Course in Sports Nutrition: performance and good health

Master sports nutrition to maximize performance and health: learn to design personalized plans, periodize macronutrients, optimize hydration and recovery with evidence based protocols, practical tools, and real cases applicable to any athlete and level.

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Course in Sports Nutrition: performance and good health

The course offers a comprehensive overview of sports nutrition, integrating exercise physiology, analysis of energy requirements and macronutrients, and practical principles of meal timing and recovery. It reviews current scientific evidence and translates findings into actionable guidance for athletes across disciplines, varied performance levels, and individualized training objectives.

The syllabus addresses nutritional assessment, estimation of energy expenditure, macronutrient periodization, hydration planning and safe supplementation practices. It emphasizes personalized diet planning with phase specific adjustments, weight management strategies and approaches for intolerances or medical conditions, supported by evidence based protocols, templates, sample menus and real case examples.

The methodology blends theoretical lectures, case studies, practical exercises and downloadable resources. It presents monitoring protocols and the use of monitoring tools such as intake logs, macronutrient calculators, training and recovery trackers, and body composition assessment methods, together with interpretation criteria and clear guidance to adapt strategies based on individual response.

Upon completion, participants will be able to design coherent nutrition plans aligned with sporting objectives, interpret physiological and performance metrics, and modify nutritional strategies for competition, tapering or training cycles. This course suits coaches, sports nutritionists, strength and conditioning professionals and committed athletes seeking to apply scientific evidence to day to day high performance practice, supported by applied materials specifically.

Course Details

  • 💻 Video hours 7
  • 🕒 Study hours 56
  • 🎬 Videos 89
  • 📝 Test 89
  • 📈 Level to Expert Level
  • Language English and MultiLanguage
  • 🎓 Study certificate
  • 🔓 Lifetime access
  • 🏵️ 7 Guarantee days
  • 💳 Secure payment with SSL
  • 💵 We accept all payment methods
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Objectives of the sports nutrition course

  • 🔍 Assess energy needs and body composition.
  • 🍎 Design personalized nutrition plans tailored to goals.
  • ⚖️ Manage weight and body composition across periodization phases.
  • 💧 Optimize hydration and recovery strategies.
  • 📈 Interpret data and adjust strategies based on results.

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The course syllabus includes:

👨🏻‍🏫 19 Topics
TOPIC 1: FUNDAMENTALS OF SPORT AND PHYSICAL ACTIVITY
4 Lessons00:16:59
You will classify physical activity, exercise and sport, distinguish athlete profiles and individual, team and extreme modalities, and design training for aerobic capacity, power and intermittent efforts.

1.1 Fundamental differences between physical activity, exercise and sport.

You will distinguish everyday physical activity, planned exercise, and competitive sport: definitions, requirements, and examples to differentiate wellbeing, training, and institutional discipline.

04:24

1.2 Typology and classification of the athlete

Differentiate the characteristics, motivations and demands of recreational, amateur and professional athletes to tailor goals and training

04:15

1.3 Classification of sports according to their nature

You will distinguish technical and tactical requirements of individual, team and extreme sports, and how to adapt discipline, communication and nutrition based on the sport modality.

04:11

1.4 Endurance, strength and intermittent sports

You will identify differences between aerobic, anaerobic, and mixed sports and learn how to design training to improve aerobic capacity, muscular power, and metabolic transition in intermittent efforts.

04:09

TOPIC 2: INTRODUCTION TO NUTRITION AND FEEDING
4 Lessons00:17:51
Distinguishes voluntary and involuntary eating, identifies biopsychosocial factors that guide choices, classifies foods, macronutrients and micronutrients, and explains digestion from chewing to absorption.

2.1 Basic concepts: Nutrition versus Feeding

Distinguish voluntary eating from involuntary nutrition and learn how biopsychosocial factors shape your choices to optimize health without becoming obsessive.

04:36

2.2 Wheel, pyramid and food classification

Identify simple and compound foods, learn the food wheel and its groups, and recognize which foods are energy-providing, restorative, or regulatory to create balanced diets

04:21

2.3 General division of nutrients

You will distinguish macronutrients and micronutrients, their energy, structural and regulatory roles, and how to combine them to support tissue mass, performance and proper nutrient absorption

04:20

2.4 The physiological process of alimentary digestion

Discover how chewing and saliva form the bolus, how the epiglottis and peristalsis carry it to the stomach, and how the stomach, pancreas and bile complete digestion and intestinal absorption.

04:34

TOPIC 3: ENERGY PHYSIOLOGY AND BASIC METABOLISM
5 Lessons00:22:22
Calculate and apply calories: what they are, how they are stored, macronutrient contributions, basal metabolic rate and its factors, thermic effect, exercise thermogenesis and NEAT to adjust calories for athletic goals.

3.1 The calorie and the basis of energy balance

Discover what a calorie is, how thermodynamics regulates energy balance, why excess calories are stored, and how many calories proteins, carbohydrates and fats provide.

04:17

3.2 Resting and Basal Metabolic Rate

What is basal metabolic rate, what factors affect it, and how it differs from total energy expenditure to help you better plan your diet.

04:36

3.3 The thermic effect of food (TEF)

How to calculate and apply the thermic effect of food to know how many calories are burned digesting proteins, carbohydrates and fats and improve your energy balance.

04:25

3.4 Energy expenditure from physical activity (TEA and NEAT)

How to calculate and differentiate energy expenditure: exercise thermogenesis, NEAT, and activity multipliers by intensity, duration, and biomechanics to estimate daily calories

04:34

3.5 Calculation of Total Daily Energy Expenditure (TDEE)

How to calculate total energy expenditure by combining BMR, TEF, TEA and NEAT to adjust calories based on sports discipline and goal: maintenance, fat loss or hypertrophy

04:30

TOPIC 4: ENERGY SYSTEMS IN SPORT
6 Lessons00:29:04
Master how ATP is produced and replenished by the phosphagen system, anaerobic glycolysis and the aerobic pathway, why fatigue occurs and when glycogen is depleted, and how to calculate heart rate and use zones 1 to 5 to plan sessions.

4.1 ATP as cellular energy currency

How ATP stores and releases energy, its conversion to ADP and resynthesis during exercise, and why muscle ATP stores are exhausted in seconds.

04:52

4.2 Phosphagen or alactic system

How the phosphagen system works: phosphocreatine and creatine kinase produce rapid ATP for efforts lasting 1 to 15 seconds and support anaerobic recovery.

04:46

4.3 Anaerobic glycolysis and lactate production

Explain how anaerobic glycolysis produces ATP without oxygen, forms pyruvate and lactate, causes acidosis that limits performance, and how lactate is recycled to glucose to reclaim energy.

04:45

4.4 The aerobic or oxidative system

Clear explanation of the aerobic engine: how oxygen, the Krebs cycle and the electron transport chain convert carbohydrates and fats into ATP efficiently and produce CO2 and water.

04:48

4.5 The energy continuum and fatigue

How the three energy systems interrelate based on intensity and duration, when glycogen stores are depleted, and which physiological mechanisms cause fatigue.

04:54

4.6 Cardiovascular training zones and heart rate

How to calculate your maximum and reserve heart rate and use training zones 1 to 5 to design personalized aerobic and anaerobic workouts.

04:59

TOPIC 5: CARBOHYDRATES AS A MAIN FUEL
7 Lessons00:30:55
You will learn why carbohydrates are the main energy source, photosynthesis, types and absorption, starch and glycogen, fiber and microbiota, glycemic index and load, gkg calculations for athletes, and management of intolerance and diabetes

5.1 Nature and function of carbohydrates

Discover why carbohydrates are the main energy source, how plants produce them by photosynthesis, why they are essential for performance and the brain, and why they do not directly cause fat gain.

04:12

5.2 Monosaccharides and Disaccharides: Rapid Absorption

Identify glucose, fructose and galactose, understand sucrose, maltose and lactose, and how rapid absorption of simple sugars provides immediate energy and triggers an insulin response

04:15

5.3 Polysaccharides, starches and glycogen

Understand why starch structure, from amylose to amylopectin and dextrins, determines absorption rate and how muscle and liver glycogen influence performance and satiety.

04:25

5.4 Dietary fiber and gastrointestinal health

How resistant fibers reach the colon, feed the microbiota and produce beneficial short chain fatty acids, and the practical difference between soluble and insoluble fiber for transit and prevention

04:34

5.5 Differences between Glycemic Index and Glycemic Load

How glycemic index and glycemic load work, how they are measured, and why portion size and adding protein, fat or fiber modulate and blunt the blood sugar response after eating

04:19

5.6 Daily carbohydrate requirements for athletes

Calculate carbs in gkg by athlete type and training, and choose quick, concentrated sources to meet high energy demands without digestive upset

04:29

5.7 Impact of diabetes and carbohydrate intolerance

Learn how to identify and treat lactose intolerance using lactase or treated dairy, and explore dietary and exercise options for type 1, type 2, and gestational diabetes

04:41

TOPIC 6: FATS AND THEIR ROLE IN PERFORMANCE
6 Lessons00:26:04
Identify oils and fats, understand triglycerides and 9 kcal per gram, energy and structural roles, differentiate saturated, monounsaturated, polyunsaturated and trans fats, balance Omega-3 and Omega-6, athlete dosing and mythbusting.

6.1 Structure and organic functions of lipids.

Distinguishes oils and fats by their state at room temperature, understands triglycerides and 9 kcal per gram, and knows their energy, protective and insulating functions and role as hormone precursors.

04:17

6.2 Lipid profile: Saturated vs. unsaturated fats

How to identify sources of saturated, monounsaturated, polyunsaturated, and trans fats, understand their effects on health, and apply practical tips to choose healthier fats.

04:19

6.3 Essential fatty acids and their benefits

How to balance Omega-3 and Omega-6, which sources to prioritize and what doses to follow to reduce inflammation and speed muscle recovery in athletes.

04:28

6.4 Cholesterol and oxidative lipid metabolism

Learn how cholesterol and its carriers affect hormones and arteries, how prolonged exercise burns fat, and which dietary changes the EFSA recommends.

04:33

6.5 Fat [burning] and fasted cardio myths

Why running fasted doesn't increase total fat burning, why sweating or peeing doesn't remove body fat, and why L-carnitine is not a miracle fat burner.

04:18

6.6 Fat intake recommendations for athletes

Adjust dietary fats to optimize performance: 15 to 30% of calories, at least 1 g per kg in women, adapt by sport and goal.

04:09

TOPIC 7: PROTEINS AND MUSCLE TISSUE
6 Lessons00:25:31
Learn how proteins form, essential amino acids and their roles, evaluate protein quality and digestibility, nitrogen balance, RDA and adjustments for strength, sarcopenia prevention and kidney safety.

7.1 Structural fundamentals and essential amino acids

Discover how peptide bonds assemble proteins that form muscle, bone and connective tissue, which amino acids are essential or not, and how they function in hormones, enzymes, defense and transport.

04:25

7.2 Protein biological value analysis

Understand why animal proteins have higher biological value, how to complement plant sources to obtain essential amino acids, and what digestibility indices measure.

04:17

7.3 Nitrogen balance and metabolic states

How to measure nitrogen balance and use it to assess anabolic or catabolic states and to understand the body's adaptation to changes in protein intake

04:04

7.4 Actual protein intake recommendations (RDA)

Discover why an RDA of 0.8 gkg protects 97.5% according to the Gaussian bell, how to adjust protein intake for endurance or strength, and how to detect commercial influence

04:18

7.5 Protein requirements in older adults

How to slow sarcopenia with resistance training and why recommended protein intake is sufficient, with no clear benefit from increasing protein beyond the standard amount.

04:09

7.6 Myths about kidney damage and high-protein diets

Why very high protein diets do not damage healthy kidneys, how the body removes the excess, and when there is risk due to preexisting kidney disease.

04:18

TOPIC 8: MICRONUTRIENTS: VITAMINS, MINERALS AND ANTIOXIDANTS.
5 Lessons00:22:51
How to assess vitamin and mineral needs and risks, tell water soluble from fat soluble vitamins, prevent deficiencies like vitamin D and iron in athletes, optimize absorption and choose safe supplements instead of megadoses

8.1 The Catalytic Role of Micronutrients

You will identify how vitamins and minerals act as coenzymes to optimize metabolism, when supplements only correct deficiencies, and how to assess RDA, EAR and risks from excess.

04:31

8.2 Analysis of essential vitamins

Identify differences between water soluble and fat soluble vitamins, explain how vitamin D3 is synthesized and how to prevent its deficiency, describe vitamin K function, and list foods to include to avoid deficiencies.

04:35

8.3 Minerals, trace elements and key electrolytes

Learn the differences between major minerals and trace elements, spot iron deficiency risk in athletes, and improve iron absorption with fresh foods and appropriate supplements.

04:37

8.4 Oxidative Stress and Free Radical Management

You will identify the origin and damage of free radicals, how intense exercise increases them, and which antioxidant foods improve muscle recovery.

04:31

8.5 Toxicity and contraindications of excess micronutrients

Why megadoses do not increase performance, what toxic effects they cause, and how to prioritize whole foods or low dose multivitamins to avoid absorption blockages and deficiencies.

04:37

TOPIC 9: HYDRATION AND FLUID REPLENISHMENT
6 Lessons00:27:30
Identify signs of dehydration and hyponatremia, measure sweat rate, and create a personalized hydration plan detailing what to drink, when and how much to replace to preserve performance and safety.

9.1 Thermoregulation and the importance of water

Discover how the body cools metabolic heat through sweating, why plasma loss affects the heart and performance, and how proper hydration maintains performance and prevents collapse.

04:22

9.2 Adverse effects of sports dehydration

How to detect and prevent dehydration in athletes: effects of water deficit on performance, signs and urine color, and why synthetic sweat-wicking clothing can be risky.

04:45

9.3 Strategic hydration guidelines and protocols

Practical hydration strategies before, during, and after exercise: what to drink and when, how to replace sweat and how much electrolyte replacement to prevent dehydration or hyponatremia.

04:57

9.4 Assessment of fluid loss and sweat rate

Measure your sweat rate by weighing before and after, log liters consumed and time, and create a personalized rehydration plan with small intakes every 15 or 20 minutes.

04:25

9.5 Classification and use of sports drinks

How to choose and use sports drinks by osmolality and composition to optimize hydration, absorption and performance, and why juices sodas or plain water can fail during prolonged exercise

04:39

9.6 The risk of hyponatremia and water intoxication

How to detect and prevent hyponatremia in endurance sports: causes, symptoms and safe hydration guidelines.

04:22

TOPIC 10: TIMING OF NUTRIENTS
5 Lessons00:21:09
Master sports nutrition planning: calorie and macronutrient balance, what to eat and when before, during and after training to replenish, hydrate and recover muscle.

10.1 Nutritional hierarchy and the principle of priorities

You will understand why calorie balance and macronutrients determine nutritional success and why meal timing and supplements are secondary.

04:12 🔒

10.2 Pre-workout fueling (Pre-workout)

How to choose foods and timing before training to avoid fats and fiber that slow gastric emptying, prioritize fast absorbing carbohydrates, and have a meal 2 to 4 hours before or a sugary snack in the 45 minutes prior

04:18 🔒

10.3 Nutrition during effort (Intra-training)

How and when to provide carbohydrates and electrolytes during training: choose fast absorbing gels or drinks and dose them at 30 to 90 g per hour depending on duration and intensity

04:12 🔒

10.4 Post-workout optimization

How to apply the three Rs after exercise: rehydrate, replenish glycogen and repair muscle, combine fast carbohydrates with protein and use liquid shakes to speed recovery.

04:26 🔒

10.5 Debunking the urgency of the anabolic window

Learn why the 30 minute anabolic window is a myth, how long muscles stay receptive to protein, and when you truly need to replenish carbohydrates.

04:01 🔒

TOPIC 11: NUTRITION FOR FAT LOSS AND BODY MODIFICATION
5 Lessons00:19:51
Design a personalized, safe calorie deficit to lose 0.5 to 1 kg per week while preserving muscle mass and metabolism, adjusting protein and carbs, prioritizing satiating foods and combining strength training, LISS and HIIT

11.1 Establishing a functional caloric deficit

Create a personalized, safe calorie deficit to lose 0.5 to 1 kg per week while preserving muscle and preventing metabolic slowdown through prudent, controlled reductions.

04:03 🔒

11.2 Risks of extreme restriction and yo-yo dieting

How extreme fasting and fad diets cause muscle catabolism and hormonal imbalances, lead to rebound with visceral fat and psychological harm, and why only gradual lifestyle changes work.

03:58 🔒

11.3 Strategies for lean mass retention during cutting

How to adjust protein and carbohydrate intake during a calorie deficit to preserve muscle mass, maintain training performance, and prevent drops in resting metabolic rate.

03:43 🔒

11.4 Satiety, volume and food frequency management

Use high volume, low energy density foods, plus fiber, water and small frequent meals to increase satiety, stabilize hormones and support weight loss without going hungry.

04:03 🔒

11.5 Exercise programming to enhance fat loss

You will combine intense strength training with LISS and HIIT and schedule alternating weeks to preserve muscle during dieting and maximize fat loss and recovery.

04:04 🔒

TOPIC 12: NUTRITION FOR HYPERTROPHY AND WEIGHT GAIN
4 Lessons00:17:51
Design a plan to build muscle without fat or discomfort: understand hypertrophy vs hyperplasia, use a 20% calorie surplus, protein 0.8 to 2 gkg, carbs 5 to 10 gkg, 7 to 12 rep tension and compound exercises

12.1 Basis of controlled caloric surplus.

Distinction between hypertrophy and hyperplasia, how to apply an optimal 20% caloric surplus and what real muscle gains to expect based on your genetics and sex.

04:31 🔒

12.2 Macronutrient distribution for muscle volume

How to saturate glycogen stores with 5 to 10 g of carbohydrates per kg and up to 70% of calories, adjust protein between 0.8 and 2 g per kg, and prioritize a calorie surplus to gain muscle mass.

04:27 🔒

12.3 Practical high-calorie density strategies

Modify intake to gain muscle mass without discomfort: use energy-dense foods, high-calorie shakes, and frequent meals to reach a surplus without digestive fatigue.

04:28 🔒

12.4 Mechanical stimulation and resistance training

Use mechanical tension, 7 to 12 rep ranges with RIR, and prioritize multi joint exercises to induce real hypertrophy and turn calories into muscle instead of fat.

04:25 🔒

TOPIC 13: SPORT-SPECIFIC DIETS
4 Lessons00:17:45
Prepare vegan and vegetarian plans for athletes to match omnivores in strength, power, and endurance by combining grains with legumes or soy for protein, improving iron and zinc, supplementing B12 and avoiding ketosis

13.1 Performance adaptability of plant-based diets.

Differentiate vegetarian and vegan protocols and implement nutrition plans that ensure strength, power, and endurance equivalent to omnivores in elite high performance sport.

04:25 🔒

13.2 Combination of vegetable proteins for vegan athletes

How to ensure complete amino acids on a plant based diet to support muscle repair and hypertrophy: combine grains and legumes and include soy.

04:26 🔒

13.3 Control of critical micronutrients in vegan diets

How to boost iron and zinc absorption in plant based diets and why vitamin B12 supplementation is essential for athletes.

04:31 🔒

13.4 Limitations of the ketogenic diet in sport

How the ketogenic diet depletes glycogen, causes muscle loss, increases ammonia buildup, and lowers performance in high intensity efforts.

04:23 🔒

TOPIC 14: COMPETITION DAY NUTRITION
4 Lessons00:17:11
You will manage glycogen and loading, adjust carbohydrates the week before, plan weight loss for weigh-in without dehydration, and schedule intake and hydration during competition to avoid gastric discomfort.

14.1 The carbohydrate loading protocol

Practical strategy to deplete then supercompensate glycogen, lower training load, and adjust carbohydrates during the week before an endurance test.

04:28 🔒

14.2 Reaching sports weight by category

How to plan a safe weight cut for weigh ins while avoiding extreme dehydration, preserving muscle mass, and managing glycogen and water effects on the scale.

04:09 🔒

14.3 Nutritional approach to control pre-competitive nerves

How to prevent and manage digestive problems from precompetition stress: what to eat, what to avoid and why choose liquid, previously tested foods before the event.

04:23 🔒

14.4 Feeding strategies during and between events

How to schedule carbohydrate intake and hydration during long events and elimination tournaments to sustain energy and prevent gastric discomfort.

04:11 🔒

TOPIC 15: BODY COMPOSITION EVALUATION
4 Lessons00:18:02
Calculate and interpret BMI and its limits in athletes, when to use compositional analysis, distinguish types of fat and their impact, learn measurement techniques and how visceral fat distribution raises cardiovascular and liver risk.

15.1 The Body Mass Index and its sporting restrictions.

How to calculate and interpret BMI, recognize its ranges and limitations in athletes with muscle hypertrophy, and when to use body composition analysis to design suitable nutrition plans.

04:39 🔒

15.2 Classification and distribution of body fat

You will distinguish essential, storage, and intramuscular fat, their impact on health and performance, and in this video why spot reduction is physiologically impossible

04:24 🔒

15.3 Evaluation Technologies: Bioimpedance, Plicometry and DEXA

Techniques to measure and compare body composition: use and interpretation of skinfold calipers, limitations of bioelectrical impedance due to hydration, and why DEXA and hydrostatic weighing are the gold standard

04:34 🔒

15.4 Central and Peripheral Obesity Implications

You will learn how genes and hormones determine fat distribution, how to measure waist and hip to assess cardiovascular risk, and why visceral fat increases the risk of heart attacks and liver disease.

04:25 🔒

TOPIC 16: SPORTS SUPPLEMENTATION I: BASIS AND CLASSIFICATION
4 Lessons00:17:52
Detect anti-doping seals and contamination risks in supplements, distinguish those validated by science from ineffective or dangerous products, and evaluate evidence, dosage, study design and conflicts of interest to choose safe ergogenic aids

16.1 Safety and quality assessment of supplements

Identify independent certifications and anti-doping seals, detect contamination risks in supplements, and choose safe products to protect health and sports careers.

04:34 🔒

16.2 The ABCD classification system for ergogenic aids

Identify which sports supplements are science-backed, which have limited or no evidence, and which are dangerous or banned, to choose safe and effective ergogenic aids.

04:22 🔒

16.3 Critical analysis of studies and scientific evidence

You will identify conflicts of interest in supplement studies, distinguish the hierarchy of evidence, and learn to evaluate doses, study designs, and funding to critically interpret results and media headlines.

04:21 🔒

16.4 Review of supplements with limited or no evidence

Explain why HMB, nitric oxide precursors and supplements like collagen or exogenous ketones lack solid evidence in trained athletes and when they are not worth investing in.

04:35 🔒

TOPIC 17: SPORTS SUPPLEMENTATION II: SPECIFIC ERGOGENIC AIDS
5 Lessons00:21:55
Master creatine for ATP, strength and hypertrophy protocols, peptide shakes and whey types, caffeine dosed per kg with cycling to avoid habituation, bicarbonate and beta alanine, BCAA and glutamine.

17.1 Creatine Monohydrate: Mechanism of Action and Dosage

How creatine raises phosphocreatine and speeds ATP resynthesis, causes cell volumization and muscle hypertrophy, and which loading or maintenance protocols to use to improve explosive performance.

04:30 🔒

17.2 Analysis of protein and whey supplements

How to use peptide shakes as practical liquid meals, distinguish whey isolate, concentrate and hydrolyzed, and choose quality whey to avoid harmful additives and heavy metals

04:18 🔒

17.3 Effects of caffeine on endurance and concentration

How to use caffeine to delay fatigue: ergogenic dose per kg, prevent tolerance with withdrawal cycles and choose encapsulated supplements to dose and time the energy peak.

04:21 🔒

17.4 Use of Beta-alanine and Sodium Bicarbonate

How bicarbonate and beta-alanine buffer muscle acidity, differences between acute use and chronic loading, and how to dose beta-alanine to avoid tingling.

04:21 🔒

17.5 Evaluation of BCAAs and Glutamine

Muscle protection with BCAA during fasting, glutamine roles in immunity and gut health, and why these supplements do not outperform whole food protein.

04:25 🔒

TOPIC 18: PRACTICAL APPLICATION AND DESIGN OF NUTRITIONAL PLANS
5 Lessons00:21:50
Master nutrition apps and databases, measure portions in grams, analyze recipes and validate calculations with AI, calculate maintenance and deficit calories, allocate macros and design pre, intra and post workout nutrition.

18.1 Technologies and applications for macro monitoring.

How to use apps and nutritional databases, measure portions in grams, break down composite recipes, and validate calculations with AI to track macros and reach energy and body recomposition goals.

04:21 🔒

18.2 Equivalent food system and menu creation

Use food equivalents and visual guides to swap portions without changing calories, estimate weights in grams without a scale, and automate the nutrition pyramid in spreadsheets.

04:18 🔒

18.3 Practical design of a fat reduction plan

Calculate maintenance metabolic rate, apply a 15% deficit and allocate grams of carbohydrates, fats and proteins, adjusting margins until total calories balance

04:27 🔒

18.4 Strategies for intermittent training athletes

Calculate the activity multiplier and design calorie and carbohydrate periodization to prevent fatigue and optimize performance in athletes who perform intermittent effort

04:19 🔒

18.5 Integration of timing into the daily routine

Organize pre, intra and post workout nutrition: what to eat and when, how to assign equivalents to meet carbohydrate and protein needs, and how to distribute the rest across main meals to maximize recovery and performance.

04:25 🔒

TOPIC 19: DOWNLOAD PDF DOCUMENTATION
1 Lessons00:00:00

📥 19.1 Download PDF documentation

🔒

Sports Nutrition Course Details

Sports nutrition training for the unemployed

Practical course in sports nutrition with scientific foundations, macronutrients, timing, and supplementation applied to training.

Online methodology, updated content, practical cases and continuous assessment. Price for unemployed 6$. Access to materials and specialized tutoring that facilitate job integration through clear technical skills and professional guidance.

Subsidized training in sports nutrition for workers

Program adapted for companies and employees, with content on nutrition, energy planning, and post-workout recovery.

Subsidized training compatible with training credit, online methodology and practical cases. Subsidized price for employees 6$. Internal certification after evaluations that certifies competencies applicable in sports and healthcare settings.

Training certificate

Certificate issued by the training organization summarizing the contents and skills acquired in sports nutrition. It includes modules assessed through theoretical and practical tests, case monitoring, and verification of measurable, documented outcomes in nutrition plans.

Although not official, it carries strong curricular weight when tests are passed because it demonstrates applied knowledge and verified practical competencies. Employers and training centers value this type of accreditation for hiring and professional development. It supports career progression and continuing education.

Career opportunities in sports nutrition

Career opportunities focused on sport, health and performance: nutritional advisor in clubs and gyms, consulting for amateur and professional athletes, design of personalized plans and dietary monitoring in training centers. Skills in nutritional assessment, diet periodization and recovery strategies.

Opportunities in high-performance programs, health centers, sports nutrition companies and nutrition education projects. Collaborative work with coaches, preparation of protocols and management of nutritional programs adapted to sport and professional competition.

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Frequently asked questions about Sports Nutrition Pro

What are the career opportunities in the sports and fitness industry?

The sports sector offers multiple job opportunities with high demand. The most sought after profiles include high performance strength and conditioning coaches, directors and managers of sports facilities, injury rehabilitation specialists, and personal trainers specialized in specific populations or elite athletes.

How much does a professional expert in sports training charge?

The salary of a fitness professional varies according to their level of specialization. While an entry level profile may be around €18,000 per year, an expert with advanced training who works in high performance or in managing sports clubs can easily exceed €30,000 or €40,000 per year, depending on their experience and client portfolio.

What should you study to stand out as a physical trainer and fitness expert?

To stand out in today's market, continuing education is key. Beyond degrees like CCAFYDE or technical training such as TSAF, companies seek professionals with higher level specializations in areas like biomechanics, exercise physiology, injury prevention, and advanced training planning.

What is the difference between a gym instructor and a high-performance specialist?

The main difference lies in the level of scientific knowledge and personalization. While an instructor typically leads group classes or teaches general routines, a specialist evaluates biomarkers, applies current scientific evidence, and plans complex training cycles to maximize physical performance without risking injury.

Which current trends in the fitness industry have the most potential?

Currently, the fitness market is moving toward hyper personalization. The fastest growing areas are strength training focused on health and longevity, the integration of wearable technology for data analysis [Big Data in sports], and multidisciplinary approaches that combine exercise, nutrition, and rest.

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