Dr. Eng. Wahyu Ramadhan, S.Pi., M.Si.
Dr. Eng. Wahyu Ramadhan, S.Pi., M.Si.
Fish Processing Division
Department Aquatic Product Technology, Faculty of Fisheries and Marine Science, IPB University
Academic Qualification
Doctor of Engineering (Dr. Eng.)
Kyushu University, Jepang (2020)
Master of Sciences (M.Si.)
Institut Pertanian Bogor (IPB), Indonesia (2013)
Bachelor of Fisheries Science (S.Pi.)
Institut Pertanian Bogor (IPB), Indonesia (2011)
Research Interests
- Aquatic Product Processing Technology; Marine Derived Gel Systems.
Research Projects
- Intellegence Smart Packaging and Labelling (Aerogel, Aerogel Bead, Foam, Film/Polymer)
- Material Terbarukan : Bioinspired and New Material from Marine (Crustacea – Mollusca, Belangkas, Undur-undur Laut)
- Recovery and Valorisasi Fisheries by Products : Minyak Ikan, Isolat Protein Ikan, Bio-calcium Powder, Hidroksiapatit, Chitin-Chitosan, Biodiesel Fish Oil , Katalis,
- Surimi dan Surimi Seafood Product : Surimi, Seafood analog
Recent Publications
- Valorization of Pangasius byproduct oil in wax-structured oleogels as a potential butter substitute for reduced-fat chocolate-based products (2025)
- Investigation of polymer blend formulation and homogenization dynamics in the development of biodegradable, hydrophobic, and heat-resistant seaweed-based bioplastic straws (2025)
- Application of Check-All-That-Apply (CATA) for formulating and characterizing sargassum seaweed-based kombucha drink: effects of different sugar types and fermentation times (2025)
- Impact Strength and Corrosion Resistance of Steel-Copper Laminated Composites by Immersion Method (2025)
- Modeling of Dynamic Material Behavior-Based Optimization of Gracilaria Powder, Kappa-Carrageenan, and Tricalcium Phosphate and Sequential Acidulant Adjustment for Instant Pre-Mix Seaweed Beverage (2025)
- Impact of artificial rice from Gracilaria sp. seaweed on Superoxide Dismutase (SOD) levels in prediabetic and diabetic patients (2025)
- KINETIC STUDY OF QUALITY CHANGES AND SHELF-LIFE PREDICTION OF Gracilaria sp. SEAWEED-BASED ANALOG RICE USING THE ARRHENIUS MODEL (2025)
- Construction of seaweed-based aerogel from natural cellulose microfibrils: a proof-of-concept study on the application as absorbent for carcinogenic compounds from smoked fish (2025)
- Synthesis of Sustainable Dual-Function Aerogels from Water Hyacinth Cellulose and Shrimp Shell Nano-Chitosan for Heavy Metal Removal and Coliform Bacteria Filtration in Polluted Water (2025)
- The Effect of Hydrochloric Acid Concentration on Glucosamine Extraction from Chitosan Penaeus monodon as Liposomal-Based Delivery System (2025)
