Level 3 Award in Nutrition for Physical Activity

Explore the range of nutrition professionals: clinical nutritionists, sports nutritionists, and food scientists affiliated with the Commission on Dietetic Registration, International Society of Sports Nutrition, and Institute of Food Technologists.

Eat a variety of foods from all groups—fruits, vegetables, whole grains, lean proteins, and healthy fats—to reach at least five portions daily and limit added sugars and processed fats.

Choose whole grains like oats, brown rice, and whole wheat to boost fiber and digestion. Control portions, limit salt to under six grams, and avoid processed foods by checking labels.

Learn how national food model guide defines portion sizes, with five portions of fruits and vegetables daily, 80g per portion for fresh, frozen, or canned, and 30g for dried fruit.

Learn portion sizes from the National Food Model Guide, with 30% of daily intake from starchy carbohydrates and about 15% protein, using rice, bread, meat, and eggs as examples.

Identify reliable nutritional information from government and public health websites offering scientifically backed guidelines, including USDA, NHS, WHO, and bodies like the Academy of Nutrition and Dietetics, BDA, and ANA.

Learn to access reliable nutritional information by using peer-reviewed journals via PubMed or Google Scholar, and verify credentials of registered dietitians certified by the CDR and reputable institutions.

Maintain professional boundaries by staying within your qualifications. Ensure only licensed professionals provide guidance; non-licensed practitioners can offer general tips like balanced diets, hydration, and fruits and vegetables.

Explain health risks of weight loss fads and popular diets, including short-term gains, long-term concerns like nutrient deficiencies and muscle loss, metabolic slowdown, and yo-yo dieting.

Explore how severe energy restriction impacts performance, weight loss and gain, and nutrient deficiencies, causing anemia, weakened bones, immune dysfunction, muscle wasting, and slower recovery.

Explore how severe energy restriction, weight loss, and weight gain affect muscle mass, strength, metabolic rate, endurance, heart health, and how dehydration can impair coordination and performance.

Identify risk of nutritional deficiencies by age, health, and diet. Recognize that elderly clients and pregnant or breastfeeding women face deficiencies in vitamin D, B12, calcium, and iron.

Identify clients at risk of nutritional deficiencies, including vegetarians and those with restrictive eating patterns, and note common deficiencies such as B12, iron, calcium, omega-3 fatty acids, and vitamin D.

Identify clients at risk of nutritional deficiencies from gastrointestinal disorders like Crohn's, celiac, and irritable bowel syndrome that impair absorption and raise deficiencies in iron, folate, B12, and fat-soluble vitamins.

Identify how cultural and religious dietary practices shape nutritional advice by considering food preferences, restrictions like halal, kosher, and Hindu vegetarianism, and regional patterns such as Mediterranean and Asian diets.

Explore how Islamic Ramadan fasting, Christian Lent, and Yom Kippur fasting shape nutritional advice, and tailor balanced meals during eating windows to maintain energy and nutrients without compromising observance.

Assess the safety and effectiveness of protein and vitamin supplementation. Identify contraindications, including kidney or liver conditions and allergies to specific protein sources.

Assess the safety, effectiveness, and contraindications of protein and vitamin supplementation, including fat- and water-soluble vitamins, with implications for pregnancy and kidney health.

Refer complex dietary analysis to a registered dietitian for expert nutrition guidance, consider medical histories, and create safe, individualized plans aligned with health conditions and medications.

Refer complex dietary analyses to a registered dietitian to prevent nutrient imbalances and harm. Collaborate with healthcare professionals to ensure changes are nutritionally sound and evidence-based.

Fats fuel low to moderate exercise, via beta-oxidation, citric acid cycle, and oxidative phosphorylation to produce ATP, slower yet yielding ATP per gram than carbohydrates, and limited in anaerobic efforts.

Explore how carbohydrate, fat, and protein contribute to aerobic energy production, with amino acids feeding the citric acid cycle to ATP, while proteins primarily repair and build tissues.

Explore the components of energy expenditure and the energy balance equation, including basal metabolic rate, physical activity, and the thermic effect of food, with BMR driving most total energy use.

Explore the energy balance equation, comparing energy intake to energy expenditure from BMR, physical activity, TEF, and Neet, and explain positive, negative, and neutral energy balance and weight change.

Calculate basal metabolic rate by gathering weight, height, and age, then choose an equation (Mifflin, Saint George, or Harris-Benedict) and plug values to solve; includes a practical example.

Estimate daily energy requirements by calculating basal metabolic rate and physical activity level using formulas like Harris-benedict or Mifflin Saint-george, accounting for age, gender, weight, height, and steps.

Explore how energy expenditure varies by activity intensity and duration, measured in Mets. Learn example Mets values for sleep, light chores, walking, gardening, cycling, and dancing, to estimate calorie burn.

Learn to estimate calories burned from energy expenditure across activities using MET values, body weight, and time, with cycling at 4.0 METs (280 calories for 70 kg).

Explore nutritional requirements for physically active clients, including carbohydrates as energy and 3 to 10 g/kg carbs, protein needs per kilogram of body weight daily, and fats 20–35% of calories.

Obtain informed consent before collecting nutritional information to ensure client awareness and agreement on data collection and use, protect privacy and confidentiality, and respect client autonomy.

Obtain informed consent before collecting nutritional information to meet legal and ethical obligations. Explain data use, storage, sharing, and protection under GDPR to build trust and ensure open communication.

Collect age, gender, height, weight, health status, allergies, dietary preferences, eating habits, and lifestyle factors such as activity level, occupation, stress, and sleep to tailor nutrition advice.

Gather key information to tailor nutritional advice for physical activity clients: set goals (lose weight or gain muscle), assess nutrient intake with a diary, and document vitamins or supplements.

Navigate legal and ethical implications of collecting nutritional information, including confidentiality under GDPR and HIPAA, informed consent about what data is collected and how it is used, accurate, qualified advice.

Examine the legal and ethical implications of collecting nutritional information, emphasizing non-discrimination, equitable care, data safety and consent, and staying within professional boundaries to avoid penalties.

Explore formats for recording nutritional information, from paper forms to digital spreadsheets and mobile apps. Learn how real-time logging and sharing support efficient data analysis and personalized goals.

Explore formats for recording nutritional information, including electronic health records and HR systems to securely document client data, and online forms or voice recording for efficient data collection and transcription.

Learn how to protect privacy when gathering nutritional information, safeguarding sensitive health data, and building trust with clients through discretion and open, honest communication.

Protect personal health information by upholding confidentiality when collecting nutritional data, complying with GDPR and HIPAA, and preventing unauthorized sharing, misuse, and penalties for violations.

Explore sensitive issues in collecting nutritional information, including weight, body image, eating disorders, and medical conditions, with dietary restrictions such as vegetarianism and religious laws handled with respect.

Explore sensitive issues in collecting nutritional information, including financial constraints and costs of foods or supplements, and personal habits like alcohol, exercise, and stress, while safeguarding confidentiality and data use.

Compare body composition methods such as BMI and WHR to assess weight-related health risks and fat distribution, noting limitations for athletes and the accuracy of measurements.

Explore methods to assess body composition and weight-related health risk, including waist-to-height ratio and skinfold thickness with calipers, highlighting abdominal obesity risks, body mass index comparison, and measurement limitations.

Assess body composition and weight-related health risk using bioelectrical impedance analysis to estimate fat, lean mass, and total body water, while Dexa provides detailed bone density and composition, though costly.

Assess individuals' food intake, nutrient consumption, and eating patterns using dietary assessment methods like the 24 hour recall and the food frequency questionnaire to gauge long term dietary habits.

Describe dietary assessment methods, including dietary records and food diaries recorded in real time over several days, and dietary history—comprehensive interviews using recalls and ffqs over a long period.

Analyze and interpret collected dietary information to identify clients' nutritional goals, using 24-hour recall and food diaries, and compare intake with national models such as MyPlate and Eat Well Guide.

Analyze and interpret dietary information to identify gaps in protein, fiber, vitamins, and minerals and set tailored goals, including increasing fiber and reducing processed foods to lower sodium.

Analyze body composition and health risks with bioelectrical impedance analysis to estimate fat, lean mass, and water, and use Dexa for detailed bone density and fat–lean mass distribution.

Identify signs of disordered eating and healthy eating patterns, including binge eating, calorie tracking, guilt, weight fluctuations, rigid control, and orthorexia, and understand their health consequences.

Identify signs of disordered eating and contrast them with balanced, flexible healthy eating patterns that support health through a diet of fruits, vegetables, whole grains, proteins, fats, and moderation.

Identify signs of disordered eating and promote healthy eating patterns by listening to hunger and fullness cues, practicing mindful eating, and viewing food as nourishment for physical and emotional well-being.

Identify when to advise a GP visit to refer a client to a registered dietitian, including unexplained weight changes, chronic conditions like diabetes or heart disease, and suspected eating disorders.

Identify when to refer clients to a general practitioner for a registered dietitian evaluation, focusing on nutrient deficiencies (iron, vitamin d), restrictive diets, and pre- or post-surgery nutritional support.

Apply goal setting principles to nutritional advice by defining precise, measurable goals, such as five daily servings of vegetables or reducing sugar to under five teaspoons.

Apply goal setting principles to nutritional advice by crafting realistic, gradual changes tailored to the client's lifestyle, such as swapping one sugary snack for fruit daily to support diabetes management.

Translate nutritional goals into basic healthy eating advice by limiting added sugars, salt, and saturated fat, keeping sugars under 10% of calories, and choosing fruit or yogurt with water.

Involve others in nutritional goal setting to boost motivation and accountability with emotional and social support. Multidisciplinary care, including fitness trainers or therapists, helps align nutrition with broader health objectives.

Identify barriers to achieving nutritional goals such as knowledge gaps, financial constraints, time limits, emotional eating, and cultural and social influences.

Identify barriers that prevent clients from achieving nutritional goals, including lack of support, health conditions, limited access to healthy foods, and entrenched habits and cravings.

Apply motivational strategies to encourage healthy eating and prevent relapse. Break larger goals into small steps, celebrate wins, and use positive feedback to sustain motivation for healthy choices.

Apply motivational strategies to promote eating by focusing on benefits and additions like fruits and vegetables, while using self-monitoring via journals or apps to track meals and water for accountability.

Apply motivational strategies to promote healthy eating and prevent non-compliance or relapse. Explain nutrition basics, protein's role in muscle repair, and how support networks boost motivation and accountability.

Reappraise client's body composition and health indicators at agreed stages to track progress, reassess goals, and adjust diet or exercise plans for fat loss or muscle gain.

Reappraise clients' body composition and health parameters at agreed stages, monitor health risks (including blood glucose levels), and reassess with service check-ins to reinforce accountability, celebrate successes, and boost motivation.