Indian Railways on the right track

The Indian Railways is the fourth-largest rail networks in the world. It has 67,368 kilometres of tracks and 22,550 trains that carry 22.24 million passengers, and 3.04 million tonnes of freight every day.

Electricity and diesel are primary sources of energy for the country’s trains. At present, around two-thirds of freight and more than half of passenger traffic in Indian Railways are carried by electric traction (engines). However, electric traction accounts for only 37% of the total energy expenses of Indian Railways.

Therefore, to reduce its dependence on imported diesel fuel and carbon emissions, the Indian Railways have launched a programme to speed up the electrification of Railway Lines. It plans for the complete electrification of Indian Railways in the next four years.

The Ministry noted 30,212 route kilometres (RKM) of railways are already electrified. Electrification work is in progress on 33,658 Route kilometres which includes 13,675 route kilometres that were sanctioned in September 2018.

The sanctioned cost of the electrification project is around US $4.2 billion (IN ₹29,486 crores).

With the complete electrification railway routes, the Indian Railway’s energy bill is expected to reduce by about US $1.8 billion per annum (IN ₹13,000 crores per annum). Furthermore, the consumption of fossil fuel (diesel) will reduce by about 2.8 billion litres, which will lessen the country’s import dependency.

Keeping in line the redevelopment of railways, according to another press release, the Ministry is providing Wi-Fi services in 715 railway stations in the country.

The Ministry aims to target the implementation of Wi-Fi services in 5,734 railway stations. RailTel Corporation of India Limited (RCIL), a public sector undertaking (PSU) under the Ministry signed an agreement with a private service provider to deliver free Wi-Fi at 438 stations in the country.

The RCIL has also signed a MoU with the Universal Services Obligation Fund (USOF) under the Department of Telecommunications (DoT) to provide Wi-Fi services to 200 rural railway stations.

Passengers can book tickets through the Indian Railway Catering and Tourism Corporation (IRCTC) mobile app, through various payment modes enabled by Government or private banks through Multiple Payment Providers. Presently, there are five Multiple Payment Providers available on the IRCTC mobile app.

Government-enabled payment gateways are net-banking, debit cards, credit cards, and Unified Payments Interface (UPI).

The Government has unveiled new software called the e-Drishti (Hindi for vision) interface. This software provides summary information about the train schedules. It also offers information on current trains running on the Indian Railway network.

Additionally, details of freight earnings, freight loading and passenger earnings for the previous day, month and cumulative for the year, in comparison to the corresponding period of the previous year are all available on the software.

Singapore, Indonesia Strengthen Ties

The Singapore-Indonesia Leaders’ Retreat is where Prime Minister Lee Hsien Loong recently met Indonesian President Joko Widodo. This was Prime Minister Lee and President Joko Widodo’s sixth Leaders’ Retreat, and it was the first one to be held in Singapore since the COVID-19 pandemic.

Both Leaders said again that Singapore and Indonesia are getting along very well. They both agreed that the relationship between the two countries had grown a lot during President Joko Widodo’s two terms in office. This gave them a solid foundation to work together in new ways that are deep, multifaceted, forward-looking, and good for both countries.

The Leaders were happy that all three agreements under the Expanded Framework had been ratified. These were the Agreement on the Realignment of the Boundary between the Jakarta Flight Information Region (FIR) and the Singapore FIR, the Treaty for the Extradition of Fugitives, and the Defense Cooperation Agreement.

The Leaders anticipated the next step of obtaining approval from the International Civil Aviation Organisation for the new arrangements under the FIR Agreement so that both countries could implement all three agreements at a mutually agreed upon date. The resolution of these long-standing issues demonstrates the maturity and strength of bilateral relations.

In addition, several Memorandums of Understanding (MoUs) have been signed by the two leaders to strengthen cooperation in various sectors. Renewable energy cooperation, sustainable urban and housing development, health cooperation, knowledge-sharing and capacity-building, and security and finance collaboration are among the MoUs.

These agreements are intended to improve knowledge-sharing and training, supplement existing expertise, and strengthen interpersonal ties between the two countries. The Leaders recognised the importance of continuing collaboration in traditional sectors like security and finance to build trust in their security and economic partnerships.

President Joko Widodo and Prime Minister Lee reaffirmed that bilateral relations are on a solid footing and agreed to expand cooperation in areas of mutual interest that are sustainable and forward-looking. To this end, the Leaders’ Summit witnessed the signing of six MOUs in emerging sectors such as the digital economy, sustainability, and human capital development, as well as in traditional areas such as security.

The Leaders noted the growth of the digital economy in Singapore and Indonesia because of cooperative projects such as Nongsa Digital Park in Batam. The Leaders applauded the MOU between the Singapore Ministry of Trade and Industry and the Indonesian Coordinating Ministry of Economic Affairs on the Tech:X Programme, which allows young tech professionals from both countries to pursue employment opportunities in the other country’s market. This will strengthen connections between the tech ecosystems of Singapore and Indonesia, allowing tech talent to pursue opportunities in the rapidly expanding digital economy.

Leaders concurred that bilateral cooperation should remain multifaceted and comprehensive. Recently, Singaporean and Indonesian businesses signed nine MOUs in the digital economy sector, including health technology and education technology. These are believed to strengthen commercial ties and augment bilateral cooperation in emerging sectors.

Prime Minister Lee and President Joko Widodo also discussed Indonesia’s ASEAN Chairmanship priorities. The two leaders discussed the situation in Myanmar and the path to membership for Timor-Leste.

The Prime Minister has reaffirmed Singapore’s total backing for Indonesia’s ASEAN Presidency. He thanked President Joko Widodo for his contributions to the bilateral relationship, and both Leaders reaffirmed their commitment to advance the bilateral partnership.

New Medical Equipment Production Facility Opens in Hong Kong

A prominent company in the medical imaging industry launched its new production facility in Hong Kong, situated at the MARS Centre within Tai Po INNOPARK. This marks the first time a significant medical equipment production facility has been established in Hong Kong, and it is now the largest MRI production base in Southeast Asia and the Greater Bay Area. The facility’s primary focus is on research and development, as well as the production of highly valuable neonatal and breast screening superconductor MRI systems.

The new facility occupies an area of 30,000 square feet at the MARS Centre, boasting advanced technologies, seamless logistics support, and a highly integrated manufacturing environment. In 2021, the Hong Kong Science and Technology Parks Corporation (HKSTP) repositioned the three industrial estates located in Tai Po, Yuen Long, and Tseung Kwan O as INNOPARKS, aiming to drive innovation, technology opportunities, and long-term economic development in Hong Kong through Innofacturing.

This new production facility is expected to significantly enhance the productivity of the company’s cutting-edge neonatal and breast screening MRI systems and aligns with Hong Kong’s Innovation & Technology Development Blueprint’s mission for New Industrialisation and high-value manufacturing.

During the opening ceremony of the new production facility, the Secretary for Innovation, Technology and Industry said that Hong Kong possesses distinct life sciences advantages and robust scientific research capabilities. The recent budget release by the Financial Secretary highlights the city’s strength in research and development while fully supporting the establishment of the second Advanced Manufacturing Centre (AMC) operated by HKSTP.

The government is actively promoting the interactive development of upstream, midstream, and downstream sectors to establish a robust foundation for New Industrialisation in Hong Kong. Time Medical’s one-stop shop, which includes R&D, design, production, and sales of high-value medical equipment in Hong Kong, provides significant support to the city’s industrial development.

The company’s Founder and CEO expressed gratitude towards the Innovation, Technology, and Industry Bureau, as well as the HKSTP for their unwavering support. He stated that the opening ceremony marks the company’s significant growth in Hong Kong. The first batch of pediatric MRI systems manufactured in Hong Kong will be used in leading hospitals across the globe. These innovative pediatric products will soon emerge as a premium ‘Hong Kong Brands’ and will be exported to various regions, including Asia, Europe, and the US, he predicted.

The Chairman of HKSTP expressed that the organisation has been actively promoting the “R&D to Innofacturing” concept to cultivate a new generation of high-end manufacturing in Hong Kong. This approach is expected to boost the Hong Kong brand and create more employment opportunities for young people.

He added that he anticipates more innovative I&T companies will make significant contributions in Hong Kong, the Greater Bay Area, and beyond, showcasing their R&D achievements and unleashing numerous possibilities for Hong Kong Innofacturing.

The new production facility in Hong Kong will be used to manufacture the dedicated superconductor MRI system, Neona, designed to serve neonates optimally. The neonatal magnetic resonance imaging (MRI) system is a patented product of the company, using original revolutionary technology. It has officially obtained approval from the US Food and Drug Administration (FDA) and has also been honoured with the Geneva International Invention Award. Neona is lightweight, compact in size, safe, and reliable, making it suitable for adoption by around 8,000 different neonatal intensive care units (NICUs) worldwide. It offers dedicated and radiation-free diagnoses for infants.

Developed by the company’s engineering team based at Hong Kong Science Park, Neona is the first high-end medical device “Innovated, Designed, and Made in Hong Kong.” It is slated to be exported to the US, Europe, and mainland China, bolstering the Hong Kong brand in the global medical market.

New Zealand Plans to Advance Manufacturing Sector

Stuart Nash, New Zealand’s Minister for Economic Development, has unveiled an initiative to expand and modernise the country’s high-tech manufacturing industry rapidly. One of eight Industry Transformation Plans (ITPs) designed to boost productivity and performance in vital economic sectors is the Advanced Manufacturing ITP.

The plans lay out the steps that may be taken to increase innovation and productivity across the country, which in turn will lead to higher incomes and living standards without causing inflation. Every one of New Zealand benefits from the Plan, not only the areas that have been hit particularly hard by recent natural disasters.

About 10% of New Zealand GDP, 10% of the country’s employment, and 73.5% of its exports are all tied to the advanced manufacturing sector. Around half of these positions are outside of New Zealand’s major cities.

There is a lot of unrealised potential in the advanced manufacturing industry that might boost productivity, create high-paying employment, and aid in the shift towards a more environmentally friendly and competitive economy. “This plan lays out the steps necessary to get there,” Stuart Nash explained at the Plan’s launch in Auckland.

There is also widespread agreement that immediate action is needed to boost capital investment in innovative manufacturing and to train and recruit a diversified pool of workers capable of producing high-quality goods for high wages.

To get started on some of the Plan’s urgent recommendations, the government has allocated $30 million (about US$18.61 million). Included in this is $2.9 million (US$1,8 million) for company-specific support to achieve circular low-emissions manufacturing, $4 million (US$2.48 million) to upskill manufacturing workers in digital skills, and $3.65 million (US$2,26 million) for advice on adopting advanced technologies and processes.

Co-Chair of the Advanced Manufacturing ITP Steering Committee and CEO of the Employers and Manufacturers Association, Brett O’Riley, emphasised the need for a solid collaboration approach to the strategy.

He claims that with continued cooperation, New Zealand companies can develop innovative manufacturing capabilities on par with international leaders, increasing output and boosting earnings. Rachel Mackintosh, Vice President of the New Zealand Council of Trade Unions Te Kauae Kaimahi, Assistant National Secretary of E T, and Co-Chair of the Advanced Manufacturing ITP Steering Committee, agreed.

According to her, the ITP will pave the way for more individuals to pursue careers in advanced manufacturing. New Zealand has the potential to tap into the innovative potential of its varied manufacturing workforce to create a prosperous and long-lasting manufacturing sector.

The manufacturing industry has recently seen a rise in the prevalence of “advance manufacture” initiatives. For example, at Batu Kawan, Penang, Malaysia, an EMS provider has declared intentions to build a Smart “Lights-Out” Factory 4.0. The plant will manufacture new 5G Advanced High-Speed Optical Signal Transmitter and Receiver Optical Modules. The plant will use photonics and semiconductor technologies via a technology transfer with its US-based client.

As part of the U.S. Department of Energy (DOE), scientists at Argonne National Laboratory have developed a unique approach to employing machine learning to detect defects in metal components produced by additive manufacturing. Due to its potential for early flaw identification and defect prediction in 3D printed materials, the innovative technology has the potential to impact the additive manufacturing sector significantly.

Users can save time during inspection since the new technology can inform where pore flaws might be within the part, even if the building process isn’t halted. The team hopes to look at more sensors that can detect additive manufacturing mistakes in the future. Therefore, they need to build a system that can immediately identify and address production issues, educate end users on the nature of the problem and provide guidance on how to repair it.

Singapore: Tech-Driven Transportation for a Sustainable Workforce

The Land Transport Industry Transformation Map (ITM) 2025 was unveiled by Minister of Transport S Iswaran. Developed by the Land Transport Authority (LTA) in close collaboration with industry and union partners, the updated Land Transport ITM aims to create a sustainable and resilient land transport sector, a workforce that is future-ready, and a thriving ecosystem.

The Land Transport ITM 2025 will assist the industry in overcoming the immediate challenges of labour shortages and decarbonisation. It aims to accomplish three strategic outcomes, including A Future-Ready Workforce, A Sustainable and Resilient Land Transport Sector, and A Reliable and Cost-Effective Transport System through Innovation and Technology.

“Talent development and skills upgrading for workers remain key to the land transport sector’s transformation and resilience,” says Chee Hong Tat, Senior Minister of State, Ministry of Transport and Co-Chair of the Future Economy Council (FEC) Connectivity Cluster. The LTA is collaborating with public transportation operators and unions to prepare workers for new challenges, ensuring that the workforce remains productive and future-ready.

The land transport industry, a critical pillar in enabling connectivity that supports the economy, can only do so thanks to the efforts of its employees. With over 100,000 employees, the workers perform a variety of roles such as bus captains, bus mechanics, customer service officers, railway engineers, station managers, and point-to-point (P2P) drivers.

The nature of work will also change as technology and digitalisation advance. As a result, under the revised ITM, the LTA will collaborate with the National Transport Workers Union (NTWU) and public transportation operators to train rail workers to use new and emerging technologies such as data and statistical analytics, as well as condition monitoring, to increase efficiency and productivity.

Since 2020, the Rail Manpower Development Incentive has helped over 2,900 workers improve their skills. Faults, for example, can be detected and physical checks reduced using video monitoring and image analysis.

Additionally, they are gradually enhancing the skills of their bus captains and technicians to operate electric buses. To create appropriate training programmes on cleaner energy buses for the bus workforce, the Singapore Bus Academy (SGBA) has been collaborating with pertinent stakeholders, including bus suppliers, Institutes of Higher Learning, NTWU, and bus operators.

To prepare the workforce to support Singapore’s push for vehicle electrification, LTA will also keep up its close collaboration with partners in the private transportation sector, such as tertiary institutions. Also, LTA will keep urging commuters to use public transportation or active transportation options under Walk Cycle Ride. By enhancing the infrastructure for EV charging and fortifying the EV regulatory framework, LTA is also encouraging greater adoption of EVs.

To increase the effectiveness of the land transportation system, industry and academic partners will use an open innovation strategy to draw on outside ideas. This includes decentralising data and working with others to develop creative solutions that will improve operational procedures and promote environmental sustainability.

To simplify outreach to industry partners, the LTA introduced the Land Transport Innovation Portal in September 2022 as a one-stop shop for all innovation-related issues. To assist partners in better understanding LTA’s requirements and identifying opportunities for co-innovation and collaboration, the portal disseminates operational problem statements from LTA as well as details on upcoming innovation events.

Additionally, it points potential innovators to the LTA DataMall’s data resources, which include over 130 static and dynamic datasets as well as a newly expanded catalogue of “On-Request Datasets” in an effort to spur more original ideas that can meet the needs of the land transportation industry.

New Smart Factory to Launch in Batu Kawan, Malaysia

A provider of Electronic Manufacturing Services (EMS) has announced plans to construct a Smart ‘Lights-Out’ Factory 4.0 in Batu Kawan, Penang, with an estimated cost of RM180 million. This development is expected to bring about significant changes in the Northern Peninsular region.

The factory will be involved in the production of Optical Modules, which are new 5G Advanced High Speed Optical Signal Transmitter and Receiver components for 5G wireless networks. The factory will use photonics and semiconductor technologies acquired through technology transfer from its US-based customer.

Construction of the Batu Kawan plant began in January 2023 and is expected to facilitate the first-ever technology transfer in Southeast Asia. This development is expected to enhance the skillset and competitiveness of the local workforce, and the plant is anticipated to hire around 1,000 highly skilled individuals once completed in the first half of 2024.

As part of their expansion plan announcement, the provider welcomed a delegation from the Malaysian Investment Development Authority (MIDA) to their location in Sg. Petani. The delegation was led by the Deputy Chief Executive Officer (Investment Development) and included the Senior State Executive Council Member (Kedah) and a Member of Parliament from Kubang Pasu, Kedah.

The EMS provider which currently employs approximately 3,000 staff, (representing about 1% of the Sg. Petani population), has expressed its intention to collaborate with local universities and colleges in actively training fresh graduates to become industry-savvy. Their “hire local first” policy prioritises employing Malaysians from the surrounding area, thus reducing their dependency on foreign labour.

The Deputy Chief Executive Officer (Investment Development) of MIDA extended congratulations to the EMS provider, stating that they are pleased to see the company actively collaborating with local universities and colleges to train fresh graduates and improve their industry knowledge.

The company’s “hire local first” policy was also applauded for providing job opportunities to Malaysians in the surrounding area and reducing dependency on foreign labour, which in turn enhances the livelihoods of locals. These expansion plans are in line with the National Investment Aspirations (NIA) of attracting high-value investments to promote sustainable and comprehensive economic growth.

She added that Malaysia welcomes the firm’s expansion project, which utilises cutting-edge 5G technology, aligning with the government’s mandate for MIDA to drive the rapid digital transformation of the manufacturing sector. This development is expected to lead to improvements in productivity, job creation, and the enhancement of the skill set of Malaysians.

The new plant will implement the Lights-Out methodology, creating a fully networked environment that digitises material flow for autonomous manufacturing. A remote team of highly specialised experts will be responsible for data management, production planning, and quality control.

In addition to the Batu Kawan plant, the EMS provider is expanding its presence by constructing Smart Warehouses and an International Procurement Centre, which will feature Kedah’s first Vendor Management Inventory (VMI) system. These facilities, with a total cost of RM40 million, will cater to the provider’s own growing requirements and those of the surrounding industrial clusters in Sg Petani, Kedah, and Batu Kawan, Penang. The completion of these facilities is expected to be in 2024.

According to the firm’s Chief Executive Officer (CEO), the development of smart facilities is timely, given the Group’s expansion journey. The company has progressed from providing Printed Circuit Board Assembly (PCBA) and full-product box-build assembly to producing upstream 5G routers and soon 5G optical modules.

The provider aims to collaborate more closely with government authorities and agencies such as MIDA to increase the economic value of the state. Their current plant in Sg. Petani has already benefited from grants that encourage exports and innovation, and they hope to receive continued support for their future expansion plans.

In addition to grants, they appreciate open sessions for dialogue and feedback on current policies, so that government agencies can stay informed about the latest developments and challenges faced by industry players and formulate mutually-beneficial solutions.

AI, Innovation to Improve Public Service in Indonesia

President Jokowi stressed the need for constant innovation for ministries, agencies and regional governments to speed up services. Rising public expectations will be challenging to achieve without creative problem-solving.

Abdullah Azwar Anas, Minister of Administrative and Bureaucratic Reform (PANRB) said that new ideas are essential to enhancing the standard of government services. However, Anas emphasised that creating a new application for every breakthrough is unnecessary. Since there are presently over 27,000 applications for various public services from several government organisations, they have already been developed.

“It’s encouraging to see the government adopting new approaches to delivering services to make life easier for its constituents. But a new app development effort is not mandatory. No longer is there a ‘one invention, one use’,” he said when inaugurating the 2023 Public Service Innovation Competition (KIPP) Launch.

According to Anas, innovation should simplify people’s lives, not make them more difficult. Minister Anas has stated that integration and interoperability are essential in the future. Both are following the plans of the SPBE Electronic-Based Government System, as directed by President Joko Widodo. Single sign-on at digital public service malls (MPP) is a step towards simplifying all kinds of processes.

“In other words, gone are the days when locals seeking service A first downloaded app A, then manually created account A by entering extensive personal information. Accessing Service B requires using Application B; if you don’t already have a Service B account, you must make one and enter your information again. As well as the others. The populace is in disarray with thousands of service applications today,” he noted.

Furthermore, the government has carried out a digital transformation of public services using artificial intelligence to give convenient services to the community (AI). Diah Natalisa, Deputy for Public Services at the Ministry of Apparatus Empowerment and Bureaucratic Reform (PANRB), has emphasised the importance of digital services and how they improve the efficiency and accessibility of government programmes.

Diah explained that the Indonesian National Artificial Intelligence Strategy 2020-2045 has already been formed. It identifies five priority sectors with promising prospects for AI’s advancement, application, and exploitation. Artificial intelligence innovations are first used in the healthcare industry to improve response times, increase patient numbers served, and lower overall healthcare costs.

Patients can allegedly access medical care via telemedicine without physically going to a clinic or doctor’s office. In addition, there are various ways to employ AI in the realm of bureaucratic reform, such as creating ChatBots that can provide 24-hour, two-way dialogue with the general public.

Meanwhile, Diah argued that the potential for the future growth of artificial intelligence would lead to precision learning in education. Learners’ routine actions are considered with their mental and emotional faculties and physical abilities.

Then, artificial intelligence can be applied to satellite photos in food security to determine which locations have access to electricity and which do not. It’s been theorised that this hypothetical can also be used to catalogue the crops cultivated in a particular region and forecast the yield of each crop.

AI will also help the future of transportation and intelligent urban planning. Diah presented the example of using AI for smart traffic management solutions to guarantee locals’ safe and efficient movement from one place to another.

The Ministry of Administrative and Bureaucratic Reform is developing the Public Service Portal. The portal system’s AI will be optimised to predict and fulfil each user’s needs based on their unique traits.

Monash University Partners to Boost MedTech and Healthcare Innovation

A significant partnership between a leading Victorian university and a top global hospital is poised to elevate MedTech breakthroughs and contribute to the enhancement of healthcare. The Minister for Industry and Innovation, Ben Carroll, witnessed the signing of a Memorandum of Understanding (MoU) between Monash University and Sheba Medical Center in Tel Aviv, Israel. The MoU aims to foster research and development of more inclusive healthcare systems and MedTech manufacturing prospects in Victoria.

The Australian government will provide approximately AU$ 200,000 to Monash University’s Victorian Heart Institute in support of the MoU. The funding will facilitate access to cutting-edge technology, accelerate the adoption of new treatments for cardiovascular diseases, and help combat one of the leading causes of mortality worldwide.

The largest university in Australia, Monash University earned the title of the world’s best in Pharmacy and Pharmacology in 2022, becoming the first Australian institution to achieve this distinction. Meanwhile, Sheba Medical Centre acknowledged as one of the top hospitals globally has gained expertise in artificial intelligence (AI), robotic surgery, digital imaging and telemedicine. These capabilities were established through its in-house innovation hub.

This partnership is anticipated to improve the delivery of healthcare in Victoria and create opportunities for local companies to generate employment in MedTech research, manufacturing, and export.

Australia has extended support to various significant MedTech initiatives, including the Australian Medtech Manufacturing Centre (AU$20 million), mRNA Victoria, and MedTech startups through LaunchVic and the Breakthrough Victoria Fund. Victoria’s MedTech sector contributes AU$ 21.4 billion in revenue, AU$ 3.5 billion in exports and sustains around 31,400 jobs.

The Minister for Industry and Innovation expressed his approval of the partnership between Monash University and Sheba Medical Center, citing its potential to attract more investment to Victoria’s MedTech sector and enhance healthcare for Victorians.

The Minister for Health remarked that partnering with a global leader in digital health innovation such as Sheba Medical Center presents an excellent opportunity for Victoria.

The Deputy Vice-Chancellor of Monash University highlighted the institution’s history of translating research into practical applications, underscoring that the partnership is another step towards improving health outcomes through the integration of research and translation.

The Director-General of Sheba Medical Centre stated that that the partnership aims to advance healthcare and promote economic growth while shifting the future of medicine towards prevention.

The Medical Technology market is expected to generate revenue of approximately US$579.40 billion by 2023. The largest segment of the market is Medical Devices, which is projected to reach a market volume of US$470.60 billion in 2023. Despite a regression in revenues in 2020 due to decreased routine medical treatments apart from COVID-19 treatments, the market has bounced back strongly in 2021. The market is expected to exhibit an annual growth rate of 4.91% between 2023-2027, resulting in a market volume of US$701.90 billion by 2027.

The increasing prevalence of chronic diseases and the emphasis on early diagnosis and treatment by healthcare agencies are among the factors driving growth in the medical technology market. The Medical Technology market is essential to the healthcare sector, with a focus on diagnosing and treating health problems, conducting genetic research and improving physical mobility. Its multifunctional usage and health improvement attributes make it a key player in the industry with steady growth.

March 23, 2023

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Indian Railways on the right track

Singapore, Indonesia Strengthen Ties

New Medical Equipment Production Facility Opens in Hong Kong

New Zealand Plans to Advance Manufacturing Sector

Singapore: Tech-Driven Transportation for a Sustainable Workforce

New Smart Factory to Launch in Batu Kawan, Malaysia

AI, Innovation to Improve Public Service in Indonesia

Monash University Partners to Boost MedTech and Healthcare Innovation

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