These modules are designed to integrate sustainability directly into the Food Science and Technology discipline.
In these modules, sustainability is not positioned as an add-on topic, but as a core way of understanding how food systems function and evolve.
Across the four modules, students move from a systems-level perspective to applied decision-making. They begin by examining food systems as interconnected chains linking production, processing, packaging, distribution, consumption, and waste before progressing to more focused analysis of manufacturing, life-cycle impacts, and dietary choices. This progression helps students understand that sustainability challenges in food science are rarely isolated; they involve trade-offs across environmental impact, food safety, economic feasibility, cultural relevance, and technological constraints.
Grounded in Vietnamese and Southeast Asian contexts, the modules emphasise real-world applicability. Students work with authentic cases to identify pressure points, evaluate interventions, and assess whether proposed solutions are realistic rather than idealised. Key capabilities developed across the modules include systems thinking, life-cycle analysis, stakeholder awareness, and evidence-based reasoning.
How to apply these materials into teaching
These modules are designed to be flexible and adaptable, allowing lecturers to integrate sustainability into existing Food Science and Technology courses rather than teaching them as a standalone subject.
A practice-led, discussion-driven approach is recommended. Core concepts, such as systems thinking, resource efficiency, life-cycle assessment, and sustainable diets should be introduced briefly to establish a shared foundation, then applied through structured activities.
Suggested teaching applications include
Which parts require direct instruction or theory explanation
The lecturer’s role is to frame problems, guide analysis, and challenge assumptions, helping students connect scientific knowledge with practical constraints and societal implications.
Thus, short and focused instruction (10-20 minutes) is most effective for introducing key frameworks, such as life-cycle thinking or sustainable diet principles, followed by interactive activities where students apply these concepts in context.
SDG integration
Rather than focusing on a fixed set of goals, the modules allow students to explore how multiple SDGs intersect within food systems, for example, linking food production and processing to environmental impacts (e.g. SDG 13 Climate Action), packaging and waste to responsible consumption (e.g. SDG 12 Responsible Consumption and Production), and dietary choices to nutrition and health outcomes (e.g. SDG 2 Zero Hunger, SDG 3 Good Health and Well-being).
Modules
Below are the downloadable module materials designed specifically for this course. Please download each file to view the details.
