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Browse by Grade: Secondary 3

Singapore · MOE Syllabus Outcomes

Secondary 3 Nutrition and Food Science.

This syllabus equips Secondary 3 students with essential knowledge of nutrition, diet, and health, alongside the scientific principles underlying food preparation. Students will develop critical thinking and practical skills to make informed food choices and understand the impact of diet on overall well-being in the Singaporean context.

4 units·13 topics·Ages 14-15

01Principles of Nutrition

3 topics·1.º Período

Students explore the classification, functions, and sources of macronutrients and micronutrients. The unit emphasizes the role of these nutrients in maintaining bodily functions and supporting growth.

Macronutrients: Carbohydrates and Proteins

Explore the chemical structure, functions, and food sources of carbohydrates and proteins. Understand their roles in providing energy and supporting growth and repair in the human body.

Concept MappingStations Rotation
Macronutrients: Fats and Dietary Fibre

Investigate the types of fats and the critical role of dietary fibre in digestion. Evaluate the health implications of fat consumption and how to incorporate healthy fats into a diet.

Inquiry-Based LearningJigsaw
Micronutrients: Vitamins and Minerals

Examine the functions, sources, and deficiency symptoms of essential vitamins and minerals. Understand their crucial role in regulating bodily processes and preventing malnutrition.

Gallery WalkExpert Panel

02Diet and Health

4 topics·2.º Período

This unit connects nutritional knowledge to real-world health outcomes, focusing on energy balance and diet-related diseases. Students apply the Health Promotion Board's dietary guidelines to meal planning.

Energy Balance and Dietary Guidelines

Analyze the concept of energy balance and its relationship to weight management. Apply the 'My Healthy Plate' guidelines by the Health Promotion Board (HPB) to daily eating habits.

Case Study AnalysisMaker Learning
Diet-related Diseases: Obesity and Diabetes

Investigate the dietary causes and physiological effects of obesity and Type 2 Diabetes. Discuss preventive measures through lifestyle and dietary modifications.

Case Study AnalysisPhilosophical Chairs
Diet-related Diseases: Hypertension and CHD

Explore the link between high sodium or cholesterol intake and cardiovascular diseases. Evaluate strategies to modify recipes to reduce the risk of these conditions.

Inquiry-Based LearningSimulation Game
Meal Planning for Different Life Stages

Apply nutritional principles to plan balanced meals for teenagers, adults, and the elderly. Consider physiological needs, lifestyle factors, and budget constraints.

Stations RotationMaker Learning

03Food Commodities

3 topics·3.º Período

Students investigate the nutritional composition, structure, and functional properties of various food commodities. Emphasis is placed on proper storage, handling, and preparation techniques.

Meat, Poultry, and Seafood

Study the nutritional composition, structure, and proper storage of meat, poultry, and seafood. Understand the effects of heat on these protein-rich commodities.

Inquiry-Based LearningConcept Mapping
Dairy Products and Eggs

Examine the nutritional value and functional properties of milk, cheese, yogurt, and eggs in food preparation. Explore commercial processes like pasteurization and homogenization.

Stations RotationJigsaw
Cereals, Grains, and Legumes

Investigate the structure of cereal grains and the nutritional differences between refined and whole grains. Understand the role of legumes as a vital plant-based protein source.

Gallery WalkInquiry-Based Learning

04Food Science and Reactions

3 topics·4.º Período

This unit delves into the scientific principles of food preparation, including heat transfer and chemical reactions. Students observe how cooking alters the physical and sensory properties of food.

Heat Transfer and Cooking Methods

Analyze the principles of heat transfer (conduction, convection, radiation) in various cooking methods. Evaluate how different methods affect the nutritional value and sensory properties of food.

Inquiry-Based LearningStations Rotation
Reactions of Carbohydrates in Food

Explore the scientific principles behind gelatinisation, dextrinisation, and caramelisation. Observe how these reactions alter the physical and chemical properties of food during preparation.

Inquiry-Based LearningConcept Mapping
Reactions of Proteins and Fats in Food

Investigate protein denaturation, coagulation, and the emulsification of fats. Understand the application of these scientific principles in everyday food preparation and product development.

Simulation GameMaker Learning