26 June 2026 – The Department of Chemistry, Faculty of Applied Sciences, University of Sri Jayewardenepura takes great pride in celebrating the remarkable achievement of
Dr. Chandima Jeewantha Narangoda, Senior Lecturer and Director of the Center for Advanced Material Research (CAMR), Faculty of Applied Sciences, who has been honored with the Institute of Chemistry Ceylon Research Award for Early Career Chemists at the 55th Annual Sessions and 85th Anniversary celebrations of the Institute of Chemistry Ceylon.
A Milestone Achievement
The Institute of Chemistry Ceylon, Sri Lanka’s premier professional body for chemists, presented this prestigious award in recognition of Dr. Narangoda’s exceptional research contributions and impact in organic and materials chemistry. The award was formally presented at the inauguration ceremony held at the Institute of Chemistry (Malabe Campus) on 26 June 2026, highlighting the caliber of research being conducted within our faculty.
“This is an achievement within an achievement! This recognition is a testament to the dedication and collaborative spirit of our research team at Department of Chemistry and CAMR, which is already an achievement” said Dr. Narangoda. “It reflects not only individual research endeavors but also the institutional support and the exceptional contributions of our research students and research collaborators who are the real heroes behind this success”
Research Excellence and Innovation
Dr. Narangoda’s research portfolio spans multiple cutting-edge areas in organic chemistry, materials chemistry, and polymer science and demonstrating both depth and breadth of expertise:
Synthesis of medicinally valuable heterocyclic small molecules
Dr. Narangoda possesses expertise in the development of methodologies for accessing rare heterocyclic molecules, including diazacyclobutenes and tetrahydroindoles. His research group focuses on the extraction and isolation of natural products, which are subsequently modified using organic chemistry principles to produce synthetically modified natural product-based hybrid drugs. These drugs exhibit enhanced therapeutic potential, particularly in antimicrobial and anticancer applications. Additionally, he provides remote supervision to PhD students engaged in the synthesis of anticancer therapeutics at the Department of Biophysics, Manipal School of Life Sciences (MSLS), Manipal Academy of Higher Education (MAHE), Karnataka, India.
Natural Rubber Composites & Bio-Based Fillers
His research on natural rubber latex composites has pioneered the use of sustainable bio-based fillers, including organically modified microcrystalline cellulose (AMCC) and chitosan. Recent work demonstrates significant enhancements in mechanical and curing properties through intelligent chemical modification of bio-fillers. This research is particularly relevant for Sri Lanka’s natural rubber industry and supports the nation’s sustainable development goals.
Advanced Polymer Films and Sensors
Current research in this area includes the development of polymer film-based and organic small molecule-based sensors for foodborne bacteria detection as well as modification of biomaterials using organic chemistry principles for rapid detection of cyanotoxins in water addressing critical challenges in food safety and environmental monitoring.
Anticorrosive Coatings and Metal Complexes
Collaborative research has yielded novel surface-coating technologies that utilize hybrid metal complexes, with applications in industrial corrosion mitigation.
Transdermal Drug Delivery
Interdisciplinary work includes the development of slow-release transdermal drug-loaded rubber materials, combining materials science with pharmaceutical applications.
Publications and Impact
During the assessment period (2023-2025), Dr. Narangoda’s research group has produced:
4 publications in SCI/SCOPUS-indexed journals, including Materials Today Communications and Journal of Organic Chemistry, with emerging citations demonstrating research impact
13 peer-reviewed conference abstracts presented at national and international symposia, including the Sri Lanka Association for the Advancement of Science (SLAAS) 81st Annual Sessions
2 nationally filed patents covering novel transdermal materials and automated filtration systems for latex applications
Funding and Institutional Impact
Dr. Narangoda has successfully secured research funding exceeding LKR 8.8 million from the National Science Foundation and the University Research Grant scheme, enabling; development of industrially viable polymer film-based sensors, sustainable filtration systems for water quality monitoring, advanced surface coating technologies. This external funding strengthens the research capacity and creates opportunities for postgraduate research supervision and training.
Talk on Early Career Research Achievements and Impact
Complementing the award ceremony, Dr. Narangoda delivered an invited lecture titled
“Early Career Research Achievements and Impact,”
Sharing insights into the journey of building a research group, establishing research priorities aligned with sustainable development, and fostering collaborative networks across local and international institutions. The presentation highlighted the importance of translating fundamental research into practical solutions for industrial and environmental challenges.
Dr. Narangoda presenting on ‘Early Career Research Achievements and Impact: Bridging Chemistry and Materials with Purpose’ at the 55th Annual Sessions of the Institute of Chemistry Ceylon.
Recognition of Collaborative Research
A significant aspect of Dr. Narangoda’s recognition is the collaborative nature of his research. Many publications feature contributions from undergraduate and postgraduate students at the department of chemistry, including Research Assistants at CAMR. His research with international collaborators, including partnerships with Deakin University’s Institute for Frontier Materials (IFM) on carbon fiber recycling and surface modification, demonstrates the value of building research networks that extend beyond institutional boundaries.
Significance for the Department and Faculty
This award underscores the Faculty of Applied Sciences’ commitment to research excellence and innovation. The Department of Chemistry continues to support faculty research through infrastructure, funding mechanisms, and collaborative opportunities that enable world-class research contributions.
“Dr. Narangoda’s achievement reflects the caliber of research being conducted at our faculty,” noted departmental leadership. “His work exemplifies how rigorous academic research can address real-world challenges in materials science, sustainability, and industrial applications and areas critical to Sri Lanka’s development agenda.”
Looking Forward
As Director of CAMR, Dr. Narangoda continues to expand the research group’s capacity and scope. Ongoing initiatives include scaling industrial applications of developed technologies, establishing new collaborative partnerships, and mentoring the next generation of chemistry researchers.