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Facts & figures

  • 2.4 billion World population increase by 2050 (UN)
  • 4 million tonnes Amount of food Australians waste each year
  • 11 million Australians (50%) self-reported that they had a chronic disease in 2014-15
  • 28% of Australians were obese in 2014-15, a 19% increase since 1995
Centres and institutes_

Centre for Excellence in Advanced Food Enginomics

Transforming food products and processes for nutrition and health

We address global issues arising from growing and ageing populations and increasing chronic disease, while helping the Australian food industry to deliver a safe, sustainable, secure and competitive food supply.

Food is at the centre of many of society's global challenges: ensuring a safe, sustainable and secure food supply for growing populations; addressing the increasing incidence of chronic diseases; and meeting the issues arising from an ageing population.

There is also an increased demand for high-quality food, the need to minimise food waste and to ensure that the Australian food industry remains competitive in the global marketplace.

The Centre of Excellence in for Advanced Food Enginomics (CAFE) aims to meet these challenges by providing innovative solutions in food products, processes and supply chains to promote human wellbeing globally. Established in 2017, CAFE comprises a cross-disciplinary cluster of high profile and industry-focused researchers specialised in engineering, agriculture, business, chemistry, molecular biology and medicine.

Interdisciplinarity and open innovation have worked to transform food engineering into a substantive and productive engine in the wider food economy and industry. Enginomics integrates the human internal digestion and holistic health focus of certain bio-disciplines with the food processing and production focus of translational engineering. This is all done within the context of sustainable and socially responsible model that encompasses general human health and environmental sensitivity.

Enginomics integrates:

  • food processing
  • health and wellness
  • food and product engineering
  • consumer safety and personalised food
  • security and sustainability in food chain
  • human digestion system.
  • Conduct transformational research with commercial value for the Australian agri-food sector.
  • Solve ambitious and large-scale problems in food and health to achieve maximum positive impact.
  • Create customised healthy and wholesome processed foods in conjunction with industry to ensure maximum impact.
  • Use underutilised agriculture crops to create new products.
  • Nurture the shift from the 20th century to the 21st century:
    • change the food manufacturing drivers – taste, profit and safety – to  health, environment, visibility and sustainability
    • educate engineers and scientists to be entrepreneurs
    • develop safe and nutritional foods to reduce the prevalence of lifestyle diseases. 

News bulletin board

Golnoosh Torabian has been awarded the ‘best presentation’ award at the 20th International Conference on Bioactive Foods and Functional Food Processing in Rome this year. Golnoosh designed a sustainable process that minimises the effect of manufacturing processes on elderberries’ anti-viral activity; enhances the extraction of the bioactive compound and improves the stability and shelf life of the product. Specifically, Golnoosh helped optimize the production of a nutraceutical drug made from elderberry, normally used for the prevention and treatment of influenza.

Sahar Biglari has recently been awarded the best oral presentation prize by the Royal Society of Chemistry Committee, following her presentation at the 9th International Nanomedicine Conference held in Sydney in 2018. During her time at the ARCFPTC, Sahar’s PhD thesis focussed on developing a new platform technology for addressing the challenges that exist in the preclinical trial phase of product development. She designed a simple and low-cost skin-on-a-chip device that mimics human skin so that it can be used as an alternative to animal models to study the direct effect of naturally-derived compounds on patients who suffer from chronic wounds caused by burns, diabetes, cancer and many other conditions.


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Centre Director

Professor Fariba Dehghani
Professor Fariba Dehghani
Academic profile