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This story is only available in Chinese. For more information on the subject, please visit the Facebook page of Civil Service Bureau.
The 2022 Post-Secondary Student Summer Internship Programme has been launched. The Programme provides internship placement opportunities for students who are permanent residents of the Hong Kong Special Administrative Region of the People’s Republic of China and enrolled in full-time accredited post-secondary programmes offered by post-secondary institutions in or outside the Hong Kong Special Administrative Region.Bureaux/departments would advertise their internship placement opportunities (where applicable) on their respective departmental websites and CSB's website. In addition, they may make arrangement with individual post-secondary institutions to nominate students for the Programme. List of job vacancies is updated constantly, the following vacancies are still open for application as at 18 May 2022： Job Number：45514 Department：Leisure and Cultural Services Department Job Title：Post-Secondary Student Summer Internship Programme 2022 - Leisure Services Branch Salary：HKD$10500 Per Month Closing Date ：19/05/2022 18:00:00 Apply Now Job Number：45515 Department：Transport Department Job Title：Summer Intern Salary：HKD$10500 Per Month Closing Date ：18/05/2022 23:59:00 Apply Now Job Number：45551 Department：Invest Hong Kong Job Title：Summer Intern of Invest Hong Kong (Ref: SI/01/2022) Salary：HKD$10500 Per Month Closing Date ：19/05/2022 17:00:00 Apply Now Job Number：45553 Department：Education Bureau Job Title：Summer Intern [Educational Psychology Service - 1 (Psychology, Counselling / Guidance)] Salary：HKD$10500 Per Month Closing Date ：27/05/2022 18:00:00 Apply Now Job Number：45554 Department：Education Bureau Job Title：Summer Intern [Educational Psychology Service - 2 (Multimedia Design)] Salary：HKD$10500 Per Month Closing Date ：27/05/2022 18:00:00 Apply Now Application procedures Students who are interested in the placement opportunities advertised may download the standard application form or use the prescribed application forms as provided by individual bureaux/departments (where applicable) and submit their applications to 1) the recruiting bureaux/departments or;2) their respective institutions according to the methods as set out in the advertisements. (*Please follow the application procedures set out in the advertisements) (**To safeguard personal data privacy, students are reminded not to submit their personal data other than through the above channels)(***Please note the deadlines set by the respective institutions)
This story is only available in Chinese. For more information on the subject, please visit the Facebook page of Civil Service Bureau.
This story is only available in Chinese. For more information on the subject, please visit the Facebook page of Civil Service Bureau.
(*The video above is in Cantonese) A Personal Secretary II is mainly deployed to a bureau or department to carry out secretarial duties, which may involve word processing, assisting superiors in scheduling meetings and tasks, handling enquiries and providing office support. To let you know more about the work of Personal Secretary II, David, who currently works as Personal Secretary II, will share his experience working in this post for a year and a half. Official recruitment page
The City Gallery located in Central is the first planning and infrastructure gallery in Hong Kong. Resuming full operation in May 2021 after partial renovation, the gallery now houses a number of new interactive games and selfie spots. Here is a brief introduction.New interactive and fun elementsHong Kong is developing rapidly. To keep up with the pace, the City Gallery has replaced various exhibits and facilities on the G/F, 3/F and 4/F with more interactive and fun elements. Ms Chan Hau-yin, Margaret, Chief Town Planner (Atg.) of the Planning Department, says that the visitors’ refreshing experience starts right at the moment they step into the gallery, as the “Planning Eye” next to the reception counter will take them on an amazing journey to explore the challenges and opportunities faced by Hong Kong in the course of city development, and display our planning vision through the interactive videos shown on the eyeball-shaped LED and 3D geographic model of Hong Kong combined with audiovisual effect. The models are made with great precision in every detail. The aircrafts and vessels projected go along the same flight paths and fairways as in the real world. Development experiences of different citiesNear the “Planning Eye” are the new interactive exhibits “City Impression” and “Great World Cities”. With the touch screens, visitors can compare Hong Kong with other cities in terms of urban form, population density and their skyscrapers, and learn about the good practice of some cities in achieving sustainable development goals, e.g. the Cheonggyecheon Stream in Seoul, South Korea; the “SMART Tunnel” (Stormwater Management and Road Tunnel) in Kuala Lumpur, Malaysia, and the experience in zero emission gained by Copenhagen, Denmark. A time-journey reflecting the course of developmentNew items have been added to the 3/F after the renovation, including the interactive “Planning Timeline” and “Coastlines & Skylines”, which show visitors the development and changes in Hong Kong and along the Victoria Harbour since 1900. One level up on the 4/F, the old and new photos shown on the touch screens of “Hong Kong Now and Then” enable visitors to visualise the evolvement of different places in our city. The “Treasure Hunt”, another section on the same floor, displays miniature models of modern and old buildings, passenger carriers of different periods and playground delights of the old days, such as the merry-go-round, as well as the long and tall metal slide. Inclusive facilities in the galleryMs Margaret Chan says that, taking the people-oriented approach, the City Gallery has incorporated various inclusive facilities to suit the needs of different age groups and people with disabilities. For instance, in a commanding position overlooking the Victoria Harbour on the 4/F stands an architectural illustration of the Victoria Harbour. It is equipped with a tactile-audio interaction system to let visually impaired visitors appreciate the features along both sides of our harbour through touching, braille dots and audio descriptions. Moreover, the “Community Lounge” on the same floor provides a cosy environment with seats where visitors can relax and read books about town planning and infrastructure development. The City Gallery is a unique exhibition venue. It briefs the public on the major planning proposals and infrastructure projects in Hong Kong, as well as the development directions of our city. The Government will encourage the public to visit the gallery, and to join hands to make Hong Kong a liveable, competitive and sustainable Asia's world city. (The video is in Cantonese) (The video is provided by Development Bureau)
In order to mitigate flood risks in Yuen Long town centre, the Drainage Services Department (DSD) constructed a “canal”, Yuen Long Bypass Floodway. Constructed with quite a number of improvement designs and engineering technologies, this man-made channel has beautified the environment and provided a new habitat for numerous plant and animal species while minimising flood risks at the town centre.Intercepting 40% of the runoff in the Yuen Long CatchmentYuen Long Plain is a low-lying area with significant flood risks in the past. In 2006, the DSD completed the construction of Yuen Long Bypass Floodway at the south of Yuen Long Town. This 3.8 kilometres long and over 20 metres wide man-made channel can intercept 40 percent of the runoff in the Yuen Long catchment, which is diverted straight to Kam Tin River and then discharged to the sea without passing the nullah at the town centre. To control the water level of the Bypass Floodway and to prevent water downstream from flowing back into the channel, a system of dry weather flow pumping station and inflatable dam was built at the downstream end of the Bypass Floodway and ahead of its intersection with Kam Tin River. At times of heavy rainfall, the dam will automatically deflate and lower to allow flood water upstream to flow into Kam Tin River to reduce flood risks. Adopting a series of eco-friendly designsAccording to Engineer of the DSD, Mr Ng Yat-fei, while proactively enhancing the level of flood protection, the DSD has also strived to introduce the concept of river revitalisation. Various eco-friendly elements have been specifically incorporated into the design of Yuen Long Bypass Floodway to beautify the channel and promote eco-conservation. For example, its flow is directed to pass through different regimes to slow down the speed for providing a natural habitat for plants and animals. Besides, the DSD has also created spaces to artificially encourage plant growth at the bottom and slope of the Bypass Floodway. “Grasscrete” paving adopted downstream is an example. Cavities throughout the concrete surface at the bottom of this man-made channel are filled with soil for plants to grow, enhancing the channel’s aesthetic value with thriving greenery. Engineered wetland as large as 10 full-size football pitchesThe DSD has also engineered a piece of wetland in the downstream area of Yuen Long Bypass Floodway. With its 7 hectares area, the wetland is as large as 10 full-size football pitches. Various plant species are grown in this wetland, forming a favourable wetland habitat for birds, amphibians (such as frogs), bats, dragonflies, etc., which in turn enhances biodiversity. In addition, the dry weather flow of the Bypass Floodway will first pass through the oyster shell pond, crushed bricks and reed bed in the wetland for natural filtration and purification, reducing nutrients in the water to prevent red tides.According to results of continuous monitoring, over 130 plant species grow in the wetland and 115 species of birds were once recorded to have settled there. Since its completion, Yuen Long Bypass Floodway has not only been an upgrade of drainage capacity but also a great improvement to the overall habitat of the area. Disseminating information on river conservationConservation of river channels forms part of the work of the DSD, which has been disseminating relevant information through different means. One of the examples, says Mr Ng Yat-fei, is the guided tours of Yuen Long Bypass Floodway and the engineered wetland, which have been rather popular. Schools or organisations may enrol on the tours through the DSD’s website. With guidance and explanation from the docents, participants are able to get on-site knowledge about flood prevention works and biodiversity conservation. The DSD has set up the Nam Sang Wai River Education Trail that begins at Castle Peak Road in Yuen Long and winds around Nam Sang Wai. It takes about 2 hours to complete the entire trail of 5.5 kilometres long. Along the trail, there are information panels explaining the river training works and ecological aspects. You can also check out the “DSD Facilities Online Tour” on the DSD’s website to explore the DSD’s work on flood prevention and environmental protection through the 360-degree panoramic photos and albums of high-definition photos. (The video is in Cantonese) (The video is provided by Development Bureau)
Historical records of the Hong Kong’s quarrying industry date back to 1841. In the 1940s, illegal mining was quite rampant in Hong Kong. In response, the Mines Section was established under the Labour Department in 1951 to regulate local mining operations. Subsequently, after a number of restructuring and renaming, the Mines Section was placed under the Civil Engineering and Development Department (the then Civil Engineering Services Department) in 1991 and is now called the Mines Division.Rock Extraction – from manual stone breaking to rock blastingMr Cheng Wai-shun, Wilson, Geotechnical Engineer of the Geotechnical Engineering Office (GEO), says that quarrying in the early days mainly relied on workers to use hammers, chisels and wedges to break stones off the rock mass, and then crush them one by one with a hammer, a process known as “stone breaking”. Later, the industry has adopted “controlled blasting” for quarrying, a reliable method to blast natural rocks with explosives, which can enhance efficiency. The blasted rocks will then be carried to rock crushers for further crushing, screening and sorting into aggregates for various construction uses, including the production of concrete and asphalt. From “mountain cutting and rock breaking” to fireworks displays In the course of the blasting work of “mountain cutting and rock breaking”, the safety of the public, workers and surrounding facilities must be ensured. In the early 60’s, the then Mines Department (previously known as the Mines Section) started to regulate the use of explosives on land pursuant to the Dangerous Goods Ordinance. Nowadays, apart from managing the operation and safety of quarries, as well as reviewing the strategy of local aggregate supply, the Mines Division is also responsible for the regulatory control of Category 1 Dangerous Goods, and the operation of the Government Explosives Depots in Kau Shat Wan on Lantau Island and Sha Tin Heights. As fireworks also fall under the category of dangerous goods, colleagues from the Mines Division are present at every fireworks display to provide technical support all along to ensure it goes smoothly and safely. Safety is the top priority in blasting proceduresBlasting is necessary for many works projects in Hong Kong. Take the relocation of the Sha Tin Sewage Treatment Works to caverns in Nui Po Shan of A Kung Kok as an example, blasting has to be carried out in conjunction with other construction methods in both the excavation of caverns and access tunnels.Senior Explosives Officer of the GEO, Mr Ng Siu-ming, says that site operators are required to apply for and obtain approval from the Mines Division before each blast. The Mines Division is also responsible for the regulatory control of storage, conveyance, installation and detonation of explosives to ensure safety. For example, adequate protective measures such as the setting up of blast doors, blast cages and vertical screens have to be implemented at the site, so that flyrock will not be ejected from the blast locations and fall onto other areas. He shares with us that the control of explosives is of utmost importance to the safety of the public and, for this reason, safety regulations must be strictly adhered to and enforced to ensure that safety is the top priority in every step of a blasting operation. Outlook of local quarry industryThe quarry industry has a long history in Hong Kong. Deputy Head of the GEO, Mr Thomas Hui, says that local quarries mainly serve Hong Kong’s construction industry in two aspects. First, they provide a local supply of aggregates - maintaining an appropriate level of local production to avoid over-reliance on imported aggregates and providing stockpile for contingency. Second, surplus rocks generated from works projects can be recycled in quarries for production of aggregates, turning waste into resources. After the end of quarrying business and completion of the required rehabilitation works, a quarry site will release a large piece of land to meet various socio-economic needs of Hong Kong. Recent examples are Anderson Road Quarry, Jordan Valley Quarry and Shek O Quarry.At present, the Lam Tei Quarry is the only existing quarry operating in Hong Kong. To sustain the production of local aggregates, the Government is in the process of undertaking feasibility studies on development of new surface quarry sites with a view to dovetailing with the closure of Lam Tei Quarry. In addition, studies are being undertaken to assess the feasibility of developing underground quarrying-cum-cavern development as a new initiative for the quarry industry. (The video is in Cantonese) (The video is provided by Development Bureau)
When walking along Bonham Road, have you noticed the white school premises with a curved facade? Despite the simple silhouette, the aesthetic school premises are full of distinctive features. With 80 years of history, this pre-war building has all along been serving educational purposes. Having once been the premises of a post-secondary college, it is now home to the Bonham Road Government Primary School. In July 2021, the Government declared the school premises as a monument.School premises with 80 years of historyThe Bonham Road campus was built between 1940 and 1941 to serve as the premises of the Northcote Training College, the first full-time teacher training college in Hong Kong. During the Japanese occupation period, the college was closed and the site was used as the headquarters of the Japanese Military Police. In 1946, the Northcote Training College was reopened and moved to Sassoon Road in 1962. The Bonham Road campus was then used by the United College of The Chinese University of Hong Kong until the college's relocation to Sha Tin in 1971. Following the completion of its renovation in 1973, the Bonham Road campus was returned to the then renamed the Northcote College of Education (NCE). The NCE used the site as its sub-campus until its amalgamation into The Hong Kong Institute of Education and relocation to a new campus in Tai Po in 1997. This historic building has been home to Bonham Road Government Primary School since January 2000. Streamline Moderne buildingExecutive Secretary of the Antiquities and Monuments Office, Ms Siu Lai-kuen, Susanna, tells us that the campus’ main building is a three-storey concrete structure with a basement. Built in an E-shaped plan, it comprises a long centre portion and a wing on each end with a symmetrical layout. The main building is a typical example of Streamline Moderne architecture, characterised by curves and horizontal lines and functionality with minimal ornamentation. The most distinctive feature of the building is the central spiral staircase with a curved facade facing Bonham Road. The timber doors, timber/steel-framed windows with their ironmongery, cement tiles with terrazzo finishes, as well as timber floorboards inside the main building are examples of historic building elements, and are kept in very good condition. Main building’s basement once as air-raid sheltersThe Bonham Road campus has all along been serving educational purposes. At present, the trace of the name “Northcote Training College” could still be identified on the facade of the main entrance of the main building. It is also worth noting that two air-raid shelters, both with an airlock which could be used as a means of escape, were built in the basement during the construction of the main building. At present, the shelters are used as a library and an activity room. Air-raid shelters with this design are quite rare in the existing historic buildings in Hong Kong.School’s endeavour to promote heritage conservation To conserve Hong Kong’s historic buildings, apart from efforts of the Government, public participation is just as important. The Bonham Road Government Primary School endeavours to promote heritage conservation in the campus. Ms Man Lai-ying, the incumbent principal of the Bonham Road Government Primary School and alumnus of the NCE, says that the school has specifically incorporated elements about historic buildings into its school-based curriculum, so as to strengthen the students’ awareness of conservation. Yuen Yui-lai, Primary 6 graduate of the school, remarks that taking part in project learning has deepened his understanding of conserving historic buildings, as well as of the school’s history and architectural features. Endeavours to preserve campus artefactsMr Fung Yuen, former chairman of the NCE Past Students’ Association, introduces another artefact of the school. The Foucault Pendulum, named after the French physicist Jean Bernard Léon Foucault, he says, is an astronomical device installed during the construction of the school, to demonstrate the Earth’s rotation. The pendulum hangs from the ceiling at the spiral staircase. Apart from arousing students’ interest in physics, it also serves as a totem, one of the campus artefacts properly preserved by the school. Ms Man Lai-ying, the principal, says that the school has been teaching students to conserve heritage with care. Students would, for example, use fishing lines to hang notices or students’ works at those windows with historic value to avoid causing damage to the windows.Indeed, government resources alone are not enough for the conservation of historic buildings; just as vital is collaboration with stakeholders in society, such as owners of private historic buildings and the public at large, to enhance the awareness and emphasis of the whole community on conservation of historic buildings. (The video is in Cantonese) (The video is provided by Development Bureau)
“I think as a Statistical Officer II, besides possessing certain knowledge of statistics, the most critical personal attribute is his/her keen interest in socio-economic issues since most of our work is closely related to our daily lives and economy." Katy, Statistical Officer II of Census and Statistics Department.“In our everyday work, we should always stay clear-headed, be prudent, have thorough understanding of statistical concepts and be sensitive to changes in figures, in order to compile accurate statistics." Sing, Statistical Officer II of Census and Statistics Department.Please watch our video to find out more information about the work of Statistical Officer II of Census and Statistics Department and its career prospect. Organisation chartOfficial recruitment page
Deeds are vital documents to property owners. They are not just about property interests. Banks will take into account information on the land register when processing mortgage applications from property owners. To safeguard the interests of property owners, deeds have to be registered at the Land Registry (LR). Two Land Registration Officers will talk about the deeds registration process and how the LR improves the quality and efficiency of its service with modern facilities and their one-stop deeds registration service.Preventing secret and fraudulent conveyancesThe main roles and responsibilities of the LR are registration of documents affecting land and provision of land records for public search. Miss Yung Ngo, Kris, Land Registration Officer II of the LR says that land registers are maintained and made available to members of the public to prevent secret and fraudulent conveyances. Registration of a deed secures its priority over unregistered deeds and deeds registered after it. Upon registration, the relevant interest in a property is recorded on the land register. Handling about 500 000 deeds yearly on averageThe LR currently handles about 500 000 deeds on average every year, the majority of which, relates to sale and purchase of properties, such as sale and purchase agreements, assignments, mortgages, etc. The number of these documents is an important indicator of the transaction volume in the property market.Regarding the deeds registration process, according to Miss Wong Hoi-ling, Eva, Land Registration Officer II of the LR, first of all, solicitors’ firms will lodge the deeds, together with their corresponding memorials and registration fees to the deeds lodgement counter for registration. On average, about 2 000 deeds are lodged for registration at the LR every work day. Upon receipt of the deeds, colleagues of the Registration Section will input the key information of the corresponding memorials into the computer system within the same day. Particulars of the deeds including the nature and date of the instrument, as well as the consideration will be shown in the “Deeds Pending Registration” section of the land register of the property concerned on the following day for online search or counter search at the LR’s search offices by members of the public and industry practitioners such as solicitors’ firms, banks, property agents, etc. Accurate and transparent land recordsNext, colleagues of the Registration Section will scrutinise the deeds and their corresponding memorials to ensure that the requirements under the Land Registration Ordinance and the Land Registration Regulations are complied with before completing their registration. The land register of the property will then be updated accordingly. Miss Eva Wong says that for sale and purchase of properties, it is very important to maintain accurate and transparent land records. Through conducting land search, a prospective buyer will know about the registered owner(s) of a property and its incumbrances (for example, subsisting mortgages, outstanding building orders, etc.), which will help protect his/her interests. Advanced imaging techniqueAs a final step, registered deeds will be imaged at the Central Imaging Centre (CIC) with advanced imaging technology for storage in a computer system to enable the public to place orders for imaged copies online or at the LR’s search offices in person. The deeds will be returned to the lodging solicitors’ firms after the imaging process is completed.Four high-speed scannersMiss Kris Yung says that the CIC is currently equipped with four high-speed scanners, each being able to scan more than 100 pages per minute. Different modes can be adopted for scanning colour plans. To further enhance the workflow of deeds registration, the CIC was relocated from Sha Tin to 17/F, Queensway Government Offices in October 2020, so that the imaging process can be conducted with the lodgement and registration processes under one roof. Not only can it save the processing time and operating costs for delivery of deeds between the two offices, but it can also help shorten the time required for completion of the entire deeds registration process, thereby enhancing the service standard of the LR. Committed to enhancing servicesIn fact, the LR has launched various services in recent years to strengthen the protection of the interests of property owners, such as the “Property Alert” service and the “e-Alert Service” for subscription by banks to help prevent mortgage frauds, etc. Colleagues of the LR will continue to strive for excellence to provide quality land registration services to the public. (The video is in Cantonese) (The video is provided by Development Bureau)
Results of the Quality Building Award (QBA) 2020 were announced at the award presentation ceremony held earlier. The Hong Kong Children’s Hospital (HKCH), designed and built by the Architectural Services Department (ArchSD), won both the top Quality Excellence Award and the Grand Award of Hong Kong Non‐Residential (New Building ‐ Government, Institution or Community) Category. This time, the Director of Architectural Services, Ms Ho Wing-yin, Winnie, and Project Director of the ArchSD, Mr Li Kiu-yin, Michael, are invited to introduce the design and architectural features of the HKCH. Chairman of QBA 2020 Organizing Committee, Prof. Mok Kwok Woo, Peter, will tell us how the HKCH won the highest accolade.Design with heart and care The HKCH won the highest accolade this year. The Director of Architectural Services, Ms Winnie Ho, says she is very pleased that the ArchSD has won this top award, and it truly means a lot. Construction of the hospital has been a very complicated project involving the provision of various functions and services - on the one hand, the project team has to meet the needs of medical professionals and ensure smooth operation of the hospital; on the other hand, the team needs to think from users’ perspective to incorporate care, love and warmth into the design, in order to provide a comfortable and welcoming atmosphere for child patients, their families, as well as the staff so as to facilitate treatment and daily work. A hospital that tells storiesMs Winnie Ho says that thanks to the project team, the HKCH is elaborately decorated in and out with animal patterns and decorations, making it “a hospital that tells stories”. As child patients walk into the hospital, take the lifts and arrive at the wards, they are all the way accompanied and guided by animal patterns or decorations here and there. The soft colours of the patterns and decorations also help reduce their anxiety. In addition, different types of animals are featured on different floors. For example, there is a “monkey floor” and a “panda floor”. Apart from guiding child patients and their families to the right floors, the adorable animal patterns and decorations may also be used by medical staff and patients’ families for storytelling to help relieve the stress of child patients. Overall greenery coverage of 40 percentMoreover, the HKCH project received platinum certification, the highest rating, under Hong Kong’s Building Environmental Assessment Method Plus (BEAM Plus). Ms Winnie Ho tells us that, although the hospital is located at a site with a large area, many facilities have to be provided within it. Therefore, the project team worked hard to have climbing plants planted along the sides of the buildings to increase greenery coverage by vertical planting. The HKCH has an overall greenery coverage of 40 percent, exceeding the minimum requirement of 30 percent for the Kai Tak Development Area. Vertical greening can serve as a building’s insulating lagging, regulate temperature and humidity of the site, as well as filter dust and reduce noise. More complicated to work at heightTalking about the challenges during the construction process of the HKCH, Project Director of the ArchSD, Mr Michael Li, says that about 5 000 workers worked together at the same time when construction was proceeding at full steam because the hospital occupies a large area of about 170 000 square metres. This scale can be said to be unprecedented for the ArchSD. Another challenge of the project is the construction of two sets of elevated footbridges. One set, spanning over 60 metres, is located at the top of the hospital. The other set is a twin-bridge with an upper and a lower deck that is more than 40 metres long on the second and third floors. After the relevant modules were transported to the site, they had to be lifted to their respective floors one by one for welding. Having to work at height to build the footbridges was a relatively complicated part of the project.Gaining valuable experience from building a hospital Mr Michael Li tells us that, from the beginning when they were building the children’s hospital, they had to improvise by trial-and-error most of the time. After the commissioning of the hospital, he has been told that medical staff and children consider that the medical services are running smoothly and that the animal motifs and soft colours can help ease or redirect negative feelings. The overall design of the children’s hospital gives people a feeling different from what they get in other hospitals. He says that he was inspired in many ways during the construction process, and will draw on this valuable experience when the ArchSD constructs similar buildings in future. Building with heart and careChairman of QBA 2020 Organizing Committee, Prof. Peter Mok, says that they received a total of 49 submissions this year, the highest number ever. Among these submissions, the construction of a hospital is relatively more complicated. The ArchSD project team has created an environment similar to home in the entire hospital so that child patients may find it easier to deal with the pressure arousing from their illness. On top of that, the hospital is running smoothly thanks to an architectural design that fully accommodates the needs of a hospital. As the judging panel feels that all members of the project team have put their heart into the project and built the hospital with care, the grand award goes to the ArchSD.Apart from the HKCH, other Grand Award winner projects are, One • ArtLane (Hong Kong Residential (Single Building) Category); On Tai Estate Public Rental Housing Development (Hong Kong Residential (Multiple Buildings) Category); Victoria Dockside (Hong Kong Non-Residential (New Building – Non-Government, Institution or Community) Category); and Tai Kwun – The Centre for Heritage and Arts (Hong Kong Building (Renovation/Revitalisation) Category). (The video is in Cantonese) (The video is provided by Development Bureau)
Hong Kong is a dense and compact city. A garden in the downtown area can no doubt offer people a quiet respite from the hustle and bustle of the city and promote healthy living. After redevelopment, the Sai Lau Kok Garden, located at the centre of Tsuen Wan, presents visitors with a refreshing and pleasant change both inside and outside. Staff members from the Architectural Services Department (ArchSD) explain how they gave the old-fashioned garden that used to sit at a corner a makeover by applying innovative design ideas, turning it into a popular recreational space for people.“Opening up” the hidden parkCommissioned in 1987, the Sai Lau Kok Garden occupies an area of 2 748 square metres. Despite its proximity to Tsuen Wan Mass Transit Railway (MTR) Station, its usage rate was relatively low due to the lack of same-level direct access from the MTR Station and the footbridge networks in the district. The redevelopment project began in November 2016. One of the project team’s main considerations was how to “open up” the garden which had been hidden among buildings to make it visible to the public again. According to Architect of the ArchSD, Mr Lo Yee-cheung, Adrian, before redevelopment, the garden, besides being surrounded by buildings, was enclosed on four sides by walls that were 2.5 metres tall. Taking the redevelopment opportunity, architects removed the walls and replaced them with greening barriers that are about 1 metre tall to separate the garden from neighbouring roads, creating a more open view and improving air ventilation in the community at the same time. “Raising” the garden to enhance accessibilityMoreover, when designing public open spaces, it is very important to consider the accessibility issue. To address the accessibility issue of the Sai Lau Kok Garden, the ArchSD has “raised” half of the garden’s area to turn it into a podium garden with connection to the footbridges in the district and direct access to the entrances/exits of the MTR Station to create a highly accessible network. One of the footbridges connecting the garden is a uniquely designed suspension footbridge that links up with existing footbridges on Castle Peak Road with direct access to a public transport interchange and bus terminus. Since the garden is split into an upper and a lower level, a number of staircases are built on both sides to facilitate public access. A special feature: inverted glass coneAfter redevelopment, the Sai Lau Kok Garden has changed quite a lot both inside and outside. Mr Adrian Lo tells us that since the local community had been requesting the provision of additional indoor venues at convenient locations for organising small- to medium-scale activities, a multi-purpose activity room and a covered multi-purpose venue were built to meet the needs of the community. Once you enter the interior space, you will see a skylight with special features in the shape of an inverted glass cone in the foyer. The inverted glass cone is the design highlight of the entire project, which not only facilitates natural ventilation and lighting but also brings the outdoor scenery to the interior space for an enhanced sense of spaciousness. Materials bringing out natural and gentle feelingFor material selection, the project team has used fair-faced concrete and traditional Chinese kiln-fired grey bricks as the main construction materials and decorated the interior walls and screens with wooden slats, bringing out the natural, gentle and comfortable feeling. Moreover, the interior’s high headroom design facilitates natural ventilation, thereby reducing the use of air-conditioning. Sunlight can also enter the premises through the glass and skylight, in turn reducing electricity consumption for illumination and enhancing the sense of indoor spaciousness. In addition, the facilities of the garden are meticulously designed by the project team. For example, handrails and seat backs are installed on the benches beside planters to assist the elderly in standing up and sitting down. An oasis in the downtown area of Tsuen Wan To mitigate the heat island effect is the main challenge in building design. The architects have introduced a green building design that incorporates green elements into the redevelopment project. For example, nets with climbing plants are set up at the garden centre to increase shaded areas. The elaborate overall planning also comprises the retention of 13 original trees of various species in the garden and the planting of shrubs and lawns to provide shade for the public and create an oasis in the downtown area of Tsuen Wan. Senior Architect of the ArchSD, Mr Tsang Wai-lun, says that after redevelopment, the Sai Lau Kok Garden not only provides comfortable space for leisure and activities but also injects new vibrancy into the community to serve as a good place for local residents to play, rest and get together. (The video is in Cantonese) (The video is provided by Development Bureau)
The stability of water supply is more valued amid the epidemic. Consumer Services Inspectors of the Water Supplies Department will set off for site visits across the city and assist in solving water supply problems if needed. They safeguard the stability of our drinking water supply. Thank you, Consumer Services Inspectors! (The video is in Cantonese)
Hygiene is the top priority in our fight against COVID-19. Thanks to the joint efforts of all the staff from the Water Supplies Department, water quality is ensured. In the midst of the epidemic, Waterworks Chemists have to keep their minds clear and be precise throughout the monitoring process. Let’s salute these guardians of our drinking water! (The video is in Cantonese)
There is a large number of trees in the territory. Different tree species can be seen along roadsides and in parks. For trees to grow healthily, apart from the comprehensive risk assessment and regular maintenance of trees carried out by tree management departments, the co-operation of the public is also very important. The Development Bureau (DEVB) is now launching a scheme of tree labels with QR codes, hoping to raise public awareness of trees and their maintenance so that Hong Kong people can work together to reduce the risk of tree failure. Currently, about 1.7 million trees in Hong Kong are under the regular maintenance of the Government and amongst them, about one million are in areas of high pedestrian and vehicular traffic flow. In view of the wide distribution of trees in the territory, the Government adopts an “integrated approach” for tree management, under which departments are responsible for managing the trees in the facilities and land within their purview, so that appropriate routine tree maintenance can be carried out having regard to the characteristics and locations of different trees. On the other hand, trees located on private land are under the care of respective private lot and property owners.Facilitating the public to report problematic treesThe DEVB has been actively exploring ways to apply smart technologies in tree management to enhance its efficiency and effectiveness. Displaying tree labels with QR codes is one of the new initiatives. Tree Management Officer, Ms Chan Yuen-man, Paula, of the DEVB says that through the use of QR codes, the scheme brings convenience both to the public in reporting problematic trees and to the DEVB in providing more tree knowledge, such as tree species, whether the species are indigenous or foreign, tree characteristics and other fun facts. The work to display QR-coded labels has commenced and will be completed in phases. The DEVB expects to first display QR-coded labels on about 200 000 trees along roadsides in early 2022. Tree labels placed at pedestrians’ eye levelsMr Chan Yuen-king, Paul, Landscape Architect of the consulting company implementing the scheme, tells us that tree labels with QR codes will be hung on trees at the eye level of pedestrians. Tree labels carry basic tree information including Chinese, English and botanical names. The labels mainly have two functions. Firstly, in case a problematic tree is found, the public can report to the authorities by, for example, calling 1823. As each tree has a unique number printed on its label, the public can tell the accurate location of a tree. Secondly, the public may scan the QR code on the tree label with a mobile phone to enter the website of the tree management authority for more tree information. Covering locations with higher pedestrian flowMr Paul Chan says that the scheme of tree labels with QR codes covers the whole territory, involving trees at locations with higher pedestrian flow, such as major transport nodes which include areas outside MTR stations and ferry terminals. About 10 000 tree labels for around 100 tree species will be produced for distribution to various districts across Hong Kong in the first phase of the scheme. He says that as Hong Kong is a dense and compact city where people and trees are closely related, he hopes that the scheme will raise public concern about trees. Tree information being scientific and interestingCurator of Shiu-Ying Hu Herbarium of the Chinese University of Hong Kong, Dr Lau Tai-wai, David, who is responsible for collecting and compiling tree information, says that he is excited that the herbarium can take part in the scheme. With the dedication of his colleagues to collecting information, the tree information thus compiled is both scientific and interesting. Quoting an example, he says that there is a tree species called Autumn Maple in Hong Kong. It is an indigenous species of ecological significance under the family of Euphorbiaceae. One Autumn Maple growing in Lai Chi Wo of Sha Tau Kok has a history of more than 100 years and is registered as an Old and Valuable Tree. The most interesting information is that the fruits of Autumn Maple can be used for brewing wine while leaves can be used as a spice for preparing a dish called “Jia Dong Ji (Autumn Maple Chicken)”. Harmonious co-existence of the community and treesDr David Lau says that the public can simply scan the QR codes on the tree labels for more detailed information to understand tree species from various perspectives. He hopes that the scheme will inspire the public to respect and cherish trees more to achieve harmonious co-existence of the community and trees, which is also the aim of his team in compiling tree information. Trees are integral parts of our outdoor environment. They provide amenity areas, moderate temperature, improve air quality and enhance biodiversity. It is hoped that, through the scheme of tree labels with QR codes, the message of tree care can be integrated into the daily life of the public and a positive attitude towards tree care will be fostered, so that our trees can grow more vigorously and healthily and Hong Kong will continue to be a safe, livable and sustainable city. (The video is in Cantonese) (The video is provided by Development Bureau)
Roles and DutiesManagement Services Officers (MSOs) are the main members of the Efficiency Office. As management consultants, MSOs help policy bureaux and departments find opportunities for improvement, facilitate and implement change, and accelerate innovation and technology adoption for better services. Types of consultancies include business process re-engineering, departmental management reviews, organisational review, performance measurement, design thinking, knowledge management, shared services, public sector innovation, information technology application studies, streamlining of government services and review on business facilitation as well as market and financial analysis. Deployment of MSOsMSOs may be posted to work in different policy bureaux and departments of the Government. They work in close partnership with colleagues of different grades in providing service in the areas of general consulting, resource management and other fields.General Consulting- Conduct management consultancies (e.g. business process re-engineering studies, organisational reviews) on the services, operations or processes of the departments concerned.Resource Management- Provide resource management support, assessing proposals for manpower, financial and accommodation resources.Other Fields- Take up a variety of roles in policy bureaux/departments, such as assisting in the implementation and daily management of information technology systems and equipment, stakeholder engagement and publicity of certain government programmes.. Entry Requirements1. a bachelor's degree from a university in Hong Kong, or equivalent; and2. Level 2 in the two language papers (Use of Chinese and Use of English) in the Common Recruitment Examination (CRE) or equivalent results ;3. a Pass result in the Aptitude Test paper in the CRE; and4. a Pass result in the Basic Law Test (BLT) (Degree / Professional Grades). Remuneration Package1. Starting SalaryThe entry pay for an Management Services Officer II is Master Pay Scale Point 14 which is at present HK$30,235 per month2. Annual Vacation LeaveAnnual vacation leave of 18 days per year3. Fringe Benefits - medical and dental benefits.4. Fringe Benefits - housing benefits. For more details, please visit the website of Efficiency Office. The application for Management Services Officer II (MSOII) Post for 2021-22 is closed. Applicants could watch the video below for better preparation of the interview.(The video is broadcasted in Cantonese)
Roles and DutiesExecutive Officers are professional managers who specialise in resource and system management. Posted around different government policy bureaux and departments, they enjoy a wide variety of work and have the opportunity to work with people of different backgrounds. They will be provided with structured training at various stages of their career to develop them into professional resource and system managers.The Government looks for quality people with leadership potential and commitment. Executive Officers should have good analytical ability and judgement, as well as good interpersonal and communication skills. They should also be versatile and innovative. Above all, we look for talents who share the Grade's vision to serve Hong Kong by providing the highest quality of service in the management of public organisations. 2021-22 Recruitment Exercise Timeline- Application Period for the Executive Officer II (EOII) Post -> 18 Sept 2021 to 8 Oct 2021 5:00pm. (The recruitment is closed)- Joint Administrative Officer / Executive Officer / Labour Officer / Trade Officer / Management Services Officer / Transport Officer Recruitment Examination (JRE) -> Early December 2021- Selection Interview -> February to May 2022- Earliest Batch of Offers of Appointments (subject to clearance of all recruitment formalities) -> End of April 2022 *The above information on timeline is for reference only. Entry Requirementsa. a bachelor's degree from a university in Hong Kong, or equivalent; andb. Level 2 in the two language papers (Use of Chinese and Use of English) in the Common Recruitment Examination (CRE) or equivalent results ;c. a Pass result in the Aptitude Test paper in the CRE; andd. a Pass result in the Basic Law Test (BLT) (Degree / Professional Grades). Remuneration Package1. Starting SalaryThe entry pay for an Executive Officer II is Master Pay Scale Point 15 which is at present HK$31,750 per month2. Annual Vacation LeaveAnnual vacation leave of 18 days per year3. Fringe Benefits - medical and dental benefits.4. Fringe Benefits - housing benefits. For more details, please visit the website of Civil Service Bureau. The application for Executive Officer II (EOII) Post for 2021-22 is closed. Applicants could watch the video below for better preparation of the interview.(The video is broadcasted in Cantonese)
Smart city development can improve people's livelihood and make Hong Kong a more liveable city. Earlier on, the Planning Department (PlanD) has completed the feasibility study on the “Development of a Common Spatial Data Infrastructure - Built Environment Application Platform” (CSDI-BEAP Study), which aims at developing prototype applications on specific areas such as city planning, infrastructure and environment based on spatial data, in order to facilitate implementation of works and projects, increase efficiency in planning and development, and enhance collaboration among Government bureaux and departments to provide better services to the public.Enhancing efficiency in planning through technologyThe PlanD is committed to enhancing the efficiency of its town planning work through innovation and technology. These include the use of unmanned aerial vehicles in surveys and preparation of 3D spatial data; application of satellite images, remote sensing and geo-informatics to provide an updated overview on the distribution of land uses and vegetated areas; development of the 3D Planning and Design System, which displays the cityscape of Hong Kong through 3D photo-realistic models and, by applying the existing planning data and information, helps town planners to formulate and analysis design schemes. Moreover, the PlanD completed the CSDI-BEAP Study in early 2020.From “Supermarket” to “Kitchen”The Government is pressing ahead with the implementation of the Common Spatial Data Infrastructure (CSDI) to facilitate integration, exchange and sharing of geospatial information. Mr Wong Wai-yin, Vincent, Senior Town Planner of the PlanD, says that the CSDI is like a “supermarket” in which a wide variety of data and services are available, while the Built Environment Application Platform (BEAP) is like a “kitchen”, where selected ingredients (i.e. the spatial data) from the supermarket can be processed into applications relating to built environment. Under the CSDI-BEAP Study, a total of ten prototype applications on different thematic areas have been developed, including those on “planning and land use”, “infrastructure and engineering” and “landscape, environment and conservation”. Planning and land use analysisMr Vincent Wong shares with us two prototype applications relating to town planning and livelihood. The first one is on “Government, Institution or Community (GIC) Facilities and Open Space Analysis”. This prototype application displays the type and location of the existing and planned GIC facilities and open spaces in a 3D map environment, and generates a summary table to facilitate analysis of future demands for these facilities based on the population projection inputs of a particular area and the standards stipulated in the Hong Kong Planning Standards and Guidelines.Town planners are also concerned about with the spatial distribution of different types of community facilities. The prototype application on “GIC Facilities and Open Space Analysis” helps town planners conduct service area analysis to gain a better understanding of the relationship between the distribution of community facilities and residential buildings, so that new community facilities can be set up at the most suitable locations.Visualisation and Analysis of Urban Green InfrastructureThe other prototype application is on “Visualisation and Analysis of Urban Green Infrastructure”. Mr Vincent Wong says that, for a city closely packed with high-rise buildings like Hong Kong, green and blue assets (i.e. urban infrastructure relating to water and vegetation) are vital for maintaining its livability and sustainability. This prototype application displays different types of green and blue information, and provides more reference materials for built environment planning.Encouraging more greening studiesMr Vincent Wong adds that in the CSDI-BEAP Study, academic research results on green indices are compiled and added to this prototype application. With information such as vegetation covers, town planners can better analyse the impact on the green indices brought by development projects. Such information is also useful in environmental analysis, e.g. urban heat island effect and microclimate impact, and can be applied in district planning in respect of tree planting, pedestrian facilities and walking environment enhancement and more. It is hoped that this prototype application will encourage greening-related studies and thereby enhance the quality of town planning.International and local recognitionIt is grateful that the CSDI-BEAP Study won three international and local awards, namely, the best Asia Pacific Smart City project under the “Urban Planning and Land Use” category of IDC Smart City Asia Pacific Awards 2020, the 2020 Grand Award for Excellence under the International Society of City and Regional Planners, and the Certificate of Merit of the Hong Kong Institute of Planners Awards 2020. The PlanD expects to leverage the prototype applications developed under the BEAP, to help build Hong Kong into a smart, green and resilient city, and to foster co-creation among the Government, industry, academia and the public to further promote smart city development in Hong Kong for the benefit of the public. (The video is in Cantonese) (The video is provided by Development Bureau)
The Electrical and Mechanical Services Department (EMSD) has all along been proactive in applying innovative technologies to enhance service quality, and ensuring that electrical, mechanical and energy technologies are harnessed in a safe, reliable, economical and environmentally friendly manner to continuously enhance people’s quality of life. EMSD has attained outstanding achievements at this year’s International Exhibition of Inventions of Geneva. Four Gold Medals and four Silver Medals have been awarded to the department. Major annual event for inventorsThe International Exhibition of Inventions of Geneva is one of the major annual events for inventors across the world. Due to the pandemic, the international jury of specialists evaluated around 600 inventions and projects from over 20 countries and regions via video conferencing for the first time. This year, the performance of the Hong Kong delegation was excellent. The EMSD teams received international recognition for quite a number of their research and development deliverables. Artificial Intelligent (AI) Nylon Optical Fibre Sensing Escalator CombsOne of the award-winning inventions is the AI Nylon Optical Fibre Sensing Escalator Combs. This Gold Medal-winning system is developed by the EMSD in collaboration with the industry, a start-up company and a university. Senior Engineer/General Legislation of the EMSD, Mr Au Tze-wai, William, says that it is of particular importance to ensure the safe operation of escalators because we use them almost every day. This newly developed system uses optical fibre sensing technology and AI big data analysis to monitor escalator operations in real time. Besides, 3D scanning and printing technology are used to enhance the design of escalator combs.Sending out alarm signals when obstacles are detectedIntroducing the features of the system, he points out that it can detect obstacles on an escalator by monitoring the vibrations of the escalator combs with the use of optical fibre sensing technology. If an escalator is stuck by obstacles, the system will send out alarm signals and alert management staff via a mobile phone application, so that the obstacles can be removed as soon as possible to reduce the occurrence of “accordion-style” escalator crash incidents. The system will also calculate pedestrian flow along an escalator to enable repair and maintenance workers to know about the utilisation rate of the escalator. Hence, workers can find out which escalator parts will have a higher level of wear and tear and carry out timely preventive maintenance to reduce the risks of accidents. Combining 3D printing technologyIn addition, using nylon material together with the latest Multi Jet Fusion 3D printing technology, the award-winning team has enhanced the design of the traditional escalator combs. Dr NG Chun, Curtis of the Department of Mechanical Engineering of the Hong Kong Polytechnic University tells us that combs made of nylon, which is a type of plastic, have greater flexibility. In the case of traditional combs made of aluminium alloy, although they are harder, their aluminium alloy teeth are comparatively easier to break and pop out when stuck with hard objects. Also, by extending the top coverage by five millimetres to reduce the gap between the combs and the steps, the team’s design is more effective in preventing hard objects from getting stuck in an escalator.Favourable test resultsCurrently, the system is being tested on-site on eight escalators at outdoor covered walkways, government complexes and large shopping malls, and the results are favourable. Following EMSD’s effort in promoting the system, there are plans for the Airport Authority Hong Kong, the Mass Transit Railway Corporation Limited and various government premises to adopt it. The Vocational Training Council has also expressed interest in applying the invention to teaching purposes. Air Filter 2.0Another award-winning invention is Air Filter 2.0, an energy-saving air filter technology developed by the EMSD for centralised air-conditioning systems. It was awarded a Silver Medal at the International Exhibition of Inventions of Geneva.Incorporating a retractable deviceProject Officer (Innovation) of the EMSD, Mr YIP Kim-ming explains that Air Filter 2.0 has combined two advanced technologies, the first being a retractable mechanism that can operate on a need basis. Traditional air filters are fixed installations and air must be filtered before flowing out. Contrarily, Air Filter 2.0 incorporates a retractable device. Upon detection of good indoor air quality, the air filter will automatically retract, allowing air to pass freely without filtration. With lower resistance to the airflow, the fan can operate with reduced power and achieve energy saving; just like it is easier for us to breathe with the face mask off. Introducing acoustic-aided technologyThe second advanced technology adopted by Air Filter 2.0 is an acoustic-aided technology that can enhance filtration efficiency. Acoustic waves are injected into filtering materials, so that suspended particles in the airflow will vibrate more intensively while passing through the filter, hence more likely to be blocked by the filtering materials. As a result, filtration efficiency is improved.Reducing 20-30% of electricity consumptionMr Yip Kim-ming points out that Air Filter 2.0 has been tested with good results. Compared with traditional air filters, Air Filter 2.0 consumes 20% to 30% less electricity, attaining the goal of saving energy and reducing emissions.As the saying goes, “Prevention is better than cure”. Using innovative technologies to send alarm signals and carry out preventive repair and maintenance work has become a new direction for the electrical and mechanical industry. Moreover, energy saving has always been an important issue and is critical for Hong Kong to continuously reduce carbon emissions. (The video is in Cantonese) (The video is provided by Development Bureau)
The Tung Chung New Town Extension (TCNTE) is the first trial project for developing a smart low-carbon community on Lantau Island, adopting city concepts that are smart, green and resilient to the environment and climate. Under the project, the Tung Chung East reclamation works are being carried out on schedule. The Civil Engineering and Development Department (CEDD) has adopted over 30 innovative technologies in various aspects of works, such as the Internet of Things (IoT), cloud systems, Artificial Intelligence (AI), satellite navigation and smart safety measures, to usher in smart city development. Staff members from the CEDD will take us to the Innovation Hub of the Tung Chung East reclamation works (InnoTCE) to explain how the project team utilises innovative technologies to enhance site management and operation efficiency as well as to further improve site safety.The “brain” of the InnoTCE – digitalised management platformInside the InnoTCE, there is a room with computer screens of varying sizes, which acts as its “brain” - a digitalised management platform. Mr Yan Chun-ho, Geotechnical Engineer of the CEDD, says that the platform utilises the latest Digital Twin technology to collect and consolidate various kinds of site construction data and records through IoT sensors. Such data and records are then sent to a smart platform adopting Building Information Modelling (BIM) technology to simulate the operation of the construction site, creating a real-time “digital twin” of the site in the virtual space. This enables the project team to monitor the entire construction site in real time, allowing quick and accurate decision-making, as well as facilitating day-to-day site management and collaboration in the project team. Introducing AI technologyEnsuring site safety is a matter of utmost importance. Mr Chung Wing-wah, Geotechnical Engineer of the CEDD, says that the project team is using AI technology to monitor high-risk tasks, so as to enhance safety performance and effectiveness. Among the technologies used are the AI cameras installed on the construction site. Equipped with analytical and machine-learning technologies, the cameras are able to monitor the main vehicular access and some restricted areas with potential risks within the site in a round-the-clock manner. An example is the intelligent vessel intruder warning system designed for offshore works. The system is able to differentiate between construction and non-construction vessels; if the latter are spotted within the warning zone, the system will alert the monitoring staff immediately to request and instruct the vessels to leave.Real-time tracking and monitoring system for dump trucksFurthermore, to manage the environment of the construction site more effectively, the project team also utilises AI cameras to analyse and monitor the cleanliness of construction vehicles leaving the site, reducing the possibility of carrying the mud and debris to the nearby streets by the vehicles. The TCNTE is the first public works project adopting a real-time tracking and monitoring system for dump trucks. By recording and monitoring the trucks’ locations and travel routes, the system aims to deter illegal dumping of construction waste which is a cause of pollution. Dump trucks are installed with tilting sensors and AI cameras so that if any of them is suspected to be dumping waste at a non-designated location, the system will immediately notify monitoring staff for follow-up. Real-time monitoring of ground settlement of reclamationThe application of technologies can also save manpower and enhance works efficiency. According to Mr Chung Wing-wah, ground settlement monitoring is an important part of reclamation works. In the past, survey officers had to go to every monitoring point to measure data manually. As reclamation sites covered extensive areas, the manpower and amount of time required were therefore enormous. The Tung Chung East reclamation project has adopted a technology called the Global Navigation Satellite System to monitor the extent of ground settlement of the reclamation in real time by connecting the monitoring points to satellites and making use of cloud computing, which can help enhance construction efficiency and quality. Frontline workers in support of the use of innovative technologiesBesides, the InnoTCE has set up a number of training zones equipped with a Virtual Reality (VR) system that combines digital imaging with a real-life operation for workers to learn in a safe environment. Frontline worker Mr Cheng Cho-Wai shares with us that, in the past, the design and construction of building projects were illustrated in drawings, which made it very difficult for workers to understand the complicated procedures involved. With VR training, workers feel as if they are in a real work environment and will have a deeper impression of the construction work plan. Also, it will make them more alert to the potential dangers of various construction procedures. Incubation platform for technologiesApart from providing digitalisation of site management, the InnoTCE is also an “incubation platform for technologies”. Mr Yan Chun-ho tells us that the project team has been proactively collaborating with the industry, academics, and the scientific research sector to research and develop construction technology that can upgrade engineering techniques and quality. The Passive Radiative Cooling Coating is the latest example and the InnoTCE is the first field trial site for the coating in Hong Kong. Unlike traditional cooling systems, the Passive Radiative Cooling Coating is an energy-free cooling technology that requires no refrigerant. Applying this coating to a building’s roof or external walls can reduce the surface temperature, thereby saving the energy needed for air-conditioning. Meanwhile, the project team is also working with scientific research institutes to test a technology that can promptly dry wetted inert construction waste to facilitate its quicker reuse. (The video is in Cantonese) (The video is provided by Development Bureau)