The Complete Map of HKUST(GZ)'s Four Hubs and Sixteen Thrust Areas

The most radical academic innovation at the Hong Kong University of Science and Technology (Guangzhou) — HKUST(GZ) — is the complete abolition of the traditional "school–department" structure, replaced by a cross-disciplinary architecture of "Hubs" and "Thrust areas." The Guangzhou campus^※ article has already sketched this framework; this piece supplies the complete map — a reference guide to all four hubs and sixteen thrust areas, one by one.

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# 1. Why "Hubs and Thrusts" instead of "Schools and Departments"

Conventional universities are organised around "departments" (physics, electronic engineering, and so on), with firm boundaries between them. HKUST(GZ)'s argument is that the big problems of the real world rarely respect disciplinary lines, so it started from a different premise:

• Hub — conceived as a "nexus among disciplines," an organisational unit that puts more emphasis on the intersections between fields than a traditional school;
• Thrust — a direction within a Hub, representing "key emerging research directions and foci," taking the place of the traditional department.

Each of the four Hubs governs four Thrust areas, for sixteen Thrust areas in total. The architecture is deliberately designed to "cut across disciplinary and organisational boundaries, emphasise interaction and synergy, and create holistic knowledge beyond any single discipline" (see Guangzhou campus^※). The sections below work through each one.

# A scale target: a ten-year plan from zero to ten thousand

The "Hub–Thrust" model is not merely an abstract organisational idea; it comes with a concrete timetable for scaling up. According to the University's own recruitment materials, HKUST(GZ) plans to recruit 400 full-time academic staff by 2025, covering all research areas^※; on student numbers, it aims to reach 4,000 postgraduate (master's and doctoral) students on campus by the 2027/28 academic year, and a combined undergraduate-plus-postgraduate population of 10,000 by 2032/33^※. This schedule — "400 faculty, 4,000 postgraduate students, 10,000 total" — turns the four-Hubs-sixteen-Thrusts structure from an organisation chart into a ten-year expansion plan against which the campus's progress can be checked. It is, in effect, a public benchmark for whether the Guangzhou campus is advancing as planned. Read alongside the Greater Bay Area role and national strategic positioning^※ article, it also clarifies why Nansha district and Guangzhou municipality have kept increasing their investment: this timetable is a precondition for that support.

# A built-in adjustment mechanism: stable Hubs, dynamic Thrusts

The "Hub–Thrust" arrangement was never meant to be a one-shot organisation chart either; it embeds an iterative logic of "stability with movement." According to the University's academic architecture page, the four Hubs will remain stable over the longer term, while Thrust areas will be "reviewed as appropriate" and adjusted dynamically as society's needs evolve^※ — the Hubs are the skeleton, and the Thrust areas are branches that can grow or shrink with scientific frontiers and industrial demand. In other words, the "sixteen Thrusts" are not a list carved in stone: a Thrust that gradually loses its frontier relevance can, in theory, be merged or disbanded; a nascent direction that accumulates critical mass can "hatch" an independent cross-Hub institute from within an existing Thrust — the Robotics & Autonomous Systems Thrust in the Systems Hub giving rise to the Embodied Intelligence Institute by the end of 2025 (detailed in the "Systems Hub" section below) being one such case. This design is an attempt to answer the organisational rigidity of traditional universities, where "once a department is established, it is almost impossible to abolish or restructure it," and it also explains why the Guangzhou campus has been able to approve new undergraduate majors and postgraduate programmes in rapid succession within just a few years (see the end of this article).

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# 2. Function Hub

According to the Function Hub's pages^※, the Function Hub focuses on "functional" materials and energy science, and governs four Thrust areas:

The Function Hub's "Microelectronics" and "Advanced Materials" Thrusts connect with the Nanoelectronics Fabrication Facility on the Clear Water Bay campus (see nanofabrication facility^※) in a "one body, two wings" arrangement, jointly serving the Greater Bay Area's semiconductor industry.

The "Earth, Ocean and Atmospheric Sciences" Thrust has also moved from course offerings to concrete research collaboration: in September 2023, HKUST(GZ) signed a strategic cooperation agreement with the Southern Marine Science and Engineering Guangdong Laboratory (Guangzhou)^※, anchoring both parties in the Guangdong–Hong Kong–Macao Greater Bay Area strategic hub and focusing on frontier basic research in marine science. The agreement directly links the Thrust's teaching with the research resources of a provincial key laboratory, rather than leaving the subject as a name on a list.

The "Microelectronics" Thrust likewise has physical facilities on the ground: HKUST(GZ)'s Chip Central Laboratory has been unveiled and put into operation, with microelectronics industry–academia collaborations involving Xidian University's Guangzhou Research Institute, Zengxin Technology, and Jixiang Technology^※ — echoing Nansha district's "14th Five-Year Plan" designation of integrated circuits as a strategic emerging industry for priority development (see Greater Bay Area role and national strategic positioning^※). It also explains why "Microelectronics Science and Engineering" was one of the four new undergraduate majors approved in 2025 (see the end of this article).

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# 3. Information Hub

According to the Information Hub's pages^※, the Information Hub focuses on data and intelligence, and governs four Thrust areas:

The Information Hub's AI and data-science directions echo the Clear Water Bay campus's von Neumann Institute^※ and Department of Computer Science and Engineering^※; "Computational Media and Arts" (CMA), meanwhile, is a distinctly characteristic cross-disciplinary Thrust — combining computational techniques with media and the arts, in a concrete demonstration of the boundary-crossing that the "Hub–Thrust" architecture is meant to encourage.

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# 4. Systems Hub

According to the Systems Hub's pages^※, the Systems Hub focuses on complex systems and engineering, and governs four Thrust areas:

The Systems Hub's "Robotics & Autonomous Systems" and "Smart Manufacturing" Thrusts connect closely with the Clear Water Bay campus's Cheng Kar-Shun Robotics Institute^※ and the "Li Zexiang school" of hard-tech entrepreneurship (see notable alumni^※) — an extension of HKUST's robotics DNA into the industrial heartland of the Greater Bay Area.

# Case study: how a Thrust hatched a cross-Hub institute

The trajectory of the "Robotics & Autonomous Systems" Thrust over the past year neatly illustrates the "Thrusts adjust dynamically and can spawn new institutions" design logic described earlier. On 8 December 2025, HKUST(GZ)'s Embodied Intelligence Institute was officially unveiled at the Greater Bay Area Science Forum^※, positioned as a "cross-disciplinary platform integrating science and education, a platform for new-technology breakthroughs, and a demonstration application system" — jointly hosted by the Systems Hub and the Information Hub. That means the Institute was, from day one, a cross-Hub institution rather than the private preserve of a single Thrust. In its first phase (2025–2026, two years), the Institute plans to invest RMB 168 million in equipment and facilities^※, aiming to build a "full-chain innovation loop from fundamental theory and key components to system integration and scenario validation."

Half a year later, that investment began to translate into concrete research output. On 28 June 2026, the HKUST(GZ) embodied-intelligence team won approval for a national key R&D programme "open competition" (jie bang gua shuai) project^※ — "Biomimetic Inspection Robot System and Application Demonstration in High-Altitude Environments" — led by Professor Huang Qiang, Acting Director of the Embodied Intelligence Institute, with project members drawn from the Institute, the Systems Hub, and the Information Hub. The project is undertaken by an industry–academia consortium led by Beijing LIHUI Technology, with eight participating organisations and total funding of RMB 62 million^※. The core research goal is to give humanoid robots "autonomous intelligent self-diagnosis and recovery capabilities" in extreme temperatures ranging from minus 40°C to 50°C.

This path — from Thrust, to cross-Hub institute, to national-level project — provides a verifiable concrete sample of the "Hub–Thrust" architecture in action. It shows the design can do more than carry courses and degrees; within roughly a year it can incubate an emerging direction into a substantive institution capable of taking on major national research mandates.

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# 5. Society Hub

According to the Society Hub's pages^※, the Society Hub focuses on the intersection of technology and society, and governs four Thrust areas:

The Society Hub's existence is especially important: it ensures the Guangzhou campus is not a "pure science-and-engineering" university, but rather one that interweaves the "softer" disciplines — social science, policy, finance, urban governance — with the "hard" strength of technology. Its "Innovation, Policy and Entrepreneurship" and "Urban Governance and Design" Thrusts carry forward the legacy of the Clear Water Bay campus's Academy of Interdisciplinary Studies and Division of Public Policy (see Academy of Interdisciplinary Studies^※).

The "Financial Technology" Thrust's curriculum likewise reflects the Society Hub's "hard-and-soft" positioning: its MPhil/PhD programme covers the foundations of machine learning and artificial intelligence and their applications in computer vision, image processing, natural language processing, robotics, and related fields^※; in terms of duration, the MPhil is a two-year programme, while the PhD lasts either three or four years depending on whether the student already holds a relevant research master's degree^※. In other words, although "Financial Technology" sits within the Society Hub, the core of its training remains rigorous machine-learning and data-methods instruction — the difference is that the application contexts are fintech topics such as mobile payments, blockchain, and digital currency.

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# 6. Summary: a "post-departmental" academic map

Placing the four Hubs and sixteen Thrusts side by side reveals the overall logic of the Guangzhou campus's academic architecture:

This "post-departmental" academic map is the most thorough-going expression of HKUST's "don't replicate, create" spirit in organisational form — it does not merely create new courses; it rebuilds the university's basic organisational unit. Combined with the Red Bird MPhil programme^※ and its project-based pedagogy, the Guangzhou campus constitutes a complete paradigm experiment in "how a university organises knowledge and trains people."

# From organisation chart to degree certificates: the 4 new undergraduate majors and 6 new postgraduate programmes approved in 2025

Does the "Hub–Thrust" model remain an organisational idea suspended in mid-air? According to the University's March 2025 announcement, HKUST(GZ) recently gained approval for 4 new undergraduate majors and 6 new master's and doctoral programmes^※ — a persuasive test point. It shows the architecture has moved from organisation chart to specific programmes that students can apply to and graduate with a degree certificate in hand.

The 4 new undergraduate majors are: Materials Science and Engineering (exploring new materials that drive technological innovation), Robotic Engineering (focused on robot development and embodied intelligence), Financial Technology (oriented toward fintech, green finance, and digital finance), and Microelectronics Science and Engineering (covering chip design, manufacturing, and semiconductor materials)^※ — and, compared against the map above, these four map precisely onto the Function Hub's "Advanced Materials" and "Microelectronics" Thrusts, the Systems Hub's "Robotics & Autonomous Systems" Thrust, and the Society Hub's "Financial Technology" Thrust, respectively. Each one concretely confirms the direct mapping between the "Hub–Thrust" architecture and the programmes actually offered for admission.

The 6 new postgraduate programmes include: Smart Manufacturing (MSc), Carbon Neutrality and Green Finance (MSc), Computational Arts (MFA), Carbon Neutrality and Climate Change (MPhil/PhD), and an MBA in Innovation and Entrepreneurship^※ — these likewise correspond to the Systems Hub's "Smart Manufacturing" Thrust, the Society Hub's "Carbon Neutrality and Climate Change" Thrust, and the Information Hub's "Computational Media and Arts" Thrust. The University states that these new programmes are intended to meet the needs of national economic and social development in the Guangdong–Hong Kong–Macao Greater Bay Area^※ — directly coupling the cross-disciplinary ideal of "Hub–Thrust" with the industrial and policy demands of the Greater Bay Area.

Note: the Hub and Thrust names and abbreviations in this article follow the official pages of HKUST(GZ) and are time-sensitive; Thrust offerings may be adjusted over time, so before citing, always refer to the University's latest official announcements.

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# Related reading

• HKUST(GZ) — a profile of the campus^※ — the founding journey, opening, and admissions system
• Guangzhou campus architecture and design^※
• Greater Bay Area role and national strategic positioning^※
• Red Bird MPhil programme^※ — how project-based training complements "Hub–Thrust"
• IAS–Princeton partnership and the Nobel network^※
• Joint and double degree programmes^※

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