Nutrition

A functional biology curriculum designed for life skills students, focusing on practical knowledge of nutrition, personal hygiene, and environmental stewardship through hands-on activities and visual aids.

A comprehensive 16-week weight training curriculum divided into two parts: 'Part 1: The Human Engine' (Weeks 1-8) focusing on movement patterns, bodyweight mastery, and anatomy; and 'Part 2: The Iron Forge' (Weeks 9-16) focusing on advanced compound lifts, training science, and independent program design. Includes nutrition for performance and comprehensive classroom activities.

Students act as nutrition consultants to design personalized meal plans. They analyze macronutrient roles, calculate metabolic rates, master portion control, and adapt plans for dietary constraints like allergies and budgets.

A comprehensive high school unit focusing on the physiological and mathematical aspects of nutrition. Students will learn to calculate metabolic needs, analyze macronutrient density, and design personalized meal plans for various physiological profiles.

Students move beyond basic identification of nutritional data to critically evaluate the relationship between front-of-package marketing and back-of-package realities through quantitative analysis and chemical investigation.

A comprehensive nutrition sequence for 12th-grade students focusing on the transition to independent living. Students move from metabolic calculations to practical meal planning for specific health needs and budget constraints.

This advanced 11th-grade nutrition sequence explores the physiological requirements of the human body. Students move from basic food groups to complex metabolic calculations, nutrient density analysis, and the design of personalized meal plans for diverse dietary needs.

This sequence guides 9th-grade students through the science of macronutrients and meal planning. Students will move from understanding the biological roles of carbohydrates, proteins, and fats to analyzing portion sizes, decoding nutrition labels, and finally designing customized meal plans for diverse lifestyle profiles.

Students transition from understanding basic food groups to applying nutritional science in real-world scenarios. The unit covers macronutrients, portion control, label reading, and activity-based needs, culminating in a meal plan design project.

This sequence prepares high school seniors for the nutritional challenges of independent living, moving from complex nutrient analysis to practical budgeting, portion control, and meal prep strategies. Students will develop the critical thinking skills needed to maintain health and performance while managing limited time, money, and kitchen facilities.

This advanced 11th-grade nutrition sequence moves beyond basic food groups to explore biochemical metabolism, micronutrient bioavailability, energy expenditure mathematics, and strategic meal planning for diverse populations. Students transition from passive consumers to critical nutritional analysts through case studies and myth-busting challenges.

A comprehensive 10th-grade nutrition unit that transitions students from food identification to sophisticated biochemical analysis of nutrient density, caloric needs, and physiological optimization through meal planning.

This high school health sequence explores the cumulative impact of daily habits—sleep, stress management, nutrition, and hygiene—on chronic disease prevention. Students analyze the biological mechanisms of immunity and lifestyle-related illness to design a personalized prevention blueprint for long-term health.

A comprehensive 4-week high school health unit covering mental health, nutrition, substance use, and sexual health. Students analyze health behaviors, influence, and prevention strategies to promote lifelong well-being.

A three-part developmental series exploring Emotional Intelligence and its role within the four dimensions of holistic health: physical, emotional, social, and spiritual.

A functional biology curriculum designed for life skills students, focusing on practical knowledge of nutrition, personal hygiene, and environmental stewardship through hands-on activities and visual aids.

A comprehensive 16-week weight training curriculum divided into two parts: 'Part 1: The Human Engine' (Weeks 1-8) focusing on movement patterns, bodyweight mastery, and anatomy; and 'Part 2: The Iron Forge' (Weeks 9-16) focusing on advanced compound lifts, training science, and independent program design. Includes nutrition for performance and comprehensive classroom activities.

Students act as nutrition consultants to design personalized meal plans. They analyze macronutrient roles, calculate metabolic rates, master portion control, and adapt plans for dietary constraints like allergies and budgets.

A comprehensive high school unit focusing on the physiological and mathematical aspects of nutrition. Students will learn to calculate metabolic needs, analyze macronutrient density, and design personalized meal plans for various physiological profiles.

Students move beyond basic identification of nutritional data to critically evaluate the relationship between front-of-package marketing and back-of-package realities through quantitative analysis and chemical investigation.

A comprehensive nutrition sequence for 12th-grade students focusing on the transition to independent living. Students move from metabolic calculations to practical meal planning for specific health needs and budget constraints.

This advanced 11th-grade nutrition sequence explores the physiological requirements of the human body. Students move from basic food groups to complex metabolic calculations, nutrient density analysis, and the design of personalized meal plans for diverse dietary needs.

This sequence guides 9th-grade students through the science of macronutrients and meal planning. Students will move from understanding the biological roles of carbohydrates, proteins, and fats to analyzing portion sizes, decoding nutrition labels, and finally designing customized meal plans for diverse lifestyle profiles.

Students transition from understanding basic food groups to applying nutritional science in real-world scenarios. The unit covers macronutrients, portion control, label reading, and activity-based needs, culminating in a meal plan design project.

This sequence prepares high school seniors for the nutritional challenges of independent living, moving from complex nutrient analysis to practical budgeting, portion control, and meal prep strategies. Students will develop the critical thinking skills needed to maintain health and performance while managing limited time, money, and kitchen facilities.

This advanced 11th-grade nutrition sequence moves beyond basic food groups to explore biochemical metabolism, micronutrient bioavailability, energy expenditure mathematics, and strategic meal planning for diverse populations. Students transition from passive consumers to critical nutritional analysts through case studies and myth-busting challenges.

A comprehensive 10th-grade nutrition unit that transitions students from food identification to sophisticated biochemical analysis of nutrient density, caloric needs, and physiological optimization through meal planning.

This high school health sequence explores the cumulative impact of daily habits—sleep, stress management, nutrition, and hygiene—on chronic disease prevention. Students analyze the biological mechanisms of immunity and lifestyle-related illness to design a personalized prevention blueprint for long-term health.

A comprehensive 4-week high school health unit covering mental health, nutrition, substance use, and sexual health. Students analyze health behaviors, influence, and prevention strategies to promote lifelong well-being.

A 2-day condensed unit for 10th-grade sports nutrition focused on identifying industry "Red Flags" and expert consensus for supplement safety. Students complete a digital Label Hunt and a final synthesis assessment to demonstrate mastery.

A comprehensive unit designed to help students understand the science of sleep, identify personal sleep barriers, and implement effective sleep hygiene habits for better physical and mental well-being.

An exploration of personal health and wellness, moving from defining health to implementing sustainable healthy habits.

A functional biology curriculum designed for life skills students, focusing on practical knowledge of nutrition, personal hygiene, and environmental stewardship through hands-on activities and visual aids.

A comprehensive 16-week weight training curriculum divided into two parts: 'Part 1: The Human Engine' (Weeks 1-8) focusing on movement patterns, bodyweight mastery, and anatomy; and 'Part 2: The Iron Forge' (Weeks 9-16) focusing on advanced compound lifts, training science, and independent program design. Includes nutrition for performance and comprehensive classroom activities.

A comprehensive investigation into caffeine consumption, marketing tactics, and physiological effects, designed to transform 7th-grade students into critical analysts of the energy drink industry.

Students act as nutrition consultants to design personalized meal plans. They analyze macronutrient roles, calculate metabolic rates, master portion control, and adapt plans for dietary constraints like allergies and budgets.

A comprehensive high school unit focusing on the physiological and mathematical aspects of nutrition. Students will learn to calculate metabolic needs, analyze macronutrient density, and design personalized meal plans for various physiological profiles.

Students move beyond basic identification of nutritional data to critically evaluate the relationship between front-of-package marketing and back-of-package realities through quantitative analysis and chemical investigation.

A comprehensive nutrition sequence for 12th-grade students focusing on the transition to independent living. Students move from metabolic calculations to practical meal planning for specific health needs and budget constraints.

This advanced 11th-grade nutrition sequence explores the physiological requirements of the human body. Students move from basic food groups to complex metabolic calculations, nutrient density analysis, and the design of personalized meal plans for diverse dietary needs.

This sequence guides 9th-grade students through the science of macronutrients and meal planning. Students will move from understanding the biological roles of carbohydrates, proteins, and fats to analyzing portion sizes, decoding nutrition labels, and finally designing customized meal plans for diverse lifestyle profiles.

Students transition from understanding basic food groups to applying nutritional science in real-world scenarios. The unit covers macronutrients, portion control, label reading, and activity-based needs, culminating in a meal plan design project.

This sequence prepares high school seniors for the nutritional challenges of independent living, moving from complex nutrient analysis to practical budgeting, portion control, and meal prep strategies. Students will develop the critical thinking skills needed to maintain health and performance while managing limited time, money, and kitchen facilities.

This advanced 11th-grade nutrition sequence moves beyond basic food groups to explore biochemical metabolism, micronutrient bioavailability, energy expenditure mathematics, and strategic meal planning for diverse populations. Students transition from passive consumers to critical nutritional analysts through case studies and myth-busting challenges.

A comprehensive 10th-grade nutrition unit that transitions students from food identification to sophisticated biochemical analysis of nutrient density, caloric needs, and physiological optimization through meal planning.

This advanced health sequence challenges 12th-grade students to investigate the physiological mechanisms of osmoregulation and fluid balance. Students analyze the biological necessity of water, diagnose hydration disorders through clinical case studies, calculate personalized sweat rates, and critically evaluate the hydration market to optimize both physical and cognitive performance.

This sequence investigates the biological necessity of water and the physiological consequences of fluid imbalance, moving from biological mechanisms to practical application and personalized hydration planning.

Students investigate the critical role of water in maintaining homeostasis and maximizing physical performance. They explore physiological mechanisms, analyze dehydration symptoms through case studies, compare water with electrolyte beverages, and design personalized hydration strategies.

A comprehensive 4-week high school health unit covering mental health, nutrition, substance use, and sexual health. Students analyze health behaviors, influence, and prevention strategies to promote lifelong well-being.

A 2-day condensed unit for 10th-grade sports nutrition focused on identifying industry "Red Flags" and expert consensus for supplement safety. Students complete a digital Label Hunt and a final synthesis assessment to demonstrate mastery.

A three-part developmental series exploring Emotional Intelligence and its role within the four dimensions of holistic health: physical, emotional, social, and spiritual.

An exploration of personal health and wellness, moving from defining health to implementing sustainable healthy habits.

A functional biology curriculum designed for life skills students, focusing on practical knowledge of nutrition, personal hygiene, and environmental stewardship through hands-on activities and visual aids.

A comprehensive 16-week weight training curriculum divided into two parts: 'Part 1: The Human Engine' (Weeks 1-8) focusing on movement patterns, bodyweight mastery, and anatomy; and 'Part 2: The Iron Forge' (Weeks 9-16) focusing on advanced compound lifts, training science, and independent program design. Includes nutrition for performance and comprehensive classroom activities.

A comprehensive investigation into caffeine consumption, marketing tactics, and physiological effects, designed to transform 7th-grade students into critical analysts of the energy drink industry.

Students act as nutrition consultants to design personalized meal plans. They analyze macronutrient roles, calculate metabolic rates, master portion control, and adapt plans for dietary constraints like allergies and budgets.

A comprehensive high school unit focusing on the physiological and mathematical aspects of nutrition. Students will learn to calculate metabolic needs, analyze macronutrient density, and design personalized meal plans for various physiological profiles.

Students move beyond basic identification of nutritional data to critically evaluate the relationship between front-of-package marketing and back-of-package realities through quantitative analysis and chemical investigation.

A comprehensive nutrition sequence for 12th-grade students focusing on the transition to independent living. Students move from metabolic calculations to practical meal planning for specific health needs and budget constraints.

This advanced 11th-grade nutrition sequence explores the physiological requirements of the human body. Students move from basic food groups to complex metabolic calculations, nutrient density analysis, and the design of personalized meal plans for diverse dietary needs.

This sequence guides 9th-grade students through the science of macronutrients and meal planning. Students will move from understanding the biological roles of carbohydrates, proteins, and fats to analyzing portion sizes, decoding nutrition labels, and finally designing customized meal plans for diverse lifestyle profiles.

Students transition from understanding basic food groups to applying nutritional science in real-world scenarios. The unit covers macronutrients, portion control, label reading, and activity-based needs, culminating in a meal plan design project.

This sequence prepares high school seniors for the nutritional challenges of independent living, moving from complex nutrient analysis to practical budgeting, portion control, and meal prep strategies. Students will develop the critical thinking skills needed to maintain health and performance while managing limited time, money, and kitchen facilities.

A comprehensive 10th-grade nutrition unit that transitions students from food identification to sophisticated biochemical analysis of nutrient density, caloric needs, and physiological optimization through meal planning.

This advanced health sequence challenges 12th-grade students to investigate the physiological mechanisms of osmoregulation and fluid balance. Students analyze the biological necessity of water, diagnose hydration disorders through clinical case studies, calculate personalized sweat rates, and critically evaluate the hydration market to optimize both physical and cognitive performance.

This sequence investigates the biological necessity of water and the physiological consequences of fluid imbalance, moving from biological mechanisms to practical application and personalized hydration planning.

Students investigate the critical role of water in maintaining homeostasis and maximizing physical performance. They explore physiological mechanisms, analyze dehydration symptoms through case studies, compare water with electrolyte beverages, and design personalized hydration strategies.

A comprehensive 12th-grade health sequence exploring the intersection of genetics, lifestyle, and social factors in chronic disease prevention. Students transition to independent living by designing personal prevention plans based on epigenetics and metabolic health.

A 2-day condensed unit for 10th-grade sports nutrition focused on identifying industry "Red Flags" and expert consensus for supplement safety. Students complete a digital Label Hunt and a final synthesis assessment to demonstrate mastery.

A functional biology curriculum designed for life skills students, focusing on practical knowledge of nutrition, personal hygiene, and environmental stewardship through hands-on activities and visual aids.

A comprehensive investigation into caffeine consumption, marketing tactics, and physiological effects, designed to transform 7th-grade students into critical analysts of the energy drink industry.

A comprehensive 5-lesson unit for 7th-grade students exploring the legal, physical, and safety implications of cannabis use, focusing on harm reduction and health literacy.

Students act as nutrition consultants to design personalized meal plans. They analyze macronutrient roles, calculate metabolic rates, master portion control, and adapt plans for dietary constraints like allergies and budgets.

A comprehensive 12th-grade nutrition unit focusing on critical consumer literacy. Students learn to decode nutrition panels, identify hidden ingredients, debunk marketing claims, and manage health-specific diets on a budget.

Students move beyond basic identification of nutritional data to critically evaluate the relationship between front-of-package marketing and back-of-package realities through quantitative analysis and chemical investigation.

A 5-lesson inquiry-based sequence for 7th graders to master the art of reading and interpreting Nutrition Facts panels. Students progress from basic serving size math to analyzing complex ingredient lists and conducting comparative nutritional audits.

This sequence guides 9th-grade students through the science of macronutrients and meal planning. Students will move from understanding the biological roles of carbohydrates, proteins, and fats to analyzing portion sizes, decoding nutrition labels, and finally designing customized meal plans for diverse lifestyle profiles.

Students transition from understanding basic food groups to applying nutritional science in real-world scenarios. The unit covers macronutrients, portion control, label reading, and activity-based needs, culminating in a meal plan design project.

This sequence prepares high school seniors for the nutritional challenges of independent living, moving from complex nutrient analysis to practical budgeting, portion control, and meal prep strategies. Students will develop the critical thinking skills needed to maintain health and performance while managing limited time, money, and kitchen facilities.

This advanced health sequence challenges 12th-grade students to investigate the physiological mechanisms of osmoregulation and fluid balance. Students analyze the biological necessity of water, diagnose hydration disorders through clinical case studies, calculate personalized sweat rates, and critically evaluate the hydration market to optimize both physical and cognitive performance.

This sequence investigates the biological necessity of water and the physiological consequences of fluid imbalance, moving from biological mechanisms to practical application and personalized hydration planning.

Students investigate the critical role of water in maintaining homeostasis and maximizing physical performance. They explore physiological mechanisms, analyze dehydration symptoms through case studies, compare water with electrolyte beverages, and design personalized hydration strategies.

A comprehensive 12th-grade health sequence exploring the intersection of genetics, lifestyle, and social factors in chronic disease prevention. Students transition to independent living by designing personal prevention plans based on epigenetics and metabolic health.

This sequence explores the prevention of chronic, non-communicable diseases through lifestyle management. Students analyze the cumulative impact of daily habits—such as sleep, nutrition, and stress management—on long-term health and develop personalized strategies to mitigate their specific risk factors.

This high school health sequence explores the cumulative impact of daily habits—sleep, stress management, nutrition, and hygiene—on chronic disease prevention. Students analyze the biological mechanisms of immunity and lifestyle-related illness to design a personalized prevention blueprint for long-term health.