Innovation and technology contributes to growth in Singapore tourism sector

2018 marked another strong year for Singapore’s tourism sector, with both tourism receipts and visitor arrivals achieving new highs. The core tourism industries of BTMICE, Hotels, and Cruises also posted strong results.

Chief Executive of Singapore Tourism Board (STB), Mr Keith Tan, said, “We are pleased that Singapore’s tourism sector performed well in 2018 despite some economic uncertainties. We were fortunate to have benefited from a confluence of positive factors such as strong Asia-Pacific travel demand, increased flight connectivity to Singapore, and various high-profile events. It is also heartening to see our marketing efforts and collaborations with industry partners bearing fruit.”

STB continued its next wave of marketing activities, building on the momentum of the Passion Made Possible global tourism campaign. STB targeted specific passion tribes in emerging markets such as Myanmar, Vietnam and Russia, organising various activities such as a pop-up art and augmented reality technology showcase , karaoke booths and exclusive parties to shine the spotlight on what Singapore has to offer in arts and culture, as well as in nightlife and entertainment.

To further enhance the visitor experience and drive spending, STB also embarked on new strategic marketing partnerships with partners such as Changi Airport Group, Alipay, Spotify and Sentosa Development Corporation. These partnerships led to improvements such as more cashless payments, attractive stopover packages and destination-related music recommendations for overseas visitors.

STB helps travel agents through digital transformation

The FinLab, a joint-venture between United Overseas Bank (UOB) and SGInnovate, announced its collaboration with the Singapore Tourism Board (STB) and National Association of Travel Agents Singapore (NATAS) last year to help travel agencies advance their businesses through a digital transformation programme for businesses.
Through the three-month acceleration programme, travel agencies learn how to identify the areas that hinder growth and which can be resolved through technology. They are also guided on how to apply digital solutions to address their needs.

Mr. Steven Ler, President, NATAS, said, “As we move into the digital economy, it is important for the travel industry to innovate so ensure that it continues to benefit from growth opportunities in the long-term. One of the ways to do so by collaborating with partners that have the expertise to help our travel agents develop digital competences.”

Measures to promote technology adoption and work towards Smart Hotels

The Singapore Tourism Board (STB), together with the Hotel Innovation Committee (HIC) led by the Singapore Hotel Association (SHA), launched several projects at the end of last year as part of continuous efforts to encourage technology adoption and innovation by hotels, as well as improve job processes across the industry. The efforts aim to boost productivity – which has grown about five per cent annually since 2015 – and create higher value-added jobs to attract and retain talents in the hotel industry.

Launched by the HIC with the support of STB, the Smart Hotel Technology Guide outlines the vision of a smart hotel and identifies the relevant technologies for hotels to realise this vision with a focus first on front-of-house operations.

Cashless Sentosa for Chinese visitors

This year, Alipay, Sentosa and the Singapore Tourism Board (STB) announced the launch of Alipay’s payment solutions across 70% of the merchants that participate in the Sentosa Islander Membership programme. This makes Sentosa the first major integrated leisure destination in Singapore to go cashless for Chinese visitors.
The Alipay payment service, which is popular with Chinese users, is entering Sentosa at a time when China is growing in importance as a key source market for Singapore – it was the top market for visitor arrivals (1.7 million), as well as tourism receipts (SGD2 billion) for Singapore in the first half of 2018.

These are just a few examples of how Singapore’s Tourism Board is constantly innovating using the latest technologies and rolling out initiatives to help keep key industries digitally skilled to keep Singapore on top of the Tourist Destination charts.

Singapore to Enhance SME Cybersecurity

Senior Minister of State Dr Janil Puthucheary expressed his appreciation for the Singtel Cyber ELEVATE programme, highlighting its focus on bolstering cyber resilience among Small and Medium Enterprises (SMEs). This initiative demonstrates the importance of collective efforts in nurturing a strong cybersecurity ecosystem.

SMS Janil emphasised the critical role cybersecurity plays in realising Singapore’s Smart Nation vision. Trust in digitalisation and technology is paramount for individuals, businesses, and the nation as a whole. Maintaining this trust hinges on robust cybersecurity measures, as one breach can erode confidence and deter digital adoption.

The article underscores the significance of cybersecurity for businesses, both large corporations and SMEs. Just as individuals rely on technology for convenience and efficiency, companies harness digitalisation to reduce costs and explore new opportunities. However, poor cybersecurity can undermine trust, dissuading customers and employees from engaging with a business’s digital tools.

While SMEs may perceive cybersecurity as a daunting challenge due to limited resources, they possess an advantage in their relatively smaller attack surface. Implementing basic cybersecurity measures, such as antivirus software and data backups, can significantly improve their security posture. The government, through the Cyber Security Agency (CSA), offers resources and support to help SMEs enhance their cybersecurity.

The article also highlights CSA’s Chief Information Security Officers (CISOs)-as-a-Service scheme, which provides SMEs with funding support and tailored cybersecurity plans. The Cyber Essential and Cyber Trust marks, part of a certification scheme, enable organisations to demonstrate their commitment to cybersecurity, differentiating them in the market.

SMS Janil encourages businesses to adopt these cybersecurity initiatives, emphasising that cybersecurity is a collective effort that involves the government, industry, and the community. The Singtel Cyber ELEVATE Programme is cited as a prime example of such collaborative efforts. The programme offers workshops and incident response assistance to SMEs, with substantial funding support through SSG grants.

By stressing that cybersecurity is fundamental for Singapore’s digitalisation journey and calling on all stakeholders to contribute to strengthening the nation’s cyber defences. The Minister emphasises that active participation and commitment to cybersecurity are essential for collective advancement and a secure digital future.

Further, OpenGov Asia recently reported that the enduring warmth between Singapore and Canada finds new purpose in their robust bilateral cooperation, now extending to the realm of cybersecurity through the renewed Canada-Singapore Cybersecurity Memorandum of Understanding (MoU). This partnership underscores the paramount importance of a secure cyberspace.

One key aspect of this agreement is the facilitated exchange of critical cybersecurity information, enabling both nations to swiftly share threat intelligence, indicators, and best practices. This real-time sharing equips them to respond effectively to emerging cyber threats.

Also, the MoU places a strong emphasis on skill development, recognising the rapidly evolving nature of cybersecurity. By investing in the growth of their cybersecurity professionals, Canada and Singapore ensure they stay well-prepared and up-to-date with the latest techniques and technologies, fortifying their cyber defences.

Capacity building is another significant facet of the MoU. It empowers both nations to develop the necessary capabilities for rapid cyber incident response, including tools, processes, and expertise.

Beyond national borders, this collaboration has global implications, strengthening both countries’ positions in international cybersecurity discussions and partnerships. It underscores the importance of international cooperation in addressing the borderless challenge of cybersecurity.

The MoU also protects important assets and business interests in both countries, which is important for keeping the economy stable and safe in today’s digital, interconnected world.

India Tests Cell Broadcast Alert System

The Department of Telecommunications (DOT), in partnership with the National Disaster Management Authority (NDMA), will conduct extensive testing of the Cell Broadcast Alert System. This effort is aimed at strengthening emergency communication during disasters and enhancing safety measures to protect the public.

The Cell Broadcast Alert System is an advanced technology that enables authorities to disseminate vital and time-critical disaster management messages to all mobile devices in specific geographic regions. This includes both residents and visitors, ensuring that crucial emergency information reaches as many individuals as possible promptly.

Government agencies and emergency services employ Cell Broadcasts to inform the public about possible threats and deliver vital updates during critical situations. This technology is commonly used for issuing emergency alerts like severe weather warnings (tsunamis, flash floods, earthquakes), public safety notifications, evacuation instructions, and other critical information.

The Cell Broadcast Alert System will undergo rigorous testing with multiple telecom service providers. These tests will be conducted periodically in various regions across the country to evaluate the emergency alert broadcasting capabilities of different mobile operators and cell broadcast systems for efficiency and effectiveness. As part of this endeavour, tests are being conducted in different states across India, with Punjab being the next state on the testing schedule for 29 September.

In a press release, DOT said that it is responsible for formulating developmental policies to accelerate the growth of the telecommunications sector in India. “Our mission is to ensure access to affordable and effective telecommunications services for all citizens while promoting innovation and safeguarding national security interests.”

The proliferation of digitalisation in both service and manufacturing domains has ushered in a global transformation. In recent years, the demand for digital connectivity has grown, and this vital role was highlighted during the pandemic, when there was a surge in demand across user segments, regardless of their geographical locations.

The Telecom Regulatory Authority of India (TRAI) has been overseeing the quality of telecom services nationwide through comprehensive studies and by issuing directives to stakeholders to improve facilities. Although there have been notable enhancements in the coverage of telecom services outdoors, there are still gaps in meeting the expected quality of service within buildings, whether they are residential or commercial areas.

Ensuring the quality of telecommunication services within buildings is a vital aspect of safeguarding consumer interests. TRAI has already implemented several policy initiatives, including the Recommendation issued on 20 February 2023, regarding the “Rating of Buildings or Areas for Digital Connectivity.” These recommendations establish an introduction for building ratings, aiming to deliver a satisfactory digital connectivity experience to consumers through a collaborative and self-sustainable approach.

To establish a regulatory framework, TRAI has indicated in its observations that it intends to develop the necessary regulations for the Rating of Buildings. It recently issued a consultation paper titled “Regulation on Rating Framework for Digital Connectivity in Buildings or Areas.” It deliberates on the regulatory measures needed to implement a rating framework.

The paper underscores the necessity of a rating system that not only caters to the current consumer expectations but is also adaptable for future expansion and upgrades. It should allow for evolving technologies and shifts in user demands. The paper also explores the benefits of a rating framework for end-users, service providers, and the broader ecosystem.

The consultation paper provides an overview of the ‘Rating Framework for Digital Connectivity’ based on international practices and existing rating frameworks such as GRIHA or Credit Rating in India. The consultation paper along with draft regulations have been uploaded to TRAI’s website, seeking inputs from the stakeholders and telecom consumers. Written comments will be accepted by 10 November and counter-comments by 24 November.

IIT-Madras: Responsible AI for Trustworthy 6G Networks

The Centre for Responsible Artificial Intelligence (CeRAI) at the Indian Institute of Technology, Madras (IIT-Madras) has announced its collaboration with a prominent private telecommunications company for joint research endeavours in the realm of Responsible AI.

The private company entered into an agreement to become a Platinum Consortium Member of CeRAI for five years. Under this partnership, it will provide support and actively participate in all research initiatives carried out by CeRAI. AI research is of high importance to the telecommunications company, given that AI algorithms will play a crucial role in the autonomous operation of 6G networks.

IIT-Madras partners for joint research in the area of Responsible AI
Image credit: Indian Institue of Technology, Madras

6G and future networks aim to seamlessly integrate the physical and digital realms, facilitating immersive AR/VR experiences. With AI-managed sensors bridging the gap between humans and machines, responsible AI practices become imperative to uphold trust, fairness, and privacy compliance. The focus of the project revolves around pioneering advanced techniques that augment trust and transparency in AI algorithms for the greater benefit of the public. The partnership aligns with the government’s vision for the Bharat 6G programme.

An official noted that future networks will facilitate easier access to high-performing AI systems. It is imperative to embed responsible AI principles right from the inception of these systems. Many critical applications will be deployed on mobile phones and other devices through these networks. New research is required to ensure that AI models and their predictions are explainable and to provide performance guarantees that align with the applications they serve.

IIT-Madras held a Symposium on Responsible AI for Networks of the Future to commemorate the partnership. It brought together officials from the private company and IIT-Madras to engage in discussions about advancements and innovations for responsible AI. According to an official from IIT-Madras, research in AI will produce the tools necessary for running future businesses. IIT-Madras is committed to conducting impactful translational research in partnership with industry stakeholders. During the symposium some of the current research activities being carried out at CeRAI were showcased, including:

Project on Large-Language Models in Healthcare:

It identifies biases shown by these models, develops scoring methods to assess their practicality in real-world applications, and mitigates biases within LLMs. Custom-scoring methods are being crafted based on the Risk Management Framework (RMF) outlined by the National Institute of Standards and Technology (NIST), a U.S. federal agency dedicated to advancing measurement science and standards.

Project on Participatory AI:

It addresses the black-box nature of AI across different stages, including the pre-development, design, development and training, deployment, post-deployment, and audit stages. Drawing inspiration from fields like urban planning and forest rights, the project studies governance mechanisms that empower stakeholders to offer valuable insights to improve the accuracy and reliability of AI and raise concerns about potential adverse effects.

Project on Interpretability of Attention-Based Models:

It delves into the intricacies of generative AI models based on attention mechanisms, which have garnered substantial attention because of their outstanding performance in tasks like machine translation, image summarisation, text generation, and healthcare. However, the models are complex and difficult for users to interpret. The project explores the conditions under which these models are accurate but fail to be interpretable, the development of algorithms to enhance their interpretability, and understanding which patterns in the data these models tend to learn.

New Zealand: AI Advancing Cancer Diagnosis

Te Whare Wānanga o Waitaha | University of Canterbury (UC) Professor Ramakrishnan Mukundan and PhD candidate, Andrew Davidson, from the Department of Computer Science and Software Engineering are collaborating with Dr Gavin Harris, an Anatomical Pathologist at Canterbury Health Laboratories. Together, they employ high-resolution digital images of human tissue samples to enhance cancer diagnosis.

“This technology allows us to enhance image processing methods, enabling the automatic identification of features that pathologists find relevant. With images containing 60,000 pixels, we have an extraordinary level of tissue detail and a vast amount of data,” explained Professor Mukundan.

Currently, in New Zealand (Aotearoa), pathologists primarily examine tissue samples under a microscope. They then utilise their expertise to analyse the cancer and produce a diagnostic and treatment report. However, this approach is inherently subjective.

Emerging image processing algorithms represent a leap forward in analysing highly detailed, high-resolution images, offering the capability to scrutinise minute structures, including down to the level of individual cell nuclei. This breakthrough technology plays a pivotal role in identifying and quantifying diagnostically significant characteristics, a task that is often impractical for pathologists to perform manually, according to Professor Mukundan.

The potential of computational pathology goes beyond mere automation. These advanced algorithms can assess various tissue attributes, recognising different pertinent patterns and correlations that might otherwise escape human observation.

Professor Mukundan further emphasises that with the aid of this technology, pathologists will no longer need to seek out these features within the images actively. Instead, the algorithms will autonomously identify and highlight them, providing valuable additional tools and information to facilitate the diagnostic and evaluative processes.

Dr Harris is optimistic about harnessing whole-slide images of human tissue to enhance the precision of cancer treatments for patients. “By adopting a computational approach, we can measure the characteristics present in tissue samples with a level of accuracy that surpasses current methods. This, in turn, paves the way for a more personalised approach to cancer care,” notes Dr Harris.

Currently, the research relies on digitised tissue samples sourced from online repositories to train the algorithms. Human expertise is still essential to ensure the accuracy of the algorithm outputs.

Professor Mukundan explains that the algorithm’s training process involves extracting pertinent features from training data, which is the foundation for building a comprehensive knowledge base. Subsequently, this knowledge is employed to categorise tissue sample images that have yet to be encountered.

Upon concluding the training phase, the research team can evaluate the algorithm’s performance and accuracy in collaboration with pathologists, making any necessary adjustments.

The team has secured recent funding, enabling them to access scanned whole slide images of tissue samples. This valuable resource aids in assessing the algorithms’ effectiveness. The grant supports a detailed analysis to validate the algorithm further using an entirely new test dataset.

As part of his PhD, Davidson has been involved in algorithm development, experimental analysis, and result validation. According to him, the results obtained so far suggest that the new systems under development have the potential to enhance health outcomes for cancer patients significantly. This improvement hinges on developing more precise diagnostic and classification schemes essential for formulating effective treatment strategies.

The research team’s goal is to finalise their work by the end of 2024, culminating in creating a machine learning algorithm capable of accurately identifying cancer subtypes.

Cutting-Edge Robotics Facility in NSW

An innovator in artificial intelligence (AI) for robotic and navigation technologies has unveiled a cutting-edge AI robotics facility for autonomous systems situated at UTS Tech Lab. Located in Botany, New South Wales (NSW), this facility is designed to expand the production of the company’s groundbreaking navigation systems for GPS-denied environments, including its digital fibre-optic gyroscope (DFOG) technology.

The company holds a unique position globally, being one of only four companies capable of manufacturing strategic-grade fibre-optic gyroscopes. This technology plays a pivotal role in enabling dependable navigation for a wide range of applications, spanning marine vessels, space missions, aerospace, defence, autonomous vehicles, and flying taxis. The company leverages its distinctive AI-based physics algorithms to address intricate challenges both on Earth and in space.

This state-of-the-art robotics facility for autonomous systems signifies a significant transformation in sovereign manufacturing, driven by advanced technologies such as AI, automation, and precision engineering. In the realm of autonomous systems, precision and reliability are paramount, and the facility, following a vertical integration model, is equipped with machinery and processes for automated manufacturing supported by machine learning. This guarantees the consistent production of reliable, resilient, and high-quality navigation systems.

Moreover, the company’s initiative aligns with the Federal Government’s ongoing commitment to cultivating a diverse STEM workforce, as it is poised to stimulate job growth in areas such as robotics, manufacturing, photonics, mechatronics, mechanical engineering, and related fields.

Additionally, the facility will serve as a hub for extensive research collaborations between the company and UTS Tech Lab. This collaboration is set to expedite the commercialisation of various socially impactful technologies, including:

The LiDAV system, which offers precise three-dimensional velocity and altitude information for lunar exploration, enhancing autonomous landing procedures and exploration on the moon.
Cloud Ground Control, a groundbreaking cloud-based solution enabling remote command and control of uncrewed vehicles across air, land, and sea, facilitating real-time monitoring and data management for applications in search and rescue, emergency response, and disaster relief.
An indoor positioning technology developed by the company to assist visually impaired individuals in navigating safely within underground train stations, as part of the NSW Small Business Innovation and Research (SBIR) program.

According to Xavier Orr, Co-founder and CEO of Advanced Navigation, there exists a pressing necessity to enhance Australia’s economic complexity and sovereign capabilities. He emphasises the importance of bolstering industrial capacity in high-tech sectors, promoting knowledge exchange, and fostering collaborative efforts among government agencies, academic institutions, and industry leaders.

The Co-founder and CEO of the company underscored the innovator’s mission to commercialise technologies that can tackle significant global challenges.

The Vice-Chancellor and President of UTS conveyed UTS’s enthusiasm for collaborating with the company to explore crucial growth areas such as AI, robotics, and space technologies. He emphasised the collaborative effort between UTS’s esteemed global research leaders in autonomous systems technology and Advanced Navigation’s proficient team of scientists and engineers.

The use of UTS Tech Lab’s advanced facilities and their joint commitment to enhancing sovereign capabilities for defence and space were also highlighted. He looks forward to expanding collective capabilities with the company to accelerate the development of impactful innovations.

The collaboration aligns closely with the goals of the Australian government to enhance the nation’s economic resilience and sovereign capabilities. By focusing on high-tech industrial capacity, knowledge exchange, and collaborative initiatives, the partnership contributes to building a robust foundation for innovation and self-reliance. It strengthens Australia’s position in critical sectors like AI, robotics, and space technologies, which are pivotal for national security and economic growth. This aligns with the government’s strategy to invest in advanced technology sectors and cultivate a skilled workforce, ultimately fostering economic complexity and ensuring Australia’s competitiveness on the global stage.

OpenGov Asia reported that Western Sydney University entered into a collaborative partnership with an automation company and an Australian non-profit organisation dedicated to robotics. This agreement aims to foster innovation, facilitate joint research endeavours, and promote collaboration in line with their shared regional vision for western Sydney.

Singapore: Changi Pay Eases Travel Payments

Visiting China has just become more convenient for Singapore residents, thanks to an innovative feature added to the Changi Pay digital wallet. Launched in 2021 by Changi Airport Group (CAG), a wholly-owned subsidiary under the purview of Singapore’s Ministry of Finance. This digital wallet has introduced a game-changing collaboration with a fintech company and an innovative technology provider.

One of the most significant benefits of this collaboration is the ability for Changi Pay users to make secure payments at a wide range of merchants in China. The focus is on leveraging a third-party mobile and online payment platform in China, where mobile payments through QR codes have become vastly more popular than traditional methods involving cash or conventional bank cards.

Lim Peck Hoon, CAG’s Executive Vice President for Commercial, expressed her enthusiasm about the collaboration and its positive outcomes, stating, “We have been turbocharging our digitalisation efforts to enhance the travelling experience for our passengers, and we are proud to see this collaboration bear fruit.”

One of the immediate advantages that users will appreciate is the ability to transact in China without incurring the typical transaction fees associated with overseas credit card payments. This is a significant boon for travellers who often find themselves burdened by extra charges when making purchases abroad. Changi Pay has effectively eliminated this hassle, allowing users to enjoy their shopping and dining experiences without worrying about hidden fees.

Besides, Changi Pay has gone the extra mile by providing users with attractive exchange rates. This means that when making payments in China, users will benefit from favourable rates, ensuring that their money goes further. This is a practical advantage that can significantly enhance the overall travel experience, making it more affordable and enjoyable.

Further, Changi Pay has introduced an enticing incentive for its users. Those who opt to make payments in China using the digital wallet will receive e-vouchers. These vouchers can be redeemed for purchases at Changi Airport upon their return, effectively offering users extra value for their spending. It’s a win-win situation that adds another layer of appeal to using Changi Pay for international transactions.

This collaboration has not only streamlined international payments but has also aligned perfectly with CAG’s overarching mission to elevate the traveller’s journey through digital innovation. By addressing the pain points associated with overseas transactions, Changi Pay has demonstrated its commitment to making travel more convenient, cost-effective, and rewarding for its users.

Digital wallets streamline the entire travel payment process, eliminating the need to carry bulky wallets filled with cash and numerous payment cards. This convenience not only simplifies transactions but also enhances the overall travel experience by reducing stress and hassle.

Likewise, digital wallets often offer favourable exchange rates and eliminate or reduce transaction fees typically associated with foreign currency payments. This translates to savings for travellers, allowing them to allocate their budgets more efficiently.

Hence, digital wallets have evolved into tools that modern travellers simply cannot do without since they provide a streamlined, risk-free, and time-saving solution for them to manage the financial aspects of their trips.

Also, digital wallets increase the excitement and accessibility of exploration by making travel more comfortable, cost-effective, and rewarding. Because of this, digital wallets are quickly becoming an essential companion for travellers all over the world.

HKUMed’s Journey into AI and Digital Learning

The LKS Faculty of Medicine at the University of Hong Kong (HKUMed) is integrating technology into its teaching and training methods. Over the past decade, HKUMed has formed its own multimedia production team to create interactive online teaching materials.

The launch of simulation wards at the Academic Building on Sassoon Road in 2022, equipped with high-fidelity simulators, has significantly advanced nursing education and interprofessional education, garnering recognition with the ‘Teaching and Learning Strategy of the Year’ award at THE Awards Asia 2023.

HKUMed was also among the pioneers in Asia to introduce extensive point-of-care ultrasound (POCUS) education, providing senior medical students with portable devices for skill development in ultrasonography for bedside assessment and therapy. Furthermore, the institution has embraced cutting-edge augmented and virtual reality facilities for enhanced human anatomy education, ensuring students have continuous access to immersive learning experiences.

Image: : HKUMed is adopting cutting-edge technology, simulation wards, and AI integration to modernise healthcare education.
Image Credits: HKU, Press Release

The Dean of Medicine at HKU emphasised the need for health professional students to broaden their perspective beyond clinical competence by appreciating the humanities in medicine and understanding sectors such as big data, artificial intelligence (AI), and informatics, which are transforming healthcare. He expressed gratitude to a philanthropist for his generous support to enhance AI integration into medical teaching, helping HKUMed maintain its excellence in training future healthcare professionals.

The transformative impact of AI on the world and the importance of meaningful applications in healthcare research, medical curricula and services to develop new therapies and enhance health and quality of life were stressed. He expressed his pleasure in supporting initiatives aimed at popularising AI education in Hong Kong and empowering the younger generation to utilise AI innovatively in education.

The philanthropist donated HK$30 million to HKUMed to support AI education, and in response, the institution committed to investing an additional HK$30 million to expand its digital learning capabilities, including hardware, software, and human resources, to further develop AI medical education. Scholarships and grants will be established to assist financially needy students and reward those excelling in AI learning.

The Director of Education Technology at HKUMed outlined plans to enhance health professional students’ digital health competencies through curriculum expansion. Initiatives include incorporating Generative AI (GenAI) technologies to simulate realistic patient scenarios, fostering a multimodal learning experience, and improving history-taking, clinical reasoning, and interpersonal skills. AI will also be used to capture and analyse interactions during teaching and assessments, providing timely feedback to enhance teaching, learning practices, and inter-professional health education.

Since the curriculum reform in 2019, HKUMed has involved students in innovative teaching and pedagogical developments through the ‘Student in Medical Education’ initiative, promoting a culture that recognises teaching as part of professional development. Active student participation in AI advancements continues through the Generative AI Resource Hub, a student-educator partnership initiative aimed at enhancing GenAI literacy for students and faculty members.

With the donation and matching fund, the enhancement of digital learning capacity at HKUMed will better prepare tomorrow’s healthcare professionals to meet society’s healthcare needs and safeguard public health in the future.

The initiatives undertaken by the LKS Faculty of Medicine at the University of Hong Kong (HKUMed) align with the broader efforts of the Hong Kong Special Administrative Region (HKSAR) government to promote innovation and technology in various sectors, including healthcare.

HKUMed’s focus on integrating AI and digital learning into medical education contributes to the HKSAR’s goal of becoming a hub for technological innovation, fostering a skilled workforce capable of addressing the region’s healthcare needs and advancing the application of AI in healthcare services, thus reinforcing Hong Kong’s position as a leader in innovation and education.

OpenGov Asia reported earlier that HKPC Academy collaborated with a specialist company to incorporate interactive training content and hands-on exercises into the programme. This addition aims to make the programme more practical and industry-relevant, providing participants with the skills needed to master cutting-edge educational technologies and application solutions.

September 29, 2023

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Innovation and technology contributes to growth in Singapore tourism sector

STB helps travel agents through digital transformation

Measures to promote technology adoption and work towards Smart Hotels

Cashless Sentosa for Chinese visitors

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