INTERNATIONAL SEMINAR ON MATHEMATICS IN INDUSTRY 2026
| Reference No. | 2026b004 |
|---|---|
| Type/Category | Grant for International Project Research-Workshop (I) |
| Title of Research Project | INTERNATIONAL SEMINAR ON MATHEMATICS IN INDUSTRY 2026 |
| Principal Investigator | NUR ARINA BAZILAH BINTI AZIZ（UTM-CENTRE FOR INDUSTRIAL AND APPLIED MATHEMATICS (UTM-CIAM)・RESEARCH FELLOW） |
| Research Period | |
| Keyword(s) of Research Fields | Applied Mathematics, Computational and Engineering Mathematics, Statistics and Statistical Modelling, Operational Research and Management Science, Data Science and Machine Learning, Industrial Applications of Mathematics, Applied Probability and Stochastic Processes, Financial Mathematics |
| Abstract for Research Report |
The main aim of ISMI2026 is to strengthen the partnership between the industrial mathematics global communities through the following objectives: 1) To facilitate international knowledge exchange by supporting the participation of invited industry and academic speakers from various countries at ISMI 2026 through travel sponsorship. 2) To promote international networking and research partnerships between Malaysian institutions and overseas universities, research centres, and industry players. 3) To enhance the quality and impact of ISMI 2026 who contribute cutting-edge perspectives in industrial mathematics and real-world applications. 4) To support capacity building and talent development by exposing students and early-career researchers to high-level international expertise and industrial problem-solving approaches. The expected results of ISMI 2026 are: 1) Academic Impact: Peer-reviewed papers will be published in WoS and Scopus-indexed journals, including MATEMATIKA and Springer Proceedings, alongside technical documentation in the IMI Lecture Note Series. 2) Technological Advancement: Research will reinforce mathematics as the core of AI, applying predictive analysis to solve industrial challenges. Innovation is driven through a Quadruple Helix model, uniting academia, government, industry, and the community. 3) Sustainability & SDGs: By promoting efficient resource allocation via mathematical models, the program directly supports SDG #4 (Education), #9 (Industry),and #17 (Partnerships). |
| Organizing Committee Members (Workshop) Participants (Short-term Joint Usage) |
ARIFAH BAHAR（UNIVERSITI TEKNOLOGI MALAYSIA・DIRECTOR OF UTM-CENTRE FOR INDUSTRIAL AND APPLIED MATHEMATICS） SHARIFFAH SUHAILA SYED JAMALUDIN（UNIVERSITI TEKNOLOGI MALAYSIA・ASSOCIATE PROFESSOR） SHARIDAN SHAFIE（UNIVERSITI TEKNOLOGI MALAYSIA・RESEARCH FELLOW, UTM-CIAM） NUR ARINA BAZILAH BT AZIZ（UNIVERSITI TEKNOLOGI MALAYSIA・RESEARCH FELLOW, UTM-CIAM） AHMAD QUSHAIRI BIN MOHAMAD（UNIVERSITI TEKNOLOGI MALAYSIA・SENIOR LECTURER） FUMIKAZO SATO（IMI, KYUSHU UNIVERSITY・PROFESSOR） ATSUSHI TERO（IMI, KYUSHU UNIVERSITY・ASSOCIATE PROFESSOR） NORHAIZA AHMAD（UNIVERSITI TEKNOLOGI MALAYSIA・SENIOR LECTURER/CHAIR ISMI 2026） ZAITUL MARLIZAWATI ZAINUDDIN（UNIVERSITI TEKNOLOGI MALAYSIA・DEPUTY DIRECTOR, UTM-CIAM） |