Active learning ideas
This topic focuses on the fundamental building blocks of our diet: carbohydrates, proteins, and fats. Students examine how these macronutrients provide the energy necessary for daily functions and growth. In the Singapore context, where diverse food options are available 24/7, understanding energy balance is crucial for making informed lifestyle choices. The curriculum emphasizes the specific functions of each nutrient and the physiological consequences of consuming them in excess or deficiency.
Activity 01
Small groups analyze the macronutrient profile of popular local dishes like Chicken Rice or Mee Rebus using nutritional databases. They must propose modifications to balance the energy density while maintaining cultural authenticity.
What are the primary functions of macronutrients?
Activity 02
Students are given different personas, such as a sedentary office worker or a student athlete. They individually calculate the BMR, share their findings with a partner to check for accuracy, and then present a recommended daily meal plan to the class.
How is energy balance calculated?
Activity 03
The class is divided into teams to debate the effectiveness and health implications of various popular diets. They must use scientific evidence regarding macronutrient functions to support their arguments.
What happens when there is an energy imbalance?
A few notes on teaching this unit
Watch Out for These Misconceptions
Fats are entirely bad for health and should be eliminated.
Students often overlook that fats are essential for protecting organs and absorbing fat-soluble vitamins (A, D, E, K). Peer discussion about the different types of fats helps them distinguish between beneficial unsaturated fats and harmful trans fats.
Energy balance only refers to the amount of food eaten.
Many believe energy balance is static, ignoring the 'energy out' side of the equation. Hands-on modeling of Basal Metabolic Rate (BMR) versus Physical Activity Level (PAL) helps students see that energy balance is a dynamic relationship.
Methods used in this brief
Micronutrients and Water
This topic covers the essential vitamins, minerals, and the critical role of hydration. Students will investigate deficiency diseases and dietary sources.
8 methodologies
Diet and Health Conditions
Students will analyse the relationship between diet and diet-related diseases such as obesity, diabetes, and hypertension. They will plan modified diets for specific health conditions.
8 methodologies