Profesor ChM. Dr. Collin Glen Joseph A/l Anthony Joseph
Profesor ChM. Dr. Collin Glen Joseph A/l Anthony Joseph
Fakulti Sains dan Teknologi · Fakulti Sains dan Teknologi, UMS
collin@ums.edu.my
Summary

Prof. ChM. Dr. Collin G. Joseph is a distinguished Charted Chemist and a Professor in the Industrial Chemistry Program at Universiti Malaysia Sabah (UMS). Since joining UMS in 2003, he has cultivated a career defined by scientific innovation, academic excellence, and unwavering service to both the scientific community and society at large. He earned his PhD from the University of Nottingham, UK, in 2011, where his research laid the foundation for what would become his specialized focus areas: Adsorbent Technology, Sonophotochemistry, and Ozone Chemistry. In 2014, Prof. Joseph established the Sonophotochemistry Research Group, where he continues to lead pioneering studies that push the boundaries of photochemical and ultrasonic chemical systems. From 2020 to 2023, he served with distinction as Head of the Industrial Chemistry Programme at the Faculty of Science and Technology, UMS. His dynamic leadership and dedication to academic development have significantly enhanced the program’s research capabilities and industry collaboration. Among his numerous accolades, Prof. Joseph is the recipient of several Excellence and Service Awards, as well as Gold Medals in innovation and research competitions such as MTE, ITEX, and PEREKA. His scholarly contributions include a Google Scholar (9-9-2025) h-index of 22, with over 3,013 citations, marking his influence in the global scientific community.
His work has earned him editorial roles with major publications, including positions on the editorial board of the Malaysian Journal of Chemistry, Photocatalysis (Frontiers of Chemistry), and Catalysts. He is a sought-after reviewer for Tier 1 journals under publishing houses like Elsevier B.V., Springer, and Taylor & Francis, and frequently invited to present at international conferences as a keynote speaker, often with full sponsorship. In 2024, he secured RM30,000 in consultancy funding for UMS through a partnership with a Sabah-based company—showcasing his ability to bridge academia and industry with tangible impact. Prof. Joseph’s dedication to the field of chemistry was formally recognized in 2021 when he was awarded the Fellowship of the Malaysian Institute of Chemistry, the institute’s highest honor. He is also a proud member of the American Chemical Society and the Majlis Profesor Negara, underscoring his contributions at both national and international levels. Beyond his academic achievements, Prof. Joseph is committed to community engagement. He is a lifelong volunteer and committee member with MERCY Malaysia and UMS4WDVC, contributing to humanitarian and outreach programs aimed at improving lives across Sabah. Prof. ChM. Dr. Collin G. Joseph embodies the spirit of scientific curiosity, leadership, and service. His journey stands as an inspiration to aspiring chemists and researchers, and a testament to the transformative power of science driven by purpose.

Education
Stats
Publications:
38
Projects:
36
Grants:
RM 1,923,882.32
Scopus Metrics
Research Interests
BIOTECHNOLOGY - Waste Valorisation
CHEMISTRY - Photochemistry
ENVIRONMENTAL ENGINEERING - Water and Wastewater Treatment Technology
MATERIAL SCIENCES AND TECHNOLOGY INCLUDING ENGINEERING MATERIALS - Activated Carbon
Latest Grants
Application Of Ru-ir Complexes In Photoredox Catalysis Treatment For The Remediation Of Oil And Gas Industry Wastewater
Catalytic Peroxone Treatment For The Remediation Of Aquaculture Wastewater
Preparation And Characterization Of Novel Activated Carbon From Grass Clippings Biomass For The Removal Of Dye Contaminated Wastewater
Elucidation Of Sequential Photo-ozone Catalysis Hybrid Process For The Remediation Of Rubber Processing Industry-based Effluent
Ozone Assisted Photocatalysis Hybrid System For The Removal Of Antibiotics In Aquaculture Effluent
Latest Publications
Highly Efficient Photocatalytic Degradation Of Reactive Black 5 Using Ti-based Mixed Oxide Nanocomposites
Engineering One-dimensional Titania Nanostructures For Enhanced Photocatalysis In Energy Conversion And Environmental Treatment
Waste-derived Nanocomposites As Dual-function Materials For Water And Energy Sustainability
Metal-free Analcime Derived From Rice Husk Ash For Visible-light-enhanced Heterogeneous Activation Of H2o2: Application In Alkaline Indigo Carmine Degradation
Evaluation Of Acetic Acid As A By-product During Ethanol Fermentation
Administrative Positions
Fakulti Sains dan Teknologi