Calling all UTM Faculty of Science alumni, researchers, and collaborators working in Biosciences, Chemistry, Physics & Mathematical Sciences!
Reconnect, collaborate, and inspire at ICOWOBAS 2025. ICOWOBAS is the flagship conference of the Faculty of Science UTM.

When: 6 & 7 May 2025
Where: Le Grandeur Palm Resort, Senai, Johor Bahru
Theme: “Innovative Science for a Smarter & Sustainable Future”

Why Attend?

• Reconnect with old friends and colleagues from UTM
• Build new connections with global researchers, experts, and collaborators
• Share your journey and expertise while learning from others
• Explore opportunities for groundbreaking partnerships and projects
• Relive the UTM spirit and create new memories together
  
  Hear from our distinguished keynote speakers:
• Datuk Prof. Ulung Dr. Harith Ahmad (Universiti Malaya)
• Prof. Sultan T. Abu-Orabi (Tishk International University)
• Dr. Iqbal Shamsudheen (PETCO Trading Labuan Company Ltd.)
• Prof. Dr. Ni’Matuzahroh (Universitas Airlangga)
  
  Key Dates:
  1 March 2025: Early Bird Deadline
  4 April 2025: Abstract Submission Deadline

Special Rates:

• Oral Presenter: MYR 1,100 (Early Bird)
• Poster Presenter (Student): MYR 600 (Early Bird)
• Attendee: MYR 500 (Early Bird)

Register Now: science.utm.my/icowobas

Don’t miss this chance to:

• Reconnect with the UTM family
• Collaborate with researchers and experts
• Celebrate the legacy and spirit of UTM

See you there!
More Info: linktr.ee/icowobas2025

Calling all our alumni, private sectors, individuals and anyone interested to contribute to the development of UTM, the faculty and our students, join the Royal Gala Dinner 2024! The donations received during the Dinner will benefit our students and university development through the various endowment funds available, and will directly benefit the faculty as well. All donations are also eligible for tax deduction. Get in touch with myself or any faculty members if you are interested to contribute and participate. More information provided in the linked brochure below, or through the official website (https://royalgaladinner.utm.my). Thank you!

Majlis Santapan Diraja kini kembali pada tahun 2024, yang memberi peluang alumni-alumni, syarikat swasta, individu-individu dan sesiapa sahaja yang berminat untuk menyumbanf kepada pembangung UTM, fakulti dan pelajar-pelajar kita. Segala sumbangan yang diterima akan membantu pelajar dan universiti melalui pelbagai tabung endowmen yang disediakan, dan memberikan manfaat terus kepada fakulti. Segala sumbangan yang diterima akan diberikan pengecualian cukai. Hubungi saya atau staf-staf fakulti yang lain jika anda berminat untuk menyumbang. Maklumat lanjut ada di dalam brosur dibawah atau melalui laman web rasmi (https://royalgaladinner.utm.my). Terima kasih!

A new edited book is currently at the final stage, focusing on the technologies and socioeconomy of clean water and sustainable energy in the developing countries in Asia. This book will be published by the Royal Society of Chemistry (UK), with contributions by authors from countries like Malaysia, Indonesia, India, Nepal and Laos. Check out this space again for the release date!

A farewell lunch was held on 10 June 2024 to commemorate Hui Jing’s successful MPhil thesis submission. Hui Jing’s thesis was on “Insight into Microbial Community Dynamics and Methane Metabolism in Palm Oil Mill Effluent Anaerobic Sludge via Next Generation Sequencing”. The project combined temporal sampling of POME anaerobic digester sludge, amplicon, and shotgun metagenomics sequencing to explore further into the intricacies of microbial biomethane production using POME as substrate.
Congratulations Hui Jing and we wish you a success in your future endeavours!

Our group has an opening for an MPhil position on biohydrogen production from pineapple-related wastes, in collaboration with the Sarawak government and Sarawakian agencies and industries. The project will investigate the suitable inocula and substrate for biohydrogen production, before upscaling and optimization in a lab-scale bioreactor. The candidate will be exposed to bioprocess technology, waste treatment, environmental biochemistry, and molecular microbiology.

Monthly allowance will be provided to the successful candidate. Kindly drop me an email at firdausw@utm.my if you are interested.

Candidates from chemistry, biochemistry, biosciences, chemical engineering, bioprocess engineering, and related fields are welcomed to apply. Sarawakian preferred due to the nature of the grant.

This position has been filled.

Feel free to reach out if you are interested in the other sub-projects on bromelain and composting.

Update (12 June 2024): This position has been filled. Thank you for all the interests and I apologise if I missed replying to your messages/emails.

My lab, in collaboration with the Advanced Membrane Technology Research Centre – AMTEC UTM, has an opening for a PhD position on biomethane production performance from palm oil mill effluent (POME). The project will investigate the effects of physicochemical parameters on methane production in a lab-scale bioreactor, and the association with the microbial community dynamics. The candidate will be exposed to bioprocess technology, wastewater treatment, environmental biochemistry, and molecular microbiology.

Monthly allowance will be provided to the successful candidate. Kindly drop me an email at firdausw@utm.my if you are interested.

Candidates from chemistry, biochemistry, biosciences, chemical engineering, bioprocess engineering, and related fields are welcomed to apply. Only open to Malaysians due to the nature of the grant.

This position has been filled.

Our latest review article on the microbial community involved in the conversion of oil palm wastes into biomethane is now published in 3 Biotech! Read the article here.

Abstract
Oil palm processing generates substantial waste materials rich in organic content, posing various environmental challenges. Anaerobic digestion (AD), particularly for palm oil mill effluent (POME), offers a sustainable solution, by converting waste into valuable biomethane for thermal energy or electricity generation. The synergistic activities of the AD microbiota directly affect the biomethane production, and the microbial community involved in biomethane production in POME anaerobic digestion has been reported. The composition of bacterial and archaeal communities varies under different substrate and physicochemical conditions. This review discusses the characteristics of POME, explores the microbial members engaged in each stage of AD, and elucidates the impacts of substrate and physicochemical conditions on the microbial community dynamics, with a specific focus on POME. Finally, the review outlines current research needs and provides future perspectives on optimizing the microbial communities for enhanced biomethane production from oil palm wastes.

Our recent preliminary results on the investigation of the POME anaerobic digester microbiomes are now published in the South Asian Journal of Research in Microbiology (Open Access). Check out the full paper here.

Abstract
Palm Oil Mill Effluents (POME) serve as suitable substrates for methane gas production through anaerobic digestion. This process relies on a complex microbial community that plays a critical role in ensuring stable anaerobic digester operation and efficient biogas production. Among these microorganisms, methanogenic archaea are pivotal in methane generation by utilizing diverse substrates under anoxic conditions. However, the knowledge of the microbial communities, particularly those involved in methane production in POME anaerobic sludge at different time intervals, remains limited. This study aims to uncover temporal variations in microbial communities, including diversity, composition, and structure, within POME anaerobic sludge, specifically focusing on the methanogenic archaea community. The temporal dynamics of microbial communities in the eighteen POME anaerobic sludge samples collected from a palm oil mill were investigated through 16S rRNA amplicon sequencing. The results reveal consistent microbial community diversity in POME anaerobic sludge over the study periods. Then, the sequencing also showed that Bacillota (26.9 ± 3.3%), Bacteroidota (20.2 ± 5.3%), and Chloroflexota (15.0% ± 6.3%) were the dominant bacterial phyla in POME anaerobic sludge across different time frames. Concurrently, Halobacteriota (5.9 ± 2.8%), Methanobacteriota (2.5 ± 0.6%), and Nanoarchaeota (2.3 ± 1.2%) were the primary archaeal phyla identified in anaerobic sludge at various time intervals. Furthermore, amplicon sequencing revealed the presence of two methanogenic archaea genera, Methanothrix and Methanobacterium, associated with acetoclastic and hydrogenotrophic methanogenesis, respectively. These findings suggest that acetoclastic and hydrogenotrophic methanogenesis pathways are the primary contributors to methane production in the POME anaerobic digestion process.