services or arranges hospital transport if necessary. This approach combines technology with responsive human care, ensuring elderly patients receive prompt support. Electronic Medical Records (EMR) and patient access Hong Kong’s healthcare sector has developed a robust electronic medical record (EMR) system. Patients can now access their medical records via mobile devices, allowing healthcare providers across different facilities to retrieve essential information quickly. This initiative reduces the burden on public hospitals by encouraging the use of district health centers and private healthcare services. The government’s promotion of individual family doctors further integrates technology with personalized care, ensuring patients have continuous access to their medical histories. On the administrative side, hospitals have adopted comprehensive HR management systems. These include self-assessment tools, duty records for part-time staff, and personal files linked to the Mandatory Provident Fund (MPF) system. This streamlines workforce management, allowing healthcare providers to focus more on patient care. Simulation labs and continuous education Education is a cornerstone of balancing technology and nursing skills in Hong Kong. Most universities and public hospitals feature simulation practice labs where nursing students and staff undergo realistic training scenarios. These labs offer hands-on experience in a controlled environment, enhancing clinical competence without patient risk. Continuous nursing education programs—both online and in-person—ensure that nurses remain proficient in the latest technologies. Regular assessments and mandatory training reinforce these competencies, ensuring that nurses renew their practicing certificates with up-to-date knowledge. Macau’s nursing sector Macau’s healthcare system has embraced technology to enhance nursing care while recognizing the importance of maintaining essential skills. The government has implemented an electronic health record platform designed to streamline medical information sharing between public and private healthcare providers. This system aims to improve the quality and efficiency of medical services, enhance patient safety, and optimize resource use. Electronic Health Records (EHR) for seamless care The EHR platform allows healthcare providers to share comprehensive patient information, including clinical files, consultation records, prescriptions, and medical examination reports. This connectivity ensures that both public and private institutions have access to up-to-date patient data, reducing redundancy in examinations and lab tests. For patients, this means less time spent managing medical records and smoother transitions between different care providers. Technological integration in nursing practice In clinical settings, technology is primarily used for administrative tasks such as shift scheduling and workforce management. Head nurses utilize digital tools to calculate staffing needs, ensuring efficient allocation of resources. Technology also facilitates information sharing among healthcare teams, improving communication and coordination. Balancing technology with nursing skills Macau faces the challenge of ensuring that nurses do not become overly reliant on technology. While modern equipment enhances care delivery, fundamental assessment skills remain crucial. The integration of technology in nursing practice must support, rather than replace, core competencies. However, there is currently a gap in Macau’s nursing education system regarding biomedical health, information technology (IT), artificial intelligence (AI), and healthcare informatics. To address this, there are plans to collaborate with educational institutions such as the Polytechnic Institute, which offers IT courses. These partnerships aim to enrich the nursing curriculum with essential technological skills, preparing future nurses to navigate an increasingly digital healthcare landscape. Thailand’s nursing sector Thailand has made significant strides in integrating technology into its nursing sector while maintaining a strong focus on essential skills and hands-on training. By combining simulation-based education, standardized medical systems, and community-driven innovations, Thailand ensures that nurses are well-prepared and adaptable in an evolving healthcare landscape. Simulation training in nursing education Simulation and scenario-based training are integral to nursing education in Thailand. Almost all nursing schools implement these methods to prepare students before they interact with real patients. This approach ensures that nursing students develop essential skills in a controlled environment, allowing them to gain confidence and competence before entering clinical practice. Technological innovations and standardization Thailand has developed its own health classification system, the Thailand Health ICD-10-TM (Thailand Modification). This adaptation allows nurses to communicate more effectively with doctors and dentists by standardizing interventions and procedures. Hospitals using this system have reported significant cost savings—up to 40 million baht per month—by improving efficiency and reducing administrative burdens. Additionally, nurses have taken on leadership roles in healthcare reform initiatives. They are involved in developing systems to address the needs of Thailand’s aging population. One such innovation is an eco-platform that enables nurses to delegate tasks to caregivers and community volunteers. This platform ensures that nursing standards are maintained while empowering caregivers to provide high-quality care. Reports are sent back to nurses, enabling seamless communication and monitoring. Community health initiatives Thailand’s nursing sector has identified 12 prevalent community diseases and developed standardized care protocols for each. By educating nurses in specialty areas such as hypertension management, Thailand has achieved remarkable outcomes. For instance, 99% of patients with hypertension were able to control their condition through home visits conducted by specially trained nurses. This success has led to the authorization of private nurses to perform home visits, offering personalized care and reducing hospital congestion. Indonesia’s nursing sector Indonesia has implemented several key strategies to ensure nurses retain essential clinical skills and ethical values while embracing technological advancements:
Technological integration in practice In addition to preserving core nursing skills, Indonesian nurses are trained to master healthcare technologies. An application has been developed to standardize nursing diagnoses, interventions, and outcomes. This tool is fully compatible with electronic health record (EHR) systems, streamlining documentation and improving clinical efficiency. Taiwan’s nursing sector In Taiwan, the nursing profession is actively working to balance technological advancements with essential clinical skills and patient-centered care. While AI has been widely applied in education, clinical services, and management, it has yet to be fully integrated to reduce nurses' workloads. However, the Taiwanese healthcare system recognizes the importance of ensuring technology enhances, rather than replaces, human expertise in nursing practice. Healthy Taiwan strategy and smart healthcare As part of the Healthy Taiwan initiative, one of the 11 strategic focuses is smart medicine and healthcare. The Taiwan Nurses Association (TNA) has responded by drafting a comprehensive statement on technology leadership within the nursing profession, set to be released next month. This position statement highlights key principles to maintain balance, including:
Addressing technological literacy To ensure nurses are equipped to navigate the evolving technological landscape, a task-oriented project is underway to assess technological literacy among nursing professionals. The goal is to identify gaps and implement targeted training, ensuring all nurses remain competent and confident in using new technologies without compromising traditional skills. India’s nursing sector India’s nursing profession is embracing technological advancements while ensuring that essential clinical skills and human touch remain central to patient care. Many intensive care units (ICUs) across the country now use iPads to monitor patient conditions, reflecting a growing integration of digital tools into routine practice. Educational initiatives and skill development The Indian Nursing Council (INC) has introduced progressive educational programs to equip nurses with digital expertise. A notable initiative is the recent inclusion of a module within the Mental Health Academy, developed in collaboration with the Indian Institute of Management. This course offers joint certification in digital health technology and leadership skills, preparing nurses for the evolving healthcare landscape. Simulation training for educators India has established a state-of-the-art simulation center in New Delhi. This center focuses on capacity building, training around 1,500 educators through intensive five-day simulation programs, conducted twice a month for groups of 30 participants. These simulation programs help educators incorporate advanced technologies into their teaching, ensuring that future nurses are proficient in both technical and clinical aspects of patient care. Recognizing the vast number of nursing educators needed, additional simulation centers are planned to expand this training infrastructure. These centers will help standardize the use of technology across nursing institutions, ensuring consistency in skill development. Technological integration in nursing curriculum India’s commitment to integrating technology into nursing education is long-standing. Over the past 15 years, computer skills have been a mandatory component of nursing diplomas. One key indicator of a quality nursing school is the presence of at least 20 computers in its lab, reflecting the emphasis on digital literacy as a core competency for future nurses. Japanese nursing: A holistic approach Japan's nursing sector recognizes the critical role of technology in reducing nurses' workload and improving operational efficiency. As advancements in digital tools accelerate, it is essential to stay aligned with these changes to ensure optimal patient care and workforce sustainability. Bridging technological gaps across hospitals While major hospitals in Japan benefit from robust financial and human resources, small and medium-sized hospitals face challenges in adopting new technologies. To address this disparity, the Japanese government has established Healthcare Work Environment Improvement Support Centers in all 47 prefectures. These centers provide crucial assistance, including financial subsidies from both central and local governments, to support small and medium-sized medical institutions in their digital transformation journey. Promoting innovation through competitions and collaboration The Japanese Nursing Association (JNA) has taken proactive steps to encourage technological integration. Between 2019 and 2023, the JNA organized the Nursing Work Efficiency and Advanced Case Award. This competition invited hospitals to showcase successful digital transformation initiatives, focusing not only on innovative ideas but also on practical implementation. A comprehensive guidebook was published, offering insights into promoting efficiency through IT solutions, serving as a valuable resource for the entire healthcare sector. Collaboration with private sector To ensure that technological advancements align with the needs of nursing professionals, nurses' feedback and ideas are actively conveyed to private companies. This collaboration has led to the development of customized systems and technologies designed to address specific challenges in nursing practice, fostering an ecosystem where technology truly supports human-centered care. Balancing AI with human-centered care While embracing AI and digital tools is essential, maintaining the human touch remains a core priority in Japanese nursing. Nurses are at the forefront of patient care, and ethical values and empathy cannot be replaced by machines. This balance is maintained through continuous professional development (CPD) programs that ensure nurses remain proficient in both clinical skills and technological applications. Regular assessments and ongoing training reinforce these competencies, fostering a well-rounded nursing workforce. Bridging generational preferences Japanese nursing also faces the challenge of catering to different generational preferences. While older nurses may prefer traditional methods like handwriting, younger generations are more inclined toward using digital devices. The JNA emphasizes the importance of creating a balanced approach that integrates both perspectives, ensuring that technology adoption is inclusive and supportive of all nurses. |
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