An official website of Hong Kong Engineering Technology Research Institute. Learn about HKETRI
ETRI HKETRIHong Kong Engineering Technology Research Institute香港工程技術研究院
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Engineering technology research institute

Measurement, systems, and applied engineering for public research

HKETRI develops engineering knowledge, reference methods, technical resources, and applied research programs for intelligent systems, automation, communications, materials, health technology, and sustainability.

Explore research areas

What HKETRI does

HKETRI is structured as an engineering technology institute rather than a one-page brochure. The website separates research areas, laboratory programs, services, tools, news, and institutional information so visitors can move through the site the way they would on a public research organization website.

The institute focuses on applied engineering problems that require clear terminology, repeatable methods, quality documentation, data stewardship, technical evaluation, and responsible communication between research teams, industry partners, and the wider public.

Institute mission

From technical ideas to trustworthy engineering practice

Modern engineering research depends on more than invention. It requires shared methods, comparable measurements, transparent technical documentation, robust evaluation settings, and communication that experts and decision-makers can both inspect. HKETRI organizes its public programs around this middle layer between research output and engineering adoption.

The institute’s role is to make technical work easier to evaluate, reproduce, and apply. That means developing program pages with clear scopes, maintaining records of methods and tools, supporting responsible data use, and presenting research activities in a public format that can grow over time.

06major technical program clusters
04service tracks for measurement, data, methods, and facilities
01public institutional platform for research communication

Engineering technology focus

Program areas broad enough for serious long-term research

Each program area is intentionally broad. The goal is not to make many tiny topics, but to create durable research groups that can hold multiple projects, methods, datasets, technical reports, events, and collaborations under one credible umbrella.

01

Intelligent systems and computing

AI, machine learning, data science, visual computing, language technologies, software systems, cyber-physical infrastructure, algorithm evaluation, data governance, and responsible computational methods.

Research area
02

Engineering systems and automation

Robotics, autonomous systems, advanced manufacturing, control, industrial informatics, complex networks, engineering reliability, human-machine collaboration, and system-level testing.

Research area
03

Communications, electronics, and sensing

Signal processing, communications systems, electronics, instrumentation, sensor networks, data acquisition, embedded devices, edge systems, and intelligent monitoring technologies.

Research area
04

Materials, health, and sustainability

Materials characterization, structural reliability, biomedical engineering, digital health, environmental technologies, sustainable systems, applied economics, and science policy translation.

Research area

Measurement and public resources

A research institute needs methods, not only announcements

To look and function like a real institute website, HKETRI must provide durable pages for methods, program scopes, facilities, records, contact information, and public updates. This structure supports future growth: individual technical pages can later be added under each program without changing the identity of the whole site.

The institute platform is designed around repeatable engineering work. A program page should describe the technical domain, the types of problems addressed, the methods used, the data and tools involved, and the public outputs expected. A service page should clarify what kind of support is available, what information is needed from collaborators, and how results are documented.

  • Measurement and testing pages define what is evaluated, which assumptions are used, and how results are reported.
  • Facilities and tools pages describe research environments, computing resources, laboratory capabilities, and reproducible workflows.
  • News pages report research programs, method updates, public events, and institutional notices rather than promotional claims.

Reference methods

Clear descriptions of evaluation methods, terminology, assumptions, data collection, reporting formats, and limitations for applied engineering work.

Technical records

Stable pages for program briefs, method notes, project updates, research outputs, event notices, and public-facing institutional records.

Quality communication

Plain-language explanations that help researchers, editors, engineers, students, and external partners understand technical activities.

What's new

See all updates
Electrical measurement laboratory

Built as a multi-page institutional website

The site now follows a public research-organization pattern: a concise homepage, dedicated research pages, program descriptions, service resources, a news listing, and an about section. The structure leaves room for future laboratories, project pages, technical notes, reports, and public events.

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