Food Processing and Unit Operations
How transport phenomena — fluid handling, heat transfer, pumping and separation — determine product quality and process stability in food manufacturing.
Lecturer & Researcher in Food Science and TechnologyLecturer & Researcher in Food Science and Technology
I am a food scientist and process engineer working where food manufacturing, product quality and international food-safety standards meet. I hold a Master's degree in Food Science and Technology from The University of Queensland, awarded with Distinction, built on an engineering education in Indonesia and two years in industrial food production. That background shapes how I teach and how I frame research: starting from problems that appear on a production line, and working back to the science that explains them.
Academic profiles
Rochedale, Queensland, Australia
An engineer’s route into food science
My academic path has moved deliberately between engineering and food science. I completed an engineering degree at Institut Teknologi Sepuluh Nopember (ITS) in Surabaya, then spent two years inside a food manufacturing operation before returning to postgraduate study at The University of Queensland, where I completed a Master's degree in Food Science and Technology with Distinction.
Studying in Australia on a scholarship from Lembaga Pengelola Dana Pendidikan (LPDP) carried an expectation that the work would be put to public use, and that expectation still frames how I choose what to study. Alongside coursework I was selected for the UQ Summer Research Program — a competitive scheme that admitted 385 of 930 applicants — and was recognised with the UQ Employability Award, endorsed by the Vice-Chancellor and Academic Registrar.
“The UQ Summer Research Program taught me the part of research that is rarely on a syllabus.”
Research philosophy
Research interests, questions and areas of investigation.
My research interests sit where food processing meets the systems that govern it. Industrial experience in edible-oil manufacturing gave me a concrete set of questions about how processing conditions determine product quality; postgraduate study and subsequent work on Codex standards and food-trade policy gave me the framework in which those questions are answered at national and international scale.
I am drawn to research questions that begin as production or policy problems: why a fat crystallises the way it does, how a safety standard translates into a control point, what a trade rule means for a small producer. Research of that kind has to be rigorous to be useful, and useful to be worth doing.
How transport phenomena — fluid handling, heat transfer, pumping and separation — determine product quality and process stability in food manufacturing.
Palm-oil based products including cooking oil, margarine, cocoa butter substitutes and shortening: processing routes, functional properties and quality control.
Risk analysis and the development of Codex Alimentarius standards, including how international standards are negotiated regionally and applied in national systems.
The relationship between trade policy and food security outcomes, and how policy instruments support or undermine nutritional goals.
Sustainable production, climate resilience and nutritional advancement as intersecting constraints on the future of food supply.
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The publication record is being compiled. Journal articles, conference papers, presentations, posters and research reports will appear here with full citations and resolvable DOIs — nothing is listed that has not been published.
Independent research undertaken through the UQ Summer Research Program, a competitive university scheme that admitted 385 of 930 applicants. Add the project title, supervisor and research question.
Teaching practice
Anchoring each topic in a situation a student can visualise, so that the reason for a derivation is established before the derivation itself.
Asking students to interrogate assumptions in a specification or a standard, rather than accepting given values as fixed.
Using genuine process problems and research findings as teaching material, including results that were unexpected or inconclusive.
Drawing directly on manufacturing experience so that graduates recognise the conditions, constraints and vocabulary of the industry they enter.
April 2024
Institut Teknologi Sepuluh Nopember (ITS)
Credential ID
3835/IT2.IX.2.1.2/T/TU.00.08/IV/2024
Invited by my undergraduate programme supervisor to lecture on Satuan Operasi Teknik Pangan (Unit Operations in Food Engineering), a course covering the fluids and pumps used in food production. The session combined the theoretical treatment of the topic with practical production-line challenges drawn from two years of industrial experience in palm-oil based manufacturing.
Education & experience
2023 – 2024
The University of Queensland
2016 – 2020
Institut Teknologi Sepuluh Nopember (ITS)
April 2024
Institut Teknologi Sepuluh Nopember (ITS)
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Interested in collaborating?
Let’s discuss research, teaching, food innovation, or academic collaboration.
Joint research projects, co-publications and knowledge exchange.
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Rochedale, Queensland, Australia
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