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Project description
Global food loss and waste has been identified by the Food and Agriculture Organization of
the United Nations (FAO) as an issue of major public concern. Around 1/3 of the world’s food goes to waste every year, and even a small country such as Singapore has had an increase of nearly 35% in food waste over the past decade. However, there is actually immense potential to upcycle this high-value food resource via insect bioconversion: Using fast-growing insects to consume food waste and produce high-value commodities.
Black soldier fly (BSF) larvae are able to voraciously feed on and process food waste quickly. Mature larvae and the leftover frass are also nutrient-rich, and can be processed into animal feed as well as nutrient-rich soil supplements suitable for farming. Thus, BSFs are an attractive solution for efficient organic waste management via bioconversion. BSFs could present a sustainable solution to Singapore’s crisis of food waste and security, yet there is a paucity of essential information on how we can optimize.
The PhD student will quantify and test bioconversion efficiency using various waste streams at NUS BSF facility. In addition, he/she/they will investigate the feasibility of industrializing BSFs in collaboration with a local industrial food waste company.
Requirements
Application details
Apply via http://www.dbs.nus.edu.sg/education/prospective-graduate-students.html
The Reproductive Evolution Lab at NUS is led by Assistant Professor Nalini Puniamoorthy.
Global food loss and waste has been identified by the Food and Agriculture Organization of
the United Nations (FAO) as an issue of major public concern. Around 1/3 of the world’s food goes to waste every year, and even a small country such as Singapore has had an increase of nearly 35% in food waste over the past decade. However, there is actually immense potential to upcycle this high-value food resource via insect bioconversion: Using fast-growing insects to consume food waste and produce high-value commodities.
Black soldier fly (BSF) larvae are able to voraciously feed on and process food waste quickly. Mature larvae and the leftover frass are also nutrient-rich, and can be processed into animal feed as well as nutrient-rich soil supplements suitable for farming. Thus, BSFs are an attractive solution for efficient organic waste management via bioconversion. BSFs could present a sustainable solution to Singapore’s crisis of food waste and security, yet there is a paucity of essential information on how we can optimize.
The PhD student will quantify and test bioconversion efficiency using various waste streams at NUS BSF facility. In addition, he/she/they will investigate the feasibility of industrializing BSFs in collaboration with a local industrial food waste company.
Requirements
- Minimum Degree in biology, environmental science or a related field
- Keen on working with and maintaining insects for research purposes. Fieldwork experience is desirable but absence is not a preclusion.
- Ability to work collaboratively in a team and communicate with people with and without a science background.
- Statistical background as well as proficiency in R programming and Python are preferred.
- Written and verbal competency in English
Application details
Apply via http://www.dbs.nus.edu.sg/education/prospective-graduate-students.html
- Deadline for application is 30th June 2020
- Applicants should be ready to start by January 2021
The Reproductive Evolution Lab at NUS is led by Assistant Professor Nalini Puniamoorthy.