XMUM and MARDI Engage on Paddy Field Innovation
On 13 June 2025, a research delegation from Xiamen University Malaysia (XMUM), led by Assoc. Prof. Dr. Tan Jian Ping from the School of Energy and Chemical Engineering, visited the Malaysian Agricultural Research and Development Institute (MARDI) in Seberang Perai to explore potential collaboration in paddy field innovation and agricultural biotechnology.
MARDI Seberang Perai is Malaysia's largest paddy research centre and serves as a key site for rice-focused research and development. The institute maintains an extensive gene bank, housing genetically modified paddy seeds, wild rice varieties, and other genetic resources essential for developing climate-resilient and high-yielding rice strains.
During the engagement, XMUM postgraduate researcher Mr. Malvin presented a new integrated system developed by XMUM that combines real-time soil data collection with mechanistic modelling and artificial intelligence (AI). The system aims to support precision agriculture by enabling continuous monitoring and predictive analysis of soil conditions to guide crop management decisions.
Another XMUM researcher, Ms. Ng Xiao Qi, shared her proposed research on a fungi-bacteria consortium for managing plant diseases. Her presentation highlighted how microbial interactions could contribute to plant health and suggested possible collaborative trials with MARDI in microbial screening and field applications.
MARDI representatives shared updates on their current paddy research initiatives, addressing key challenges such as climate-related disease outbreaks, soil nutrient imbalances, and pest resistance. The institute's plant pathology team also introduced their work on developing disease-resistant rice varieties and microbial-based disease control strategies.
Group photo of XMUM and MARDI representatives following the research engagement meeting
As part of the discussions, MARDI expressed interest in offering student attachment and research training opportunities. Both parties discussed the possibility of future collaboration in areas such as artificial intelligence, microbial technologies, and sustainable agronomic practices.
Head of Plant Pathology, MARDI explaining the ongoing research in MARDI to XMUM delegates
This engagement marks a step toward strengthening academic-industry cooperation in addressing national agricultural challenges and promoting sustainable crop production through applied research.