Chan Eng Seng

This PhD project at Monash University Malaysia focuses on developing advanced techniques for the enhanced recovery and purification of lipophilic bioactives from microalgae. The research aims to optimize extraction and separation processes to maximize yield, preserve bioactivity, and ensure high-purity compounds suitable for applications in nutraceuticals, cosmetics, and pharmaceuticals. By supporting sustainable and high-value microalgae-based product development, the project addresses both scientific and industrial challenges in the field. The project is supervised by Professor Chan Eng Seng, with co-supervision from Dr. Wail Gourich and Dr. Siti Hanifah Adiiba. The research areas include biochemistry, biotechnology, applied chemistry, industrial chemistry, pharmaceutical chemistry, chemical engineering, and food production. The department of Engineering and Information Technology provides a collaborative environment for interdisciplinary research. Successful applicants will be awarded the Graduate Research Excellence Scholarship (GRES), which offers a full tuition fee waiver and a monthly stipend for up to 3 years 6 months. To be eligible, candidates must have a First Class Honours (H1) or its equivalence (H1E) recognised by Monash University Malaysia and meet the English language requirements. The scholarship supports outstanding students in pursuing high-impact research in microalgae bioactives. Applications are accepted year-round. Prospective candidates are encouraged to contact the main supervisor with their academic background and achievements to determine their suitability for the project. If deemed a good fit, applicants should submit their application via the provided link, ensuring the research topic matches the advertisement. Detailed application requirements and submission guidelines are available on the university's website. This opportunity is ideal for students interested in biochemistry, chemical engineering, and sustainable product development, offering both academic and professional growth in a dynamic research environment.