1. Develop a new procedure to synthesize a polymer-based heterogenous acid catalyst with reactive extrusion method for esterification reaction of free fatty acid. This catalyst can be reused for 3 times with maximum conversion of 77%.2. Develop a new procedure to granulate a thin film of polymer-based heterogenous acid catalyst. This granulated catalyst can be reused for 3 times with maximum conversion of 87%.3. Manage to synthesize a polymer-based heterogenous acid catalyst in a form of thin film for esterification reaction of free fatty acid.4. This catalyst can be reused for 4 times with maximum conversion of 96%.5. Work in a team with 1 colleague and 2 lecturers from Parahyangan Catholic University.6. Managing 4 students who join this project for their final research.

1. Conduct research to develop a new modified cross-linked sago starch with furan and bismaleimide via the Diels-Alder Reaction2. Work together with 1 colleague and 2 lecturers from Parahyangan Catholic University3. This research has been accepted to be published in Journal of Renewables Materials

1. Collaborate to make a simulation of hydrogen plant unit in PT. PERTAMINA (Persero) RU VI Balongan with ASPEN Plus2. The simulation included steam methane reforming reactor, furnace and six heat exchanger3. Work in team of 2 colleagues, 1 Process Engineer from PT. PERTAMINA (Persero) RU VI Balongan and 1 lecturer from Parahyangan Catholic University