
Fields of Research (FoR)
Food engineering, Food chemistry and food sensory science, Food sciences, Food sustainability, Machine learning, Optimisation, Proteins and peptides, Proteomics and intermolecular interactions (excl. medical proteomics), Food packaging, preservation and processingBiography
Dr. Rishi Naik is a research associate at school of Chemical engineering and a member of CRL lab led by prof. Cordelia Selomulya. Rishi specializes in extraction, isolation and characterization of potential food ingredients from plant and seaweed sources and enhancing the functionality and bioactivity of plant-based or seaweed-based proteins and related components via different techniques including conjugation, ultrasonication and novel...view more
Dr. Rishi Naik is a research associate at school of Chemical engineering and a member of CRL lab led by prof. Cordelia Selomulya. Rishi specializes in extraction, isolation and characterization of potential food ingredients from plant and seaweed sources and enhancing the functionality and bioactivity of plant-based or seaweed-based proteins and related components via different techniques including conjugation, ultrasonication and novel technologies including machine learning based food process optimizations.
My Qualifications
Ph.D. in Chemical Engineering, specializing in Food Engineering
M.Tech in Food Engineering and Technology
B.Tech in Food Technology
My Awards
- Honorary Recipient of Arc PGC Research Candidate Award (2024)
- Recipient of AIFST’s Dr. Dave Roberts Emerging Leader Award (2024)
- Recipient of AIFST’s Bruce Chandler Award (2024)
My Research Supervision
Areas of supervision
Dr. Rishi specializes in Food engineering and tech focusing on extraction, isolation, and characterization of potential food ingredients from plant and seaweed sources.Process optimizations and functionalization and bioactivity enhancements of sustainable proteins using techniques such as conjugation, ultrasonication, and novel technologies, including machine learning-based food process optimizations.
Location
Contact
ORCID as entered in ROS
