The document outlines a strength and conditioning program for a collegiate baseball team, including 4 day per week and 3 day per week workout plans during the fall season. It provides sample workout logs and schedules speed and agility drills to accompany the workouts. The program is designed to build strength, endurance, and explosiveness while preventing injuries through the different phases of the season.
Building The Perfect Pitcher by Josh HeenanJosh Heenan
This document outlines strategies for building the perfect pitcher through strength and conditioning. It discusses goals of injury prevention and performance enhancement. Key aspects that make a good pitcher include never missing starts, having body awareness, being fatigue resistant, having power and speed, and mental toughness. The document provides exercises and stretches to maximize internal and external rotation for injury prevention and performance. Core exercises are emphasized over crunches. Conditioning should replicate the demands of baseball through sprints, games, and strongman exercises. Case studies are presented comparing players' physical testing results and velocities.
This document provides guidelines for planning speed training for team sports. It discusses understanding the speed requirements of different sports, acknowledging the physical stimulus of games while knowing games are not optimal for fitness. It outlines considering individual factors when planning. The document recommends annual planning while writing plans in pencil, emphasizing recovery. It discusses applying the correct training tools and following best practice session guidelines. It also notes the importance of logistics, balance, and considering speed training as an ongoing process with windows of opportunity.
This document discusses different models of periodization for training, including linear, block, concurrent, conjugate, and undulating models. It explains that periodization aims to maximize adaptations to training by systematically varying training variables like volume, intensity, and exercise selection over periods or cycles. This allows for periods of overloading and recovery to reduce injury risk while continually progressing an athlete. The document compares advantages and disadvantages of different models for different athlete abilities and sport types to help choose an appropriate periodization approach. It emphasizes that periodization strategies should evolve over time with advances in understanding physiology and the developing needs of individual athletes and sports.
El documento presenta diferentes criterios y principios para dosificar el trabajo con pesas de forma segura y efectiva, como el principio de sobrecarga progresiva. Explica diferentes tipos de entrenamiento con pesas para desarrollar cualidades como fuerza, resistencia y masa muscular. También describe métodos de entrenamiento como la carga estable, la pirámide y el oleaje, así como consideraciones sobre agarres, calentamiento y comienzo de rutinas.
Science & Practice of Elite Speed DevelopmentMike Young
The document discusses determinants of speed and principles of elite speed development. It covers muscular, mechanical, kinetic, and neuromuscular factors that influence speed. Some key points include:
- Sprinting requires complex interactions between eccentric, isometric, and concentric muscle contractions under extreme time constraints.
- Mechanical factors like ground contact time, stride length and frequency differentiate acceleration from maximum velocity.
- Faster sprinters apply more mass-specific force to the ground in a shorter period of time.
- Training should target the force-velocity continuum from maximum strength to maximum speed. Both horizontal and vertical strength are important for acceleration and top speed respectively.
Este documento describe diferentes modelos de periodización del entrenamiento, incluyendo periodización lineal, no lineal, por bloques y ondulante. Explica las características clave de cada modelo como el número de picos de forma, variación del volumen y la intensidad a lo largo del tiempo, y objetivos específicos de cada fase o bloque. También proporciona ejemplos concretos de cómo aplicar estos modelos en programas de entrenamiento.
Periodization involves systematically varying training specificity, intensity, and volume over periods or cycles to promote improvements in training and performance while preventing boredom. The goals are to optimize performance at key points, structure training to target physiological and performance outcomes, manage training stress to reduce overtraining, and promote long-term athlete development. Training is divided into macrocycles, mesocycles, and microcycles with different periodization models like linear, undulating, block, concurrent, and conjugate. Proper periodization requires understanding an athlete's schedule and needs to effectively plan preseason, in-season, and overall training.
Building The Perfect Pitcher by Josh HeenanJosh Heenan
This document outlines strategies for building the perfect pitcher through strength and conditioning. It discusses goals of injury prevention and performance enhancement. Key aspects that make a good pitcher include never missing starts, having body awareness, being fatigue resistant, having power and speed, and mental toughness. The document provides exercises and stretches to maximize internal and external rotation for injury prevention and performance. Core exercises are emphasized over crunches. Conditioning should replicate the demands of baseball through sprints, games, and strongman exercises. Case studies are presented comparing players' physical testing results and velocities.
This document provides guidelines for planning speed training for team sports. It discusses understanding the speed requirements of different sports, acknowledging the physical stimulus of games while knowing games are not optimal for fitness. It outlines considering individual factors when planning. The document recommends annual planning while writing plans in pencil, emphasizing recovery. It discusses applying the correct training tools and following best practice session guidelines. It also notes the importance of logistics, balance, and considering speed training as an ongoing process with windows of opportunity.
This document discusses different models of periodization for training, including linear, block, concurrent, conjugate, and undulating models. It explains that periodization aims to maximize adaptations to training by systematically varying training variables like volume, intensity, and exercise selection over periods or cycles. This allows for periods of overloading and recovery to reduce injury risk while continually progressing an athlete. The document compares advantages and disadvantages of different models for different athlete abilities and sport types to help choose an appropriate periodization approach. It emphasizes that periodization strategies should evolve over time with advances in understanding physiology and the developing needs of individual athletes and sports.
El documento presenta diferentes criterios y principios para dosificar el trabajo con pesas de forma segura y efectiva, como el principio de sobrecarga progresiva. Explica diferentes tipos de entrenamiento con pesas para desarrollar cualidades como fuerza, resistencia y masa muscular. También describe métodos de entrenamiento como la carga estable, la pirámide y el oleaje, así como consideraciones sobre agarres, calentamiento y comienzo de rutinas.
Science & Practice of Elite Speed DevelopmentMike Young
The document discusses determinants of speed and principles of elite speed development. It covers muscular, mechanical, kinetic, and neuromuscular factors that influence speed. Some key points include:
- Sprinting requires complex interactions between eccentric, isometric, and concentric muscle contractions under extreme time constraints.
- Mechanical factors like ground contact time, stride length and frequency differentiate acceleration from maximum velocity.
- Faster sprinters apply more mass-specific force to the ground in a shorter period of time.
- Training should target the force-velocity continuum from maximum strength to maximum speed. Both horizontal and vertical strength are important for acceleration and top speed respectively.
Este documento describe diferentes modelos de periodización del entrenamiento, incluyendo periodización lineal, no lineal, por bloques y ondulante. Explica las características clave de cada modelo como el número de picos de forma, variación del volumen y la intensidad a lo largo del tiempo, y objetivos específicos de cada fase o bloque. También proporciona ejemplos concretos de cómo aplicar estos modelos en programas de entrenamiento.
Periodization involves systematically varying training specificity, intensity, and volume over periods or cycles to promote improvements in training and performance while preventing boredom. The goals are to optimize performance at key points, structure training to target physiological and performance outcomes, manage training stress to reduce overtraining, and promote long-term athlete development. Training is divided into macrocycles, mesocycles, and microcycles with different periodization models like linear, undulating, block, concurrent, and conjugate. Proper periodization requires understanding an athlete's schedule and needs to effectively plan preseason, in-season, and overall training.
Phase Potentiation within Speed Developmentdlive11
The document discusses several key topics related to training for speed and power development:
1. It outlines the importance of developing maximal strength, rate of force development, and power through exercises like squats, Olympic lifts, and plyometrics.
2. It describes how to periodize training into blocks focused on strength, strength-speed, and speed-strength to optimize transfer to sprinting performance.
3. Data from elite sprinters shows improvements in force production and rate of force development over time with this type of training.
6.3 CECS Level III Planning a Training Year - Common Theory.pdfEshetuGirma1
The document discusses planning a training year for athletes through periodization. It describes dividing the year into preparation, competition, and transition periods with different training objectives for each. The preparation period is further divided into general preparation, specific preparation, and pre-competition phases. It emphasizes that periodization helps achieve long-term athlete development by structuring training over time. The document also discusses factors to consider when creating an annual plan such as an athlete's development stage, goals, and choosing between single, double, or multi-periodized structures.
O documento discute a metodologia de treinamento desportivo, abordando conceitos como objetivos de treinamento, individualidade biológica, cargas de treinamento, programação de atividades através de microciclos, mesociclos e macrociclos. O texto fornece detalhes sobre como organizar diferentes fases de preparação ao longo do ano para obter resultados máximos no período competitivo.
Training load must be optimized to improve performance but is difficult to precisely measure. There are objective and subjective methods to assess training load. Objectively, factors like heart rate, body weight, oxygen consumption, and biochemical changes can be monitored. Subjectively, a coach observes external symptoms like behavior, skin color, sweating, respiration rate, and pain to judge load based on their experience. The optimal training load depends on the athlete's level, from lower volume once daily for beginners to higher volume twice daily for advanced athletes.
This document discusses the principles of periodization in training. It begins with an overview and background on periodization, noting that it aims to make training more measurable and planned. Key aspects discussed include supercompensation, where overload is followed by recovery and supercompensation. Periodization models from Matveyev and others are examined. Matveyev's approach bases periodization on supercompensation and organizes training into microcycles, mesocycles, and macrocycles within preparation, competition, and transition periods. The document provides guidance on applying periodization through constructing annual plans, periods and phases, mesocycles, and microcycles with examples for college football.
The document provides an overview of principles for building speed and agility. It discusses the importance of body composition, strength, mobility, linear speed, acceleration, absolute speed, multidirectional speed, change of direction, and agility. It defines each component and explains the technical considerations and practical goals for training each quality. The document emphasizes that a holistic speed and agility program should incorporate all components through progressive drills and periodization to maximize transfer to sport performance and minimize injury risk.
Este documento presenta un plan de entrenamiento de 6 semanas para mejorar las capacidades físicas básicas relacionadas con la salud, incluyendo fuerza, resistencia y flexibilidad. Explica cómo calcular los tiempos de entrenamiento para cada capacidad, las zonas de frecuencia cardíaca para el entrenamiento cardiovascular, y proporciona un esquema de sesión de entrenamiento que incluye calentamiento, parte principal y vuelta a la calma. El estudiante debe desarrollar su propio plan de acuerdo con las pautas
1) In-season strength training for multi-sport sprinters should focus on developing general qualities like strength, speed, and endurance through exercises like squats, Olympic lifts, plyometrics, and sprints while avoiding over-specialization.
2) The program should be periodized into blocks focusing on work capacity, strength, and power and include deloads. Most work should be done at submaximal intensities of 70-85% to support sprint development rather than compete with it.
3) Exercises should emphasize lower body strength and power, hamstring development, upper body pushing and pulling, and torso stability. Movement quality and technique take priority over load. The schedule coordinates lifting with the sprint program
La periodización del entrenamiento deportivo se divide en periodos preparatorio, competitivo y de transición. El periodo preparatorio incluye etapas de preparación general y especial para desarrollar capacidades físicas. El periodo competitivo se enfoca en mantener la forma deportiva óptima a través de competencias. El periodo de transición reduce la carga para evitar acumulación de fatiga.
Periodisation involves dividing the training year into phases with the goal of peaking performance for important events. It prevents overtraining and injury by gradually increasing intensity over various cycles. The training year consists of an off-season, general preparation, specific preparation, and competitive phases of varying lengths focused on different activities to optimally develop sports performance.
Presentation delivered on and Asian Squash Federation Level 2 Coaching course discussing Strength and Conditioning for squash. The title given for the talk was "Long term squash training programme in combination with strength training and periodisation.
Target audience were squash coaches working from grass roots to the elite level. (Some content dictated by requirements of the ASF coaching course)
Basketball: Periodization of Biomotor Capabilities Adriano Vretaros
This document discusses periodization models for basketball training. It provides historical context on the development of periodization from the empirical, scientific, and modern periods. Key periodization models are described, including classical, pendular, modular, block, conjugated, Bompa, structural bells, selective loads, tactical, and Bondarchuk models. Each model is characterized by its approach to the macro-management of the training process with emphasis on general preparation, specific training, number of performance peaks, and relationship between volume and intensity over time.
This presentation was presented to the ASCA Special Interest Group in Adelaide on 21/11/2018. It is a case study of an athlete who went to the World Junior Championships in Finland 2018 (Aust, Men's 4x100m). It discusses the concept of 'micro-dosing' in reference to the structure of the 2017-18 season, as well as the final 12 weeks preparation leading into the championships.
Este documento describe varios modelos de planificación deportiva, incluyendo la periodización clásica de Matveev, el modelo de bloques de Verkhoshansky, el modelo ATR de Issurin y Kaverin, y la microestructura de Seirul-lo. Todos los modelos buscan optimizar la aplicación de cargas de entrenamiento a lo largo del proceso deportivo de acuerdo a las exigencias competitivas.
Bih strength in integrated training for a regular long league schedule Dzevad Saric
It is important to keep in mind that the training done during preseason will differ from the competition period.
We will focus on a work approach that can be found in literature that has used the inertial methodology to develop strength.
Inertial strength training, which allows for a certain eccentric load, is beneficial for professional soccer players.
Athlete Development Portfolio PresentationKevin Shattock
A presentation as part of Applied Conditioning for Sport module for MSc Strength & Conditioning course at the University of Salford.
Multi disciplinary approach considering nutrition, biomechanics, technical, phyio / rehab and the overall impact of S&C programming.
Training plans can be classified based on duration and number of people involved. There are yearly plans, meso-cycle plans lasting 3-6 weeks, and micro-cycle plans forming the basis for meso-cycles. Training conception involves long-term principles and rules. Yearly plans lay out training details for one year. Meso-cycle plans have specific aims achieved through micro-cycles and tests after each meso-cycle. Micro-cycles systematically arrange the load over training sessions. Training sessions are the basic unit and plans can be individual or group-based.
Speed training can be broken down into starts, accelerations, and maximal velocity. Starts should focus on modified standing positions from various angles to mimic game situations. Accelerations should include drills from both static and dynamic positions over 10-25 meters. Maximal velocity training should focus on optimal form over 30 meters that allows for rapid changes in direction rather than high knees. Proper progressions and measuring performance can gauge training effectiveness for the components of speed training tailored to individual sports.
Este documento proporciona una guía sobre la planificación del entrenamiento deportivo. Explica que la planificación implica determinar acciones futuras de manera anticipada y racional para lograr las metas propuestas. Describe la estructura cíclica del entrenamiento deportivo, incluyendo los conceptos de megaciclo, macrociclo, periodos, etapas, mesociclos y microciclos. Además, explica las características de cada uno de estos componentes de la planificación del entrenamiento.
This document discusses functional training in sports. It provides a history of functional training dating back to the 1950s and its use for injury treatment in soldiers and later for fitness and sports training. It defines key terms like core, proprioception, biomotor capabilities. It describes exercises like closed kinetic chain, multi-joint, multi-planar exercises and different planes and directions. It discusses proprioception and the role of the core region and different muscles. It also outlines different tests and how functional training has been applied to improve performance in sports like soccer, basketball, golf, taekwondo and prevent injuries.
Strength training for sport - FILEX 2013Mark McKean
The document discusses differences between general gym strength training programs and sport-specific strength training. It outlines the science behind strength training goals for different sports, including maximal strength, contraction speed, and force output. It provides examples of typical weekly strength training schedules for various athletes and tips for coaches on effective exercise selection, programming, and progression for sport-specific strength training.
The document provides guidance on implementing a lacrosse team strength training program using supersets and rotation groups. Key points include:
- Organizing players into groups of 4 that rotate through primary lifts, supplemental lifts, and core exercises in a superset format over 3 minutes.
- Emphasizing proper form training for the first 2-3 weeks using only bodyweight and bars before implementing the full program.
- Testing players' 1-rep maxes on core lifts to group players by strength and calculate training weights.
- Structuring a 4-day per week sample program that combines lifting, agility, speed, and stretching work.
Phase Potentiation within Speed Developmentdlive11
The document discusses several key topics related to training for speed and power development:
1. It outlines the importance of developing maximal strength, rate of force development, and power through exercises like squats, Olympic lifts, and plyometrics.
2. It describes how to periodize training into blocks focused on strength, strength-speed, and speed-strength to optimize transfer to sprinting performance.
3. Data from elite sprinters shows improvements in force production and rate of force development over time with this type of training.
6.3 CECS Level III Planning a Training Year - Common Theory.pdfEshetuGirma1
The document discusses planning a training year for athletes through periodization. It describes dividing the year into preparation, competition, and transition periods with different training objectives for each. The preparation period is further divided into general preparation, specific preparation, and pre-competition phases. It emphasizes that periodization helps achieve long-term athlete development by structuring training over time. The document also discusses factors to consider when creating an annual plan such as an athlete's development stage, goals, and choosing between single, double, or multi-periodized structures.
O documento discute a metodologia de treinamento desportivo, abordando conceitos como objetivos de treinamento, individualidade biológica, cargas de treinamento, programação de atividades através de microciclos, mesociclos e macrociclos. O texto fornece detalhes sobre como organizar diferentes fases de preparação ao longo do ano para obter resultados máximos no período competitivo.
Training load must be optimized to improve performance but is difficult to precisely measure. There are objective and subjective methods to assess training load. Objectively, factors like heart rate, body weight, oxygen consumption, and biochemical changes can be monitored. Subjectively, a coach observes external symptoms like behavior, skin color, sweating, respiration rate, and pain to judge load based on their experience. The optimal training load depends on the athlete's level, from lower volume once daily for beginners to higher volume twice daily for advanced athletes.
This document discusses the principles of periodization in training. It begins with an overview and background on periodization, noting that it aims to make training more measurable and planned. Key aspects discussed include supercompensation, where overload is followed by recovery and supercompensation. Periodization models from Matveyev and others are examined. Matveyev's approach bases periodization on supercompensation and organizes training into microcycles, mesocycles, and macrocycles within preparation, competition, and transition periods. The document provides guidance on applying periodization through constructing annual plans, periods and phases, mesocycles, and microcycles with examples for college football.
The document provides an overview of principles for building speed and agility. It discusses the importance of body composition, strength, mobility, linear speed, acceleration, absolute speed, multidirectional speed, change of direction, and agility. It defines each component and explains the technical considerations and practical goals for training each quality. The document emphasizes that a holistic speed and agility program should incorporate all components through progressive drills and periodization to maximize transfer to sport performance and minimize injury risk.
Este documento presenta un plan de entrenamiento de 6 semanas para mejorar las capacidades físicas básicas relacionadas con la salud, incluyendo fuerza, resistencia y flexibilidad. Explica cómo calcular los tiempos de entrenamiento para cada capacidad, las zonas de frecuencia cardíaca para el entrenamiento cardiovascular, y proporciona un esquema de sesión de entrenamiento que incluye calentamiento, parte principal y vuelta a la calma. El estudiante debe desarrollar su propio plan de acuerdo con las pautas
1) In-season strength training for multi-sport sprinters should focus on developing general qualities like strength, speed, and endurance through exercises like squats, Olympic lifts, plyometrics, and sprints while avoiding over-specialization.
2) The program should be periodized into blocks focusing on work capacity, strength, and power and include deloads. Most work should be done at submaximal intensities of 70-85% to support sprint development rather than compete with it.
3) Exercises should emphasize lower body strength and power, hamstring development, upper body pushing and pulling, and torso stability. Movement quality and technique take priority over load. The schedule coordinates lifting with the sprint program
La periodización del entrenamiento deportivo se divide en periodos preparatorio, competitivo y de transición. El periodo preparatorio incluye etapas de preparación general y especial para desarrollar capacidades físicas. El periodo competitivo se enfoca en mantener la forma deportiva óptima a través de competencias. El periodo de transición reduce la carga para evitar acumulación de fatiga.
Periodisation involves dividing the training year into phases with the goal of peaking performance for important events. It prevents overtraining and injury by gradually increasing intensity over various cycles. The training year consists of an off-season, general preparation, specific preparation, and competitive phases of varying lengths focused on different activities to optimally develop sports performance.
Presentation delivered on and Asian Squash Federation Level 2 Coaching course discussing Strength and Conditioning for squash. The title given for the talk was "Long term squash training programme in combination with strength training and periodisation.
Target audience were squash coaches working from grass roots to the elite level. (Some content dictated by requirements of the ASF coaching course)
Basketball: Periodization of Biomotor Capabilities Adriano Vretaros
This document discusses periodization models for basketball training. It provides historical context on the development of periodization from the empirical, scientific, and modern periods. Key periodization models are described, including classical, pendular, modular, block, conjugated, Bompa, structural bells, selective loads, tactical, and Bondarchuk models. Each model is characterized by its approach to the macro-management of the training process with emphasis on general preparation, specific training, number of performance peaks, and relationship between volume and intensity over time.
This presentation was presented to the ASCA Special Interest Group in Adelaide on 21/11/2018. It is a case study of an athlete who went to the World Junior Championships in Finland 2018 (Aust, Men's 4x100m). It discusses the concept of 'micro-dosing' in reference to the structure of the 2017-18 season, as well as the final 12 weeks preparation leading into the championships.
Este documento describe varios modelos de planificación deportiva, incluyendo la periodización clásica de Matveev, el modelo de bloques de Verkhoshansky, el modelo ATR de Issurin y Kaverin, y la microestructura de Seirul-lo. Todos los modelos buscan optimizar la aplicación de cargas de entrenamiento a lo largo del proceso deportivo de acuerdo a las exigencias competitivas.
Bih strength in integrated training for a regular long league schedule Dzevad Saric
It is important to keep in mind that the training done during preseason will differ from the competition period.
We will focus on a work approach that can be found in literature that has used the inertial methodology to develop strength.
Inertial strength training, which allows for a certain eccentric load, is beneficial for professional soccer players.
Athlete Development Portfolio PresentationKevin Shattock
A presentation as part of Applied Conditioning for Sport module for MSc Strength & Conditioning course at the University of Salford.
Multi disciplinary approach considering nutrition, biomechanics, technical, phyio / rehab and the overall impact of S&C programming.
Training plans can be classified based on duration and number of people involved. There are yearly plans, meso-cycle plans lasting 3-6 weeks, and micro-cycle plans forming the basis for meso-cycles. Training conception involves long-term principles and rules. Yearly plans lay out training details for one year. Meso-cycle plans have specific aims achieved through micro-cycles and tests after each meso-cycle. Micro-cycles systematically arrange the load over training sessions. Training sessions are the basic unit and plans can be individual or group-based.
Speed training can be broken down into starts, accelerations, and maximal velocity. Starts should focus on modified standing positions from various angles to mimic game situations. Accelerations should include drills from both static and dynamic positions over 10-25 meters. Maximal velocity training should focus on optimal form over 30 meters that allows for rapid changes in direction rather than high knees. Proper progressions and measuring performance can gauge training effectiveness for the components of speed training tailored to individual sports.
Este documento proporciona una guía sobre la planificación del entrenamiento deportivo. Explica que la planificación implica determinar acciones futuras de manera anticipada y racional para lograr las metas propuestas. Describe la estructura cíclica del entrenamiento deportivo, incluyendo los conceptos de megaciclo, macrociclo, periodos, etapas, mesociclos y microciclos. Además, explica las características de cada uno de estos componentes de la planificación del entrenamiento.
This document discusses functional training in sports. It provides a history of functional training dating back to the 1950s and its use for injury treatment in soldiers and later for fitness and sports training. It defines key terms like core, proprioception, biomotor capabilities. It describes exercises like closed kinetic chain, multi-joint, multi-planar exercises and different planes and directions. It discusses proprioception and the role of the core region and different muscles. It also outlines different tests and how functional training has been applied to improve performance in sports like soccer, basketball, golf, taekwondo and prevent injuries.
Strength training for sport - FILEX 2013Mark McKean
The document discusses differences between general gym strength training programs and sport-specific strength training. It outlines the science behind strength training goals for different sports, including maximal strength, contraction speed, and force output. It provides examples of typical weekly strength training schedules for various athletes and tips for coaches on effective exercise selection, programming, and progression for sport-specific strength training.
The document provides guidance on implementing a lacrosse team strength training program using supersets and rotation groups. Key points include:
- Organizing players into groups of 4 that rotate through primary lifts, supplemental lifts, and core exercises in a superset format over 3 minutes.
- Emphasizing proper form training for the first 2-3 weeks using only bodyweight and bars before implementing the full program.
- Testing players' 1-rep maxes on core lifts to group players by strength and calculate training weights.
- Structuring a 4-day per week sample program that combines lifting, agility, speed, and stretching work.
The document discusses in-season training strategies for injury prevention in athletes. It recommends screening tests to identify potential problems, and integrating functional movement exercises into training. Sample circuits and giant sets are provided that target multiple joints and muscle groups to keep training balanced and reduce risk of overuse. The importance of monitoring recovery to avoid overtraining is stressed. Consistency, weak link training, and balancing workload with adequate recovery are keys to success.
Performance Development for Lacrosse
As a successful lacrosse coach, Coach Eric Lamb shows how he strengthens his players. He breaks down Lacrosse position by position and shows how beneficial is strength and conditioning philosophy is to his lacrosse athletes. Lacrosse is a sport where different positions can benefit from different lifts and workouts. Limestone has been an extremely successful lacrosse team, whose workouts play a huge role in their success.
The document discusses analyzing performance through a cycle of analysis to improve over time. It involves observing performance, collecting results, identifying strengths and weaknesses, comparing to a model performance, preparing and completing an action plan. Applying this cycle continuously can lead to ongoing improvements. The document also discusses assessing fitness for an activity to identify strengths and weaknesses, set goals, and design a training program to maximize strengths and minimize weaknesses.
Folk style wrestling is the form used in school programs and consists of rounds where points can be scored through takedowns, escapes, and near falls. Wrestling demands peak fitness with a focus on strength, power, agility, and endurance. The training program outlined progresses through hypertrophy, strength, and maintenance phases to build muscle mass, maximize strength before competition season, and maintain gains during the season. Testing evaluates improvements in strength, power, agility, and endurance over the macrocycle.
Dumbbell exercises for football training programsFernando Farias
T
his article was written in part because of a member of the
National Strength and Conditioning Association (NSCA)
requested an article on the use of dumbbell exercises in
the training programs for football athletes. As a strength and
conditioning coach who has been using dumbbells for football
training programs since my time as a graduate assistant strength
and conditioning coach at Fresno State University in the early
1990s, I believe I am in a knowledgeable position to respond to
this request. During my three years as a graduate assistant and
my 12 years at the United States Air Force Academy, I continued
to use dumbbell training. That emphasis on dumbbell training
has continued during my six years as the Head Strength and
Conditioning Coach at Colorado State University-Pueblo (CSU-
Pueblo), which recently won the 2014 National Collegiate Athletic
Association (NCAA) Division II Football National Championship.
1. The document outlines the philosophy and objectives of developing a quality summer training program, focusing on injury prevention, performance enhancement, and mental development.
2. Performance enhancement is discussed, including developing strength, power, speed, and work capacity through various training methods like Olympic lifts, plyometrics, and conditioning circuits.
3. The summer program schedule provides examples of how to incorporate different performance qualities over the 7-8 week period, individualizing training as needed.
The document summarizes the Westside System of Powerlifting created by Louie Simmons. It consists of three main training methods - the Maximal Effort Method, the Dynamic Effort Method, and the Repetition Method. A typical split includes a Max Effort squat/deadlift day, Max Effort bench day, Dynamic Effort squat/deadlift day, and Dynamic Effort bench day. The system aims to build strength, explosiveness, and work capacity while avoiding stagnation through frequent variation in exercises and accommodating resistance training. It can also be adapted for athletic populations through sport-specific exercises and modifications.
This document provides an overview and introduction to training as an intermediate bodybuilder. It discusses how the intermediate stage is an exciting time combining the freshness of starting out with experience and results. It notes most bodybuilders need 6 months of consistent training to be considered intermediate. Key signs include visible physique improvement, strength gains, and training becoming an integral part of one's lifestyle. The document recommends first changes for intermediates as subdividing full-body workouts into a 2-day split focusing on lower/upper or push/pull. It advises training each bodypart less frequently than as a beginner but in the gym more often, and increasing exercise variety periodically.
The document provides information about fitness training for badminton players. It discusses the Badminton Association of England's mission to promote badminton as a major competitive sport. It then outlines various principles of fitness training including specificity, progression, variation, and examples of on-court and off-court training types. The goal is to explain how to develop the key fitness components required for badminton like speed, agility, strength, power, and endurance.
Sample work from my Masters in Coach EducationHayden Jones
This periodization programme outlines a training plan for beach volleyball players with a competitive schedule of 6-8 tournaments over 4 months. The plan consists of 4 phases: general conditioning, preparatory, specific conditioning, and pre-competition. It includes traditional weight training, flexibility/mobility, and sport-specific "physical technical" sessions. The goal is to develop maximal sand-based power and endurance while preventing injuries, with the most intense training early and tapering towards tournaments.
This document outlines Nino Frattolillo's circuit training log book and exercise program goals for 2014. The long-term goals are to improve muscular size, strength, body shape and tone for all muscle groups over the 12-week program. The program consists of body weight and free weight circuits aimed at strengthening and toning all muscles. Warm ups and cool downs are included to gradually increase heart rate and blood flow, and decrease muscle soreness. Proper warm ups and cool downs as well as periodized progression are important principles for safe and effective training.
This document provides guidance on coaching athletes to achieve the fitness levels required for their sport. It discusses the importance of warming up and cooling down and outlines the key components of an athlete's training: energy fitness, which includes both aerobic and anaerobic training; muscular fitness, including strength, endurance, power and flexibility; and peaking and tapering training near competitions. Coaches are advised to tailor training in each area to the demands of the specific sport.
Practical Applications in Principle Base Coaching and Strength Training in th...Mark Watts
Comprehensive Strategies to Optimize Training, Utilize Resources, and Increase Workout Density while Developing Character in the Athletes you Work With.
The 12-Month Soccer Training Program outlines a comprehensive soccer training program that should be followed year-round, even during the off-season. It divides the year into four phases: early pre-season, late pre-season, in-season, and off-season. The priorities of training elements like endurance, strength, speed, etc. vary throughout each phase. The document provides detailed guidance on sample workouts, drills, and schedules for each phase to help optimize a player's development over the entire year.
The document provides guidance on developing an effective training program to improve physical condition. It recommends establishing specific goals, evaluating your starting level through tests, and creating a training plan with progressive sessions that include warm-up, main exercises, and cool-down. Key aspects are choosing activities based on your goals, increasing difficulty over time, and maintaining consistency to see results while preventing injuries.
2. Table of Contents
Introduction……………………………………………….……………………….1
Training Philosophy………………………………………………………….........2
Strength Training Plan…………………………………………………………….3
4 Day Per Week Workouts...………………………………………...….............4-9
Speed and Agility Drills……………………………………………………...10-11
3 Day Per Week Workouts…………………………………………...……....12-16
Spring Semester Plan…………………………………………………………….17
In Season Workout……………………………………………………………18-21
Nutrition Information…………………………………………………………22-26
3. 1
The following pages include a general outline for a collegiate
baseball strength and conditioning program. It includes full workouts
while the athletes are at school for the weight room as well as speed and
agility drills for more baseball specific drills (ladder drills, cones, etc.).
Of course, the exact format of what is included may need to be adjusted
from program to program and adjusted based on NCAA policies but what
is included is based off my experience with a collegiate baseball program.
The dates are based off the 2015-2016 collegiate year so that I can more
accurately explain the outline. It also includes basic nutritional
information that can be easily understood by student-athletes so that they
can maximize their potential.
I have divided the workout into sections based off a typical schedule
for a collegiate baseball program. The sections include a fall workout
(four days per week and three days per week), a pre-season workout, and
an in season workout. The workouts are designed to go along with the
suggested schedule but can obviously be adjusted if schedules are
different. The workouts were made so that everyone on the team can do
all the exercises but can also be adjusted for injuries or for pitchers. Each
section starts out with a calendar of a suggested schedule followed by the
workouts for that section and any other information that is needed, such
as speed and agility drills.
*Note: I have only included the workout and speed and agility plans for the first individual sessions ofthe fall and
the team practice session. Once team practice is over and individuals start again, the four times per week workout
program is started again unless something different is requested by the coach.
4. 2
Strength and Conditioning Philosophy
It is my belief that strength training is more than just about building muscle, it’s about building
character and mental toughness. The character and mental toughness built through proper
strength training will not only lead to better athletes on the field but will also lead to better
athletes in the classroom and in the community.
My training philosophy is to maximize the athlete’s potential. I want to develop a holistic
approach to their training. This means that we will provide everything they need in order to get
the most out of their training; whether that is in the weight room, in their diet, in rehab/recovery
techniques, etc.
Specific to their training, I have three goals:
1. Injury Prevention
2. Season Long Endurance
3. Increase strength/explosiveness/speed
If an athlete is injured in the weight room or on the field, then he/she will not be able to help the
team. This is why injury prevention is my number one goal. Along with adequate warmups and
cool downs during every workout, I will incorporate specific injury prevention exercises with the
goal of minimizing injuries.
As a former student-athlete, I know how long and tiring a collegiate season can be. It is
important that every athlete is conditioned for the entirety of that season. My programming will
provide both the strength base and the mental toughness that is needed to finish a season as
strongly as they started it.
Even though strength/explosiveness/speed development is third on my list, it is still an extremely
important factor when designing any type of program because without these developments
athletes will fail to maximize their potential. My programming will include a combination of all
three components (strength, explosiveness, and speed) in a manner that will allow each
component to be maximized without hindering the others. This will allow us to reach our
ultimate goal of maximizing the athlete’s potential and allowing them to meet the varied
demands of their sport.
The focus within the programming will be on multi-joint exercises as well as explosive exercises
that will directly apply to a specific sport. While Olympic style lifts are beneficial in developing
explosiveness, I find that they can often lead to injury, especially to athletes who put a lot of
stress on their wrist, elbow, and shoulder joints through sport specific practice. I believe there
are other explosive exercises and specific movements that, combined with strength exercises, can
create very similar if not better results than Olympic lifts without the threat of injury.
Exercises in the weight room have their importance in all sports but it is also necessary to
include sport specific movements since these types of movements can bridge the gap between
“static weight room” exercises and actual sport specific “on the field” actions. These exercises
along with the incorporation of explosive movements will not only build mental toughness for
the athletes but will also maximize their potential and allow them to become the best athletes.
5. 3
Strength Training Plan
Season Duration Workout Type/Goal
Fall
4 Days/Week During
Individuals
Upper/lower split, get athlete used
to program, increase speed and
agility
3 Days/Week During
Team Practice
Full body, make progressions
while athletes are still able to
practice 100%
4 Days/Week During
Individuals
Upper/lower split ,build strength
Winter
Off season=4 Weeks Build strength, work on baseball
specific explosive movements
Spring
Pre-Season=5 Weeks Prepare athletes body for season
In Season=~14 Weeks Maintain strength, keep athletes
healthy
6. 4
4 Days Per Week Workouts
Designed to be performed during the individual workout
period. All workouts are designed to be about one hour
long, including a warm up. They are designed as Monday
(upper), Tuesday (lower), Thursday (upper), and
Friday(lower) workouts and are meant to coincide with a
speed and agility program three days per week (Monday,
Wednesday, and Friday). Workout days that align with
speed and agility days were designed as best as possible to
be upper body workouts only. The exception is on Friday
which was deemed acceptable since the athletes would
have the weekend to recover from a heavy leg day.
7. 5
◄ July August 2015 September ►
Sun Mon Tue Wed Thu Fri Sat
1
2 3 4 5 6 7 8
9 10 11 12 13 14 15
16 17 18 19 20 21 22
23 24
First Day of Class
25 26 27 28 29
30 31
Workout:
Upper-Monday
Speed and Agility:
Day 1
Notes:
◄ August September 2015 October ►
Sun Mon Tue Wed Thu Fri Sat
1
Workout:
Lower-Tuesday
2
Speed and Agility:
Day 2
3
Workout:
Upper-Thursday
4
Workout:
Lower-Friday
Speed and Agility:
Day 3
5
6 7
Workout:
Upper-Monday
Speed and Agility:
Day 4
8
Workout:
Lower-Tuesday
9
Speed and Agility:
Day 5
10
Workout:
Upper-Thursday
11
Workout:
Lower-Friday
Speed and Agility:
Day 6
12
13 14
Workout:
Upper-Monday
Speed and Agility:
Day 7
15
Workout:
Lower-Tuesday
16
Speed and Agility:
Day 8
17
Workout:
Upper-Thursday
18
Workout:
Lower-Friday
Speed and Agility:
Day 9
19
20 21 22 23 24 25 26
27 28 29 30 Notes:
8. 6
Strength Training Log
Upper-Monday
EXERCISE SET 1 SET 2 SET 3 SET 4
REPS WEIGHT REPS WEIGHT REPS WEIGHT REPS WEIGHT
SUPERSET1
PartnerMed
Ball Throw and
PushUp
5 X 5 X 5 X 5 X
Jackknives 15 X 15 X 15 X 15 X
Int/ExtBand
Rotation
10
ea .
X
10
ea .
X 10 ea . X
SUPERSET2
BenchPress 5 X 5 x 4 X 3 x
Med Ball Slams
(Straightover
top)
10 X 10 X 10 X 10 X
Pull Ups
(assistedif
needed)
10 X 10 X 8 X 8 X
SUPERSET3
Cable Rows 8 X 8 X 8 X
HammerCurls 8 ea . X 8 ea . X 8 ea . X
OverheadPlate
Extension 12 X 25 12 X 25 12 X 25
SUPERSET4
3 Way
ShoulderRaise
10
ea .
X
10
ea .
X 10 ea . X
PushUps 10 X 10 X 10 x
9. 7
Strength Training Log
Lower-Tuesday
EXERCISE SET 1 SET 2 SET 3 SET 4
REPS WEIGHT REPS WEIGHT REPS WEIGHT REPS WEIGHT
SUPERSET1
SprinterStep
Ups 5,5,10 X 5,5,10 X 5,5,10 X
PlanksonBall
(Incircle)
10 ea .
Wa y
X
10 ea .
Wa y
X
10 ea .
Wa y
X
SUPERSET2
Back Squat 8 X 6 x 4 X 3-4
Box Jumps 5 X 5 X 5 X 5
Glute Bridge
(holdfor5 sec.
lastrep)
10 X 10 X 10 X
SUPERSET3
1 LegRDL to
RussianStep
Up
6 ea . X 6 ea . X 6 ea . X
Wall SitBall
Squeezes 10 X 10 X 10 X
Crunches 25 X 25 X 25 X
SUPERSET4
Ball hamstring
curls 12 X 12 X 12 X
Band Abductor
Pulls 10 ea . X 10 ea . X 10 ea . X
10. 8
Strength Training Log
Upper-Thursday
EXERCISE SET 1 SET 2 SET 3 SET 4
REPS WEIGHT REPS WEIGHT REPS WEIGHT REPS WEIGHT
SUPERSET1
HighRows 10 X 10 X 10 X
StabilityBall
Plank 10 X 10 X 10 X
SUPERSET2
DB Incline
Press 5 X 5 x 5 X 5 x
ClapPushUps 5 X 5 X 5 X 5 X
MilitaryPush
Up 8 X 8 X 8 X 8 X
SUPERSET3
Barbell Row 6 X 6 X 6 X 6 |
Arm Complex
w/plate 10 ea . X 25 10 ea . X 25 10 ea . X 25
Farmers
walk/plate
holds
30-45
s ec.
X
30-45
s ec.
X
30-45
s ec.
X
SUPERSET4
Tire Fight 6 ea . | 6 ea . | 6 ea . |
Side MedBall
Slams 8 ea . | 8 ea . | 8 ea . |
11. 9
Strength Training Log
Lower-Friday
EXERCISE SET 1 SET 2 SET 3 SET 4
REPS WEIGHT REPS WEIGHT REPS WEIGHT REPS WEIGHT
SUPERSET1
KB Swingsw/
partnerpush 8 X 8 X 8 X 8 X
Reverse
hyperextensio
ns for
glutes/hamstri
ngs
10 X 10 X 10 X X
SUPERSET2
Trap Bar
deadlift 6 X 4 x 4 X 4 x
Straddle bench
explosive
jumps
10 X 10 X 10 X
Situp and
twist 15 X 15 X 15 X
SUPERSET3
Barbell Lunge 6 ea . X 6 ea . X 6 ea . X
Lateral/Front/
Back band
walks
10 ea . X 10 ea . X 10 ea . X
Seated
tornado/Russia
n twist
30
tota l
X
30
tota l
X
30
tota l
X
FINISHER
SledPushes X X X
12. 10
Speed and Agility Drills
Each day is split into three separate drills. Break the team up into three groups then rotate until
each group completes the drill. Once all groups do all drills then the whole team does the
sprinting drill at the end.
Day 1
Group 1: Side Run to Sprint (3 each way)
Group 2: Pro Agility 5-10-5 (3 each way)
Group 3: Ladders
Team: 10 x 15-yard sprints
Day 2
Group 1: Tennis Ball Drops (6 each way)
Group 2: 5 Cone Drill (3 total)
Group 3: Ladders
Team: 8 x 30-yard sprints
Day 3
Group 1: Mini Hurdle Series Spread Out-bounding over hurdles with one foot then both feet
Group 2: T-Drill (two at a time, 5 total)
Group 3: Band Sprints (5 total with different resistance)
Team: 5 x 25-yard suicides (5,10,15)
Day 4:
Group 1: Pro Agility 5-10-5 (3 each way)
Group 2: 4 Corner Drills
Group 3: Circle Run (4 each way)
Team: 5 x 10-yard sprints, 5 x 20-yard sprints
Day 5:
Group 1: Ladders with Three Hard Steps After
Group 2: Bound Lateral Jumps with Resistance Bands (5 total at 10 yards)
Group 3: Side Run to Spring (3 each way)
Team: 5 x 50-yard sprints
13. 11
Day 6:
Group 1: Mini Hurdle Series Close Together
Group 2: Cones with Hops (2 each foot each way)
Group 3: 5 Cone Drill
Team: 7 x 30-yard sprints
Day 7:
Group 1: Pro Agility 5-10-5 (3 each way)
Group 2: Band Sprints (5 total with different resistance)
Group 3: Tennis Ball Drops (6 each way)
Team: 5 x 5-yard sprints, 5 x 10-yard sprints, 5 x 20-yard sprints, 5 x 30-yard sprints
Day 8:
Group 1: Ladders with Three Hard Steps After
Group 2: Side Run to Sprint (3 each way)
Group 3: T-drill (2 at a time, 5 total)
Team: 10 x 10-yard sprints
Day 9:
Group 1: Circle Run (4 each way)
Group 2: Cones with Hops (2 each foot each way)
Group 3: Bound Lateral Jumps with Resistance Bands (5 total at 10 yards)
Team: 5 x 10-yard shuttle, 5 x 20-yard shuttle
14. 12
3 Days Per Week Workouts
Designed to be performed during the team practice period.
All workouts are designed to be about one hour long,
includinga warm up. They are designed as three full body
workouts (Monday, Wednesday, and Friday). There is no
speed and agility program that coincides with this unless
specifically requested by the coach.
15. 13
◄ August September 2015 October ►
Sun Mon Tue Wed Thu Fri Sat
1 2 3 4 5
6 7 8 9 10 11 12
13 14 15 16 17 18 19
20 21
Workout:
Full Body-Monday
22 23
Workout:
Full Body-
Wednesday
24 25
Workout:
Full Body-Friday
26
27 28
Workout:
Full Body-Monday
29 30 Notes:
◄ September October 2015 Nov ember ►
Sun Mon Tue Wed Thu Fri Sat
1 2
Workout:
Full Body-Friday
3
4 5
Workout:
Full Body-Monday
6 7
Workout:
Full Body-
Wednesday
8 9
Workout:
Full Body-Friday
10
11 12
Workout:
Full Body-Monday
13 14
Workout:
Full Body-
Wednesday
15 16
Workout:
Full Body-Friday
17
18 19
Workout:
Full Body-Monday
20 21
Workout:
Full Body-
Wednesday
22 23
Workout:
Full Body-Friday
24
25 26
Workout:
Full Body-Monday
27 28
Workout:
Full Body-
Wednesday
29 30
Workout:
Full Body-Friday
31
16. 14
Strength Training Log
Monday
EXERCISE SET 1 SET 2 SET 3 SET 4
REPS WEIGHT REPS WEIGHT REPS WEIGHT REPS WEIGHT
SUPERSET1
Ba rbell Overhead
Explosion Push
(One Arm)
5 ea . X 5 ea . X 5 ea . X
Triple Jumps 3 X 3 X 3 X
Int/Ext Band
Rota tion
10
ea .
X
10
ea .
X 10 ea . X
SUPERSET2
Ba ck Squat 6 X 4 X 4 X 3 X
Ba nd Pulls
10
ea .
X
10
ea .
X 10 ea . X
Leg Ra ise to Leg
Lift
15 X 15 X 15 X
SUPERSET3
Bench Press 5 X 4 X 4 X 3 X
Bulgarian Split
Squa t
6 ea . X 6 ea . X 6 ea . X 6 ea . X
Bent Over DB
Ra ises
10 X 10 X 8 X 8 X
FINISHER
Ropes X X X
17. 15
Strength Training Log
Full Body-Wednesday
EXERCISE SET 1 SET 2 SET 3 SET 4
REPS WEIGHT REPS WEIGHT REPS WEIGHT REPS WEIGHT
SUPERSET1
KB Swings 10 X 10 X 10 X
Sky Rea ches 20 X 20 X 20 X
Glute bridge (hold
for 5 s ec. last rep)
8 X 8 X 8 X
SUPERSET2
Ca ble Rows/1 Arm
DB Rows
8 X 8 X 8 X 8 X
Ha mmer Curls 8 ea . X 8 ea . X 8 ea . X 8 ea . X
Crunches 25 X 25 X 25 X 25 X
SUPERSET3
Wa lking lunges w/
twist on lower
s ide
6 ea . X 6 ea . X 6 ea . X
Pus h Ups (clap
then normal)
5,5 X 5,5 X 5,5 X
Protraction/
Retraction
10 X 10 X 10 X
FINISHER
Explosive s led
pulls (high pull)
X X X
18. 16
Strength Training Log
Full Body-Friday
EXERCISE SET 1 SET 2 SET 3 SET 4
REPS WEIGHT REPS WEIGHT REPS WEIGHT REPS WEIGHT
SUPERSET1
Jump Split Squats
10
tota l
X
10
tota l
X
10
tota l
X
DB RDL 10 X 10 X 10 X
V a nd W shoulders
10
ea .
X
10
ea .
X 10 ea . X
SUPERSET2
Dea dlift 5 X 5 X 4 X 4 X
La teral/front/back
ba nd walks
10
ea .
X
10
ea .
X 10 ea . X
10
ea .
X
Pull Ups (a ssisted
if needed)
10 X 10 X 8 X 8 X
SUPERSET3
DB Incline 6 X 5 X 5 X 4 X
Ba nd tricep
extension
10 X 10 X 8 X 8 X
Penguins 30 X 30 X 30 X 30 X
SUPERSET4
19. 17
Spring Semester
When athletesreturnforthespring semester, theywill have
a few weeks of individuals. During this time, they will
follow thesame four days per week workout program as in
the fall unless requested differently by the coach.
Once athletes start team practices they will transition to a
threeday per week workout that will start to mimic their in
season workout program so they will be adjusted to it by
thetime theseason starts. What is includedis just a general
whole team workout program. Obviously, workouts may
have to be adjusted for pitchers depending on when they
may start in the rotation.
20. 18
In Season Workout
This program will include workouts that are numbered
instead of workouts based off days of the week due to the
fact that workout days may change from week to week
depending on the teams game schedule. The goal is to
workout at least two days per week. Athletes will still lift
heavy weight to maintain strength but the number of reps
will belowered in orderfor theathleteto beableto perform
at optimal levels in the games. The progressions and reps
can be adjusted from week to week.
21. 19
Strength Training Log
Full Workout 1
EXERCISE SET 1 SET 2 SET 3 SET 4
REPS WEIGHT REPS WEIGHT REPS WEIGHT REPS WEIGHT
SUPERSET1
Ba rbell Overhead
Explosion Push
(One Arm)
4 ea . X 4 ea . X 4 ea . X
Triple Jumps 3 X 3 X 3 X
Int/Ext Band
Rota tion
10
ea .
X
10
ea .
X 10 ea . X
SUPERSET2
Ba ck Squat 4 X 50% 4 X 60% 3 X 80% 2 X
80-
90%
Ba nd Pulls
10
ea .
X
10
ea .
X 10 ea . X
Leg Ra ise to Leg
Lift
15 X 15 X 15 X
SUPERSET3
Bench Press 4 X 50% 4 X 60% 3 X 80% 2 X
80-
90%
Bulgarian Split
Squa t
5 ea . X 5 ea . X 5 ea . X 5 ea . X
Bent Over DB
Ra ises
10 X 10 X 8 X 8 X
FINISHER
Ropes X X X
22. 20
Strength Training Log
Workout 2
EXERCISE SET 1 SET 2 SET 3 SET 4
REPS WEIGHT REPS WEIGHT REPS WEIGHT REPS WEIGHT
SUPERSET1
KB Swings 8 X 8 X 8 X
Sky Rea ches 20 X 20 X 20 X
Glute bridge (hold
for 5 s ec. last rep)
8 X 8 X 8 X
SUPERSET2
Ca ble Rows/1 Arm
DB Rows
8 X 8 X 8 X 8 X
Ha mmer Curls 8 ea . X 8 ea . X 8 ea . X 8 ea . X
Crunches 25 X 25 X 25 X 25 X
SUPERSET3
Wa lking lunges w/
twist on lower
s ide
6 ea . X 6 ea . X 6 ea . X
Pus h Ups (clap
then normal)
5,5 X 5,5 X 5,5 X
Protraction/
Retraction
10 X 10 X 10 X
FINISHER
Explosive s led
pulls (high pull)
X X X
23. 21
Strength Training Log
Workout 3
EXERCISE SET 1 SET 2 SET 3 SET 4
REPS WEIGHT REPS WEIGHT REPS WEIGHT REPS WEIGHT
SUPERSET1
Jump Split Squats
6
tota l
X
6
tota l
X
6
tota l
X
DB RDL 10 X 10 X 10 X
V a nd W shoulders
10
ea .
X
10
ea .
X
10
ea .
X
SUPERSET2
Dea dlift 5 X 50% 4 X 60% 3 X 80% 3 X
80-
90%
La teral/front/back
ba nd walks
10
ea .
X
10
ea .
X
10
ea .
X
10
ea .
X
Pull Ups (a ssisted
if needed)
10 X 10 X 8 X 8 X
SUPERSET3
DB Incline 6 X 50% 5 X 60% 4 X 80% 4 X
80-
90%
Ba nd tricep
extension
10 X 10 X 8 X 8 X
Penguins 30 X 30 X 30 X 30 X
SUPERSET4
24. 22
Nutrition
The following pages include basic nutritional information
that can be shared with the student-athletes. I have also
included a page about intra (during) workout nutrition to
show what should be provided in order to maximize the
athlete’s potential.
25. 23
Fluid Intake
In order for an athlete to prevent dehydration, they must stay hydrated. This will
allow for optimal performance and safety in any physical activity. Without proper
hydration an athlete can develop cramps, can become dizzy or fatigue, and can
increase their chances of heat exhaustion or heat stroke. Athletes should try to
consume at least 1 cup of water every hour throughout the day.
Recommended fluid intake for exercise:
Before-16-24 fluid ounces two hours before and 12 fluid ounces 15 minutes before
During-8-12 fluid ounces every 15 minutes
After-at least 24 fluid ounces plus 16-24 fluid ounces per weight lost during
activity
Refueling After Workouts
Athletes must refuel after their workouts in order to maximize their performance.
They must replace carbohydrates used for energy and provide protein to aid in
muscle repair and to prevent muscle breakdown. This is also the first step in
recovery for their next workout. The most optimal time to refuel the bodyis
within 30 minutes after exercise because this is when the bodyis able to maximize
absorption of carbohydrates and protein.
Recommended amounts:
Water-at least 3 cups plus 2-3 cups per weight lost during activity
Carbohydrate- 50-100 grams
Protein-15-25 grams
Eating at Regular Intervals
In order to encourage protein synthesis instead of fat storage and maintain blood
sugar levels throughout the day for constantenergy athletes must try to eat 3-4
balanced meals every day with 2-4 snacks in between.
26. 24
Eat a Balanced Diet
Athletes must eat antioxidant rich fruits and vegetables, eat energy supplying
carbohydrates, and eat muscle building, lean protein sources.
Recommended amounts:
Fruits-2-3 pieces of fruit per day
Vegetables-3-5 servings of vegetables per day
Carbohydrates-at least 50% an athlete’s calories should be from carbohydrates,
should include some source of carbohydrates in every meal or snack
Protein-include a sourceof lean protein in every meal, at least 25% of daily
calories minimum working up to 35% or 1 gram per pound of bodyweight
Meet Energy Needs
It is important for athletes to match their food intake to their bodycomposition
goals:
To gain lean muscle the total calories must increase
To lose bodyfat calories must decrease
To avoid weight gain or loss total calories must be maintained
Sources:
1. Dorfman, Lisa. “University of Miami Sports Nutrition Performance Guide.” University of Miami
Athletics. 2008. Web.
http://www.hurricanesports.com/fls/28700/old_site/pdf/genrel/UMSportsSupplementGuide.pdf?D
B_OEM_ID=28700
2. Tomko, Laurel. “Florida State Sports Nutrition.” Florida State Sport Nutrition.Web.
http://grfx.cstv.com/photos/schools/fsu/genrel/auto_pdf/nutritiona5609.pdf
27. 25
Intra Workout Supplements
It is my belief that in order for athletes to maximize their potential they must
consume some sort of intra workout drink/supplement. This is a mixture of
nutrients that combined will help them perform at their peak level while in the
weight room. As the bodyis breaking down during their workout, an intra
workout drink is helping it repair itself. The athletes are to drink this supplement
at the beginning of the work out and periodically throughout it (about every 10-15
minutes). While I understand costcan be an issue, an intra workout drink will help
athletes stay healthy the whole seasonand prevent injury which can lead to even
more costs if further medical care (i.e. surgery) is required. The following
describes what should be in the drink, how much of it, and why it should be in the
drink.
Carbohydrate
20-30 grams of a high glycemic carbohydrate will help extend endurance by
preventing the depletion of muscle glycogen stores, maintain blood glucose levels
which will help prevent fatigue, limit suppressionof the immune system, and
reduce muscle tissue damage.
Protein
5-6 grams of protein will limit muscle protein degradation. This has been shown to
extend endurance and to increase protein synthesis upon the stoppageof exercise.
Protein and carbohydrates can also work synergistically by increasing blood
insulin levels which in turn will increase protein synthesis, increase glycogen
stores, decrease cortisol release, and increase muscle blood flow. Whey protein is
better for longer training sessions since it takes slightly longer to digest and will
therefore benefit the athlete more efficiently. Branched chain amino acids are
better for shorter training sessions because they are absorbed quicker and can also
limit muscle soreness.
28. 26
Electrolytes
Sodium, potassium, and chloride are necessary in order to replace what is lost due
to sweating and also encourages continued fluid consumption becauseof the salt
which stimulates thirst.
Vitamins
By adding additional Vitamin C and Vitamin E to the sportdrink, you can reduce
free radicals, which have been shown to be an important cause of muscle damage.
Information retrieved from Nutrient Timing by John Ivy
Sources:
1. Ivy, Joh, and Robert Portman. Nutrient Timing: The Future of Sports Nutrition. Laguna Beach,
CA: Basic Health Publications, 2004. Print.