Digital Learning and Information Technology

This article belongs to the "Wild History of HKU" module of the Wild History of Hong Kong Universities site (12 Miscellanies), focusing on the University of Hong Kong's digital learning (MOOCs, online courses) and information technology infrastructure (IT services). Information is current as of June 2026; founding dates, course counts and the like follow official primary sources, with annual variations noted where applicable.

HKU's digital education is built on two tracks: ① outward-facing MOOCs (HKUx and others) for learners worldwide, and ② the internal learning management system and IT services (Moodle, ITS, the learning commons, campus network) that underpin day-to-day teaching. The two tracks did not develop in isolation. From the launch of its first MOOC on edX in 2014, to the Chi Wah Learning Commons completed in 2012, to the wholesale integration of generative AI after 2023, HKU's digital-teaching path has been remarkably consistent: infrastructure first, policy second — new technologies are absorbed through infrastructure, then bounded by regulation. This article treats the two tracks in turn. For distance and continuing education (HKU SPACE), see continuing-education-and-affiliates.md and hku-space-history.md.

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# I. HKUx: HKU's MOOCs on edX

# 1.1 The launch: arriving on edX in 2014

According to an HKU press release (28 April 2014)^※, the University developed a suite of massive open online courses (MOOCs) branded HKUx, hosted on edX, the non-profit online learning platform founded by MIT and Harvard. The first courses included:

• Epidemics — first open for enrolment;
• The Search for Vernacular Architecture of Asia;
• Humanity and Nature in Chinese Thought.

The press release is dated 28 April 2014, the day the first HKUx courses opened for registration. HKU was among the earlier Asian research universities to join edX, and the timing chimed with contemporaneous discussions in Hong Kong higher education about "open educational resources". Placing a research university's classroom content without barriers on a global platform was itself an extension of HKU's positioning as an international university.

# 1.2 A signature course: Epidemics and its COVID-19 sequel

The first HKUx course, Epidemics, was taught by a team of scientists from HKU's School of Public Health, focusing on the origins, transmission and control of infectious disease. The choice of topic was no accident. HKU's public health and microbiology teams played a key role during the 2003 SARS outbreak, and Epidemics effectively turned that academic strength into an open course for global audiences. According to the course's page on Coursera^※, a dedicated module and expert panel discussion on COVID-19 were later added. In the pandemic context after 2020, an epidemiology MOOC first launched in 2014 unexpectedly acquired new real-world relevance — it has since become the most recognised and most-cited of HKU's MOOCs.

Beyond Epidemics, Making Sense of News, produced by HKU's Journalism and Media Studies Centre (JMSC), addresses media literacy, information verification and the identification of fake news. Taught in English with Chinese and English subtitles, the course works through six questions in sequence: what makes news, why news matters, who is providing the information, where the evidence is (the process of verification), when to act (recognising your own biases), and how we know what we know^※. Its scale is documented: by the JMSC's own account, the course ran twice on edX, in May 2015 and February 2016, with more than 2,500 learners completing it; together with a sister course later hosted on Coursera, the JMSC's two MOOCs had reached 4,500 students in 145 countries by January 2017^※, making it an early foray into global news-literacy education. Nor did it emerge from nowhere: the JMSC's undergraduate "Journalism Principles" course, itself based on a news-literacy curriculum from Stony Brook University in the United States, attracts more than 200 students each year — Making Sense of News is the online version of that course^※. A course grown in HKU's own classrooms, turned around to serve strangers across the world, is a neat miniature of the HKUx philosophy: opening up the University's internal strengths to the outside.

# 1.3 Scale (current figures)

According to publicly compiled information, HKU currently offers more than 40 MOOCs and around five Professional Certificate programmes on platforms including edX and Coursera. HKU's outward-facing online course catalogue is available at HKU Online Learning (the teaching development gateway)^※ and the edX HKUx page^※. The overwhelming majority of these courses are taught in English and are free for global learners to audit, with paid certification available — the prevailing "free to learn, pay to certify" business model on edX and Coursera, and one that HKU's MOOCs follow.

Alongside the global edX and Coursera platforms, HKU's online courses also appear on KEEP (Knowledge & Education Exchange Platform), a local cross-institutional platform led by the Chinese University of Hong Kong and funded by the University Grants Committee (UGC). A one-stop e-learning portal for all Hong Kong universities, KEEP has accumulated more than 150,000 users across over 140 countries; as a UGC-funded institution, HKU is one of its content partners. HKU's MOOCs are thus embedded in two networks at once — the global commercial platforms and a local public platform.

Note on figures: "more than 40 MOOCs and around five Professional Certificate programmes" is a point-in-time aggregate that rises and falls from year to year; the edX/Coursera platforms' and HKU's Teaching and Learning Office's disclosures for the relevant year are authoritative. This site does not extrapolate course counts.

# 1.4 The platform changes hands: edX from non-profit to commercial company

The edX platform on which HKU's MOOCs depend has itself undergone a change of ownership over the past few years. According to edX's official announcement and reporting by the US education-technology news outlet Inside Higher Ed^※, the online education company 2U acquired the substantial majority of edX's assets in 2021 for roughly US$800 million — a deal that transferred the non-profit platform co-founded by MIT and Harvard in 2012 into the hands of a publicly traded education-technology firm. 2U subsequently integrated edX with its own pool of more than 230 partner institutions and over 40 million registered learners. But the acquisition, once hailed as a landmark industry deal, did not run smoothly: according to the same report^※, 2U completed a Chapter 11 restructuring under US bankruptcy law in 2024, emerging as a privately held company. For HKU, the practical upshot is that the underlying platform carrying HKUx courses has gone from "a non-profit initiative launched jointly by educational institutions" to "the asset of a commercial company that has been through repeated restructurings". The courses themselves — and HKU's own brand and faculty — are unchanged, but this shift in platform ownership is itself a miniature of how the global MOOC movement has travelled from "disruptive idealism" to "commercial consolidation". The industry environment in which HKU's MOOCs now sit, more than a decade after their debut, is very different from the one that greeted them in 2014.

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# II. The internal learning management system: Moodle and Panopto

# 2.1 Moodle: a central LMS wired into the student information system

According to HKU's Information Technology Services (ITS) Moodle page^※, Moodle is HKU's central learning management system (LMS) supporting teaching and learning, and is integrated with the Student Information System (SIS). Every academic course defined in the SIS automatically generates a corresponding Moodle course, and students are bulk-enrolled into the relevant course spaces on registration — no manual entry by teachers is required. This automated, SIS-driven Moodle design drastically simplifies course preparation for HKU's several hundred courses.

Moodle supports forums, assignments, choice (for tutorial sign-up), feedback, quizzes, wikis and other functions; staff and students can also access some Moodle features (News Forum, Forum, Choice, Feedback, Quiz, URL, Wiki and so on) on mobile devices through the HKU app. As open-source software, Moodle is also one of the most widely used LMS platforms in higher education worldwide. HKU's choice of Moodle over a purely commercial solution reflects considerations of both cost and customisability.

# 2.2 Panopto: lecture capture and remote teaching during the pandemic

Lecture capture runs on Panopto, a lecture-capture system: recorded class videos are automatically linked via Panopto to the corresponding Moodle course, allowing students to review them after class. According to ITS^※, students can also apply for a Panopto account at the Chi Wah Learning Commons self-study rooms to make their own recordings. The Panopto–Moodle combination became the technical backbone of HKU's remote and hybrid teaching during the pandemic years after 2020. When in-person instruction was curtailed, the combination of "Moodle for distributing materials, Panopto for recorded lectures, video-conferencing tools for live classes" was the infrastructure that kept HKU's teaching continuous. That experience also laid the groundwork for the later wholesale adoption of generative AI: a university that had already digitised most of its teaching operations was always more likely to ask "how do we plug this in?" than "how do we keep it out?" when a new technology arrived.

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# III. Information Technology Services (ITS) and the learning environment

According to HKU's Information Technology Services (ITS)^※, ITS coordinates IT services across the University, covering portals, learning management and capture, centrally coordinated software, user support and network administration, providing an integrated IT environment for teaching, research and administration. The areas most directly relevant to learning include:

• Learning Environment Services (LES): manages classrooms, lecture theatres and central learning environments such as the Chi Wah Learning Commons (see Section V below);
• Digital Literacy Laboratory (DLL): equipped with high-performance desktop computers, multimedia production studios and technical support, for students producing audio-visual work, posters and other digital output;
• Campus network and Wi-Fi: supports laptops and mobile devices connecting to the campus network; the uPrint laser printing service can be used over Wi-Fi from public or personal computers (see Section VI).

ITS is not merely a "computer repair department". It functions as the hub that threads together pedagogy, learning spaces, and network and software: LES manages the physical spaces, Moodle/Panopto run the online teaching, and the DLL builds digital-production capacity. Together the three constitute the digital learning interface that HKU students encounter daily.

# 3.1 The Digital Literacy Laboratory: from "computer room" to "production studio"

The Digital Literacy Laboratory is no ordinary computer room. According to ITS's introduction page^※, the DLL occupies the second floor of the Chi Wah Learning Commons and is divided into several functional zones: a flexible "multi-purpose hybrid production room", two active-learning classrooms equipped with collaborative technology, a soundproofed recording studio, multiple high-performance editing stations, and an automated self-recording studio for individual use, plus a creative sharing wall dubbed the "I-Wall". The DLL is open only to HKU students and staff (no public bookings); users reserve slots via a dedicated email address, and opening hours are 9:30 am – 12:00 pm and 2:30 pm – 4:30 pm on weekdays, closed on public holidays. Unlike a conventional library's borrow-and-return remit, the DLL takes production-grade equipment — cameras, lighting, recording booths, editing stations — that would once have been confined to professional faculties such as the Journalism and Media Studies Centre, and makes it available to all students for coursework and personal projects. It is the concrete point at which HKU's notion of "digital literacy" stretches from "knows how to use software" to "can produce multimedia work".

# 3.2 From the Computer Centre to ITS: a side branch of HKU's computing history

HKU's computing history predates its MOOCs by nearly half a century. According to the Department of Computer Science's historical account^※, the University's computing dates to the late 1960s, when it installed its first mainframe computer, marking the establishment of the Computer Centre. Today's ITS is the continuation of that lineage: from a central machine room serving a handful of researchers to an integrated IT department covering teaching, research and administration across the whole University. The trajectory from "one mainframe" to "9,200 Wi-Fi access points plus cloud computing" is itself a miniature of HKU's digitalisation.

# 3.3 High-performance computing: the research backbone

ITS does more than teaching and office support; it also centrally supplies research computing power. According to ITS^※, the department provides professional support for high-performance computing (HPC), artificial intelligence, and grid computing across the University, to carry compute-intensive research. Among these, one HPC system has a theoretical peak performance of around 804 Tera-FLOPS (trillion floating-point operations per second), equipped with multi-core processors, Nvidia GPUs and a Lustre parallel file system; a further system of about 3,160 cores with a theoretical peak of roughly 130 Tera-FLOPS supports accelerated computing. In an era when generative AI and large-model research have become a focus of academia, such GPU clusters are the physical computing foundation for HKU's AI research and teaching (see Section VIII). "Policy opens the door to AI" and "the machine room has GPUs in it" are two sides of the same coin.

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# IV. Cybersecurity: a data breach, and "survival" of a global attack

The wider the digital infrastructure spreads, the larger the attack surface. In recent years HKU has suffered one genuine data breach, and unexpectedly "survived" a global attack that hit several other Hong Kong institutions. Read side by side, the two incidents neatly reveal the twin faces of digital-campus governance.

# 4.1 The Faculty of Education server intrusion of 2024

According to a formal statement from HKU's press office in February 2024^※, a server of the University's Faculty of Education came under cyberattack on 30 January 2024; the Faculty confirmed a data breach after reviewing logs on 2 February. According to contemporaneous reporting by RTHK^※, those affected included approximately 400 academic visitors, about 3,000 students and some 4,000 research postgraduate applicants; the leaked data involved room-booking records, internal guidelines, system administration files, and meeting documents dating back to 2012. The HKU press office also confirmed that there was no evidence that anyone's salary details, bank account information or Hong Kong Identity Card numbers had been compromised. The University isolated the affected servers, engaged external cybersecurity consultants to investigate, reported the matter to the police and the Office of the Privacy Commissioner for Personal Data, and set up a dedicated email address for those affected to make enquiries. This was not the largest breach in HKU's history, but as an intrusion at the faculty level (rather than into central ITS systems), it is a reminder that "central system security" and "faculty-managed server security" are not the same thing — the latter, with fewer resources and less attention paid to it, tends to be the weak link.

# 4.2 The 2026 Canvas hack: why HKU was not on the list

According to a Hong Kong Free Press report in May 2026^※, a global cyberattack on the online learning platform Canvas affected nearly 9,000 educational institutions worldwide, compromising the data of more than 275 million users; the ransomware group ShinyHunters claimed responsibility. According to a contemporaneous South China Morning Post report^※, seven institutions in Hong Kong were affected and reported the incident to the Privacy Commissioner, including the Hong Kong University of Science and Technology, The Hong Kong Polytechnic University and City University of Hong Kong, as well as the Hong Kong Academy for Performing Arts, the Hong Kong Art School, the Hong Kong Institute of Construction and Hong Kong Education City. In total, data of more than 72,000 people in Hong Kong was leaked, with PolyU alone accounting for around 42,000.

Notably, HKU does not appear on the list of victims. The reason is no stroke of luck — HKU's central LMS is Moodle, not Canvas (see Section II). The two are independent products from different vendors with different codebases; a breach of one does not automatically spread to the other through "the same system". This incident confirms from the side the judgement made in Section II of this article: in choosing open-source Moodle over commercial Canvas as its central LMS, HKU — beyond considerations of cost and customisability — has kept itself naturally insulated from the Canvas ecosystem's attack surface. To be sure, Moodle is not absolutely secure either (the Faculty of Education incident in 4.1 occurred within HKU's own systems), but at least HKU will not be "collaterally implicated" by this particular class of vendor-specific global vulnerability.

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# V. The Chi Wah Learning Commons

The most tangible point of HKU digital learning is the Chi Wah Learning Commons on the podium level of the Centennial Campus. According to ITS's introduction^※, the Chi Wah Learning Commons occupies approximately 6,000 square metres across three floors, and is a "technology-rich" shared learning space where students, teachers and others can gather, interact and pursue a range of learning activities.

The learning commons opened with the Centennial Campus in 2012, formally welcoming users early the following year — one of the core new teaching facilities added after HKU's westward expansion. Its spatial design deliberately breaks the traditional library's single "quiet study" model: alongside silent reading areas and individual workstations, there are bookable group study rooms and collaborative booth seating, with some areas open 24 hours. Integrated desktop computers with A4/A3 colour and black-and-white printing are scattered throughout, wired and wireless networks cover the building, and seminar rooms are fitted with audio-visual equipment. This "learning commons" model was among the first of its kind in Hong Kong universities at the time, and the UGC has cited it as an example other institutions in the region could learn from.

The Chi Wah Learning Commons matters beyond adding one more study space. It physically brings together ITS's digital facilities — computers, network, printing, Panopto recording — and collaborative learning spaces under a single roof, turning "digital learning" from an abstract online platform into a physical place students can walk into, sit down in and use every day. It complements the digital collections and learning support of the HKU library system (for the libraries, see hku-libraries-system.md and libraries-and-museums.md).

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# VI. Campus digital infrastructure: HKU Portal, Wi-Fi and eduroam

Beneath all these online services sit HKU's identity-authentication and network foundations. According to ITS^※, every new student is issued an HKU Portal account (UID and PIN) upon registration. This account is the single entry point for almost all on-campus online services — Moodle, email, Wi-Fi, library resources and more. One account, single sign-on: that is the identity bedrock of HKU's digital campus.

On the network side, according to ITS's Wi-Fi page^※, the HKU campus is covered by more than 9,200 Wi-Fi access points, extending across central classrooms, public areas, departmental offices and student hostels. In addition to the University's own "HKU" network, staff and students can use their HKU Portal credentials to roam seamlessly onto the networks of universities and institutions worldwide that participate in eduroam. This international roaming standard, born of the European academic network, lets HKU staff and students connect to the internet at other eduroam member institutions without applying for a new account — an invisible convenience underpinning academic mobility between universities.

On the software side, HKU staff and students can use Microsoft 365 (Office 365) free of charge with their UID: according to ITS, students and eligible staff may install the Office suite on up to five computers (PC/Mac) and five mobile devices, and use the @connect.hku.hk student email address. The combination of "Portal account + eduroam + Microsoft 365" forms the default base of an HKU student's digital life, and is the precondition for unified authentication across higher-level services such as Moodle and HKU GenAI.

# 6.1 The HKU App: the unified entry point, in your pocket

Beyond the desktop Portal, HKU has also consolidated most day-to-day services into a mobile application. According to ITS's mobile applications page^※, the HKU App is aimed at students, staff and visitors, and is available on both Android and iOS, covering four broad areas: academics — integrating Courses@HKU (course selection and study planning), Attendance@HKU (class and event attendance records) and the HKU Moodle entry; campus facilities — library seat booking and catalogue search, campus map navigation, and shuttle bus timetables; student life — consolidating information on accommodation, financial assistance, counselling and career planning, as well as checking outstanding fees; and the ability to generate a HKU Student Access Code, which acts as a digital student ID for verifying identity and entering facilities on campus using a mobile phone. The app gathers the high-frequency operations once scattered across the Portal website, the library system and the finance office into a mobile interface reachable in a single tap — an extension of the Portal's single-sign-on philosophy into the mobile setting.

# 6.2 From a single password to multi-factor authentication (MFA)

With phishing attacks and account takeovers becoming routine in higher education, HKU has been steadily tightening authentication for the HKU Portal. According to an ITS announcement^※, Portal sign-in was connected to Microsoft Entra ID cloud identity services in February 2024; and from 6 March 2025, students accessing the HKU Portal from outside the campus network have been required to enable multi-factor authentication (MFA) — a second verification of identity beyond the password, such as a push notification or one-time code — to fend off unauthorised logins and phishing. The tightening continues: according to an updated ITS announcement^※, from 6 July 2026, access to HKU application systems via the internet will also require MFA. This tussle between security and convenience is an everyday reality for any "single sign-on" system, and it echoes the Faculty of Education breach described in Section IV: the attack surface is not only outside the University, but may also lie in some corner inside it that has not received the same level of attention.

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# VII. The organisational drivers of teaching innovation: from CETL to TALIC

HKU's digital teaching is sustained by more than just a "technical department" (ITS); there is also an organisational line concerned with pedagogy. According to an HKU Teaching and Learning announcement of July 2023^※, the University established the Teaching and Learning Innovation Centre (TALIC) on 1 July 2023, merging three existing units: the Centre for the Enhancement of Teaching and Learning (CETL), responsible for pedagogical support; Technology-enhanced Learning Initiative (TeLi), responsible for technical support; and the Teaching and Learning Evaluation and Measurement Unit (T&LEMU), responsible for assessment.

The timing of the merger was itself significant: it came exactly one month after the Senate approved HKU's generative AI policy in June. Bringing pedagogy, technology and assessment under one roof was precisely the move needed to make aspirations such as AI-literacy training and the redesign of assessment a reality, rather than a document destined for the shelf. One of TALIC's predecessors, CETL, had already proved its worth in late 2019 and 2020, when disruptions in Hong Kong interrupted face-to-face teaching: through its website and the "Teaching and Learning Connections" newsletter, it provided teachers with guidance and shared experience for moving teaching online — a significant part of why HKU was able to switch to online teaching as quickly as it did. ITS runs the "wires and compute"; TALIC runs "how to teach and how to assess". Hardware and software, the two together form the twin wheels of HKU's digitalisation of teaching.

# VIII. From "ban first, release later" to full embrace: HKU's generative AI policy

After ChatGPT erupted into popularity in late 2022, HKU's attitude in teaching policy underwent a conspicuous reversal. According to a message from the Vice-President and Pro-Vice-Chancellor (Teaching and Learning) published by HKU Teaching and Learning in March 2023^※, the University initially adopted a cautious, even restrictive stance towards the use of ChatGPT and similar generative AI tools in coursework, asking teachers to design assessments with such use in mind.

Yet within months the policy direction shifted. According to an HKU press release^※ and a 2023 South China Morning Post report^※, HKU announced it would provide all staff and students with free access to ChatGPT and other generative AI tools (including Microsoft OpenAI products, DALL-E and others), with students initially receiving a quota of around 20 free queries per month. According to an August 2023 report by Hong Kong Free Press^※, HKU became one of the first universities in Hong Kong explicitly to abandon the position that ChatGPT should be barred from coursework.

# 8.1 A "fifth literacy": AI written into Senate policy

The turn was formally confirmed by HKU's Senate in June of that year: according to the full official policy text published by HKU Teaching and Learning in October 2023^※, the Senate passed the Policy on Use of Generative Artificial Intelligence for Teaching and Learning, listing "AI literacy" as one of the "fifth literacies" that HKU students should possess — alongside the existing oral, written, visual and digital literacies. The core principles of the policy include: equal access, safe and secure AI use, AI literacy, pedagogical redesign, assessment redesign, and upholding academic integrity.

On assessment, the policy requires teachers to communicate clearly to students the boundaries of permissible AI use, and to provide concrete guidance on how to declare and cite AI contributions in coursework. It also encourages teachers to adopt alternative assessment formats, including device-free exams, oral examinations, in-class presentations and reports, and peer assessment, to reduce the impact of generative AI on the validity of traditional written assignments as a measure of learning. Students who use AI tools in their work must specify the precise contribution of the AI, and explain how human judgement and oversight entered into the final product.

# 8.2 The HKU GenAI platform and how quotas evolved

On the supply side, HKU did not stop at "forwarding the web version of ChatGPT". It built its own unified service gateway, HKU GenAI. According to the generative AI teaching resources hub maintained by HKU Teaching and Learning^※, the University centrally provides HKU ChatGPT and custom-built GPTs to staff and students, alongside a GenAI Community of Practice, an AI ethics video series, and an AI Literacy elective course for undergraduates. The HKU Libraries also maintain an AI Literacy LibGuide^※, which sets out how to understand, choose and cite AI tools, and lists those licensed by the University — including, alongside HKU GenAI, Microsoft 365 Copilot and research-oriented AI assistants such as Consensus, Scite Assistant and LeapSpace.

Students' free quotas have also loosened over time. Early on, the limit was a strict "around 20 queries per month". In later academic years, this was revised so that students receive roughly US$1 worth of tokens per month to access ChatGPT 4o and DALL-E 2, with the allowance resetting monthly and no carry-over, while staff receive unlimited access. This differentiated design — quota-bound students, uncapped teachers — both controls the institution's compute costs and positions teachers as "familiarise yourself first, then guide the students". In 2025, HKU went further and held a conference on AI in teaching under the banner "Harnessing AI for Teaching and Learning Excellence at HKU", pushing generative AI from "policy document" towards "everyday pedagogy".

# 8.3 Deepening the Microsoft partnership: from Copilot to a "freshman Copilot"

A generative AI policy can only land with the support of concrete products. According to Microsoft's official customer-story page^※, HKU became the first university in Hong Kong to adopt Microsoft 365 Copilot, rolling it out in January 2024 to staff for course-material management, analysis of teaching performance and automation of administrative tasks. In August of the same year, the partnership extended to Microsoft Copilot Studio, on which HKU built a conversational chatbot aimed at new students — the "HKU First-Year UG Copilot" — to help freshmen with common questions about course selection, degree requirements, scholarship applications and more. HKU's Chief Information Officer, Flora Ng, said the system can handle a high volume of routine enquiries; and according to student feedback cited in the profile, the chatbot provided "fast and accurate answers" during course registration. This strand of collaboration complements the HKU GenAI platform: where HKU GenAI is general-purpose conversational AI for teaching and research, Copilot Studio powers customised bots for specific administrative and advisory scenarios — together forming the two wings of HKU's AI tool arsenal.

# 8.4 The other half of assessment: Turnitin AI detection and its limits

Allowing AI into coursework created a new assessment problem: how can one tell whether an assignment is genuinely a student's own work, or leans heavily on AI? HKU's answer has not been "install a detector and let the machine decide". According to the HKU Libraries' guide to Turnitin's AI-writing detection^※, the University explicitly instructs teachers to treat AI-detection reports as reference only, not as direct evidence of academic dishonesty. The tool may flag human writing as AI-generated (false positives), may miss genuinely AI-generated content (false negatives), and cannot verify whether citations in a paper are real or fabricated. HKU's GenAI and plagiarism guidance page^※ further advises teachers to combine any detection report with direct conversation with students — for example, asking for successive drafts — rather than reaching a verdict on the strength of a system score alone. This "tool flags, human decides" design is the practical working out of the "upholding academic integrity" principle in Section 8.1: detection technology is a supporting signal, and the final judgement stays with the teacher.

# 8.5 A coherent path

The logic behind this policy turn reinforces the trajectory of HKU's digital-teaching infrastructure over the past decade (HKUx, Moodle, Panopto, ITS). Rather than "containing" new technologies, HKU in recent years has tended in teaching-digitalisation matters towards "institutional absorption": first carry the new technology on infrastructure, then set boundaries through policy, rather than simply banning it. That path is continuous in style with the strategy HKU has consistently adopted towards MOOCs and online learning platforms — "embrace open technology, govern it with norms". It is also worth noting that the AI policy is not unique to HKU: across 2023–2024, most of Hong Kong's eight UGC-funded universities moved in sequence from "cautious waiting" to "conditional openness". HKU was simply among the earlier ones, and one of the most complete in its provision of tools (for the wider local higher-education policy context, see hk-higher-ed-context.md).

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# IX. Cross-references

• Continuing education and HKU SPACE (including distance learning) → continuing-education-and-affiliates.md, hku-space-history.md
• Library system and digital archives (Hong Kong Journals Online etc.) → hku-libraries-system.md, libraries-and-museums.md, academic-journals.md
• Local higher-education policy context → hk-higher-ed-context.md
• Teaching in the faculties → ../01-academics/

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