Research areas
Six thematic areas that connect science, technology, medicine, education, and innovation.
The areas below describe where ICMRTI's interests lie. They are thematic areas, not completed projects, and each is open to work that connects it with the others. Sustainability and responsible innovation run through all of them.
Science and Applied Research
Fundamental and applied research in physics, chemistry, life sciences, environmental and earth sciences, mathematics and statistics, and computational modeling.
Example questions
- How can findings from fundamental research be tested and applied in practical settings?
- How can physical and environmental data inform decisions about sustainability?
Potential applications
- Materials and measurement
- Environmental monitoring
- Scientific data analysis
Relation to the mission: Grounds multidisciplinary work in rigorous inquiry.
Engineering
Mechanical and aerospace, electrical and electronic, civil and structural, and chemical engineering, together with sustainable and green engineering technologies.
Example questions
- How can engineering design draw on evidence from health, environmental, and social research?
- What makes infrastructure and systems durable, efficient, and sustainable?
Potential applications
- Infrastructure and energy systems
- Manufacturing processes
- Sustainable design
Relation to the mission: Turns scientific understanding into working systems.
Technology and Computing
Computer science and software engineering, artificial intelligence and machine learning, robotics and intelligent systems, and data-driven technologies.
Example questions
- How can AI and data tools be developed and evaluated responsibly in science, health, and education?
- How do intelligent systems change the way research is done?
Potential applications
- Decision-support tools
- Automation and robotics
- Digital platforms
Relation to the mission: Provides the tools that make multidisciplinary work possible.
Medicine and Health Sciences
Clinical and translational medicine, public and global health, biomedical science and biotechnology, pharmacology, neuroscience and mental health, and digital health.
Example questions
- How can engineering and data technologies improve diagnosis, care, and access to health services?
- How does research reach clinical and public health practice?
Potential applications
- Diagnostics and medical technology
- Health information systems
- Public health analysis
Relation to the mission: Connects research and technology to human health and wellbeing.
Education and Digital Learning
STEM education, health professions education, educational technology, curriculum development and pedagogy, higher education policy, and inclusive education.
Example questions
- How can digital tools support learning in technical and clinical fields?
- How can curricula prepare researchers to work across disciplines?
Potential applications
- Course and curriculum design
- Assessment and training
- Research capacity
Relation to the mission: Prepares and supports the people who carry research forward.
Innovation and Knowledge Transfer
How research results move into practice, including technology transfer, entrepreneurship, and the policy and economic conditions that shape innovation.
Example questions
- What conditions help research results reach practical use?
- How can institutions, industry, and public bodies work together on new solutions?
Potential applications
- Technology transfer
- Applied research partnerships
- Policy analysis
Relation to the mission: Carries knowledge from the laboratory and classroom into practice.
Publications and research outputs
Publication information
This section describes publication pathways. It is not a catalogue of published work, and no journal partnership, indexing coverage, DOI allocation, or publication date is being announced.
Useful research communication makes the question, methods, evidence, and limitations clear to its intended reader. The following pathways would support both scholarly discussion and the exchange of knowledge across disciplines.
- Conference proceedingsPlanned
The ICESTEM 2027 conference website describes proceedings for accepted papers. Publication arrangements, editorial responsibility, and release details remain to be announced there. See ICESTEM submission and publication information.
- Working papers
A possible route for sharing developing arguments, methods, or preliminary findings. Each item would state its version, date, and review status so readers can distinguish work in progress from a peer-reviewed publication.
- Research and practice briefs
Short accounts of a defined research question, the evidence available, and its practical implications. Briefs would identify their sources, limitations, and intended audience rather than presenting preliminary conclusions as established guidance.
- Methods and event resources
Workshop materials, methodological notes, or event summaries that contributors have authorized for release. Any shared resource would identify its authorship, purpose, date, and reuse conditions.
What a publication record would include
Once an output is approved for release, its record would provide the title, authors, date, output type, review status, and a working link to the text. Versions and corrections would be identified. Publisher names, identifiers, and licensing details would appear only when verified.
Editorial arrangements
An approved editorial process would need to define submission requirements, assessment responsibilities, conflict-of-interest handling, permissions, and correction procedures before a new publication series accepts submissions. Requirements for each publication series will be published before submissions open.
For publication enquiries, email info@ICMRTI.org. Conference manuscripts should follow the instructions on the ICESTEM website rather than being submitted as a general Centre enquiry.