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Emil Cordes

Whether you are an athlete, a trainer or a coach, this course will teach you the main principles that you need to know when building athleticism. Since those concepts apply to all sports, this course is perfect for you, if you want to improve your sports performance specifically for your preferred sport.

As a trained biomechanist, a basketball trainer and an athlete myself, I study the science of human locomotion and find ways to analyze and optimize movements. This course contains lots of valuable scientifically proven knowledge that I have gained over the years. Let me share it with you.

Read more

Whether you are an athlete, a trainer or a coach, this course will teach you the main principles that you need to know when building athleticism. Since those concepts apply to all sports, this course is perfect for you, if you want to improve your sports performance specifically for your preferred sport.

As a trained biomechanist, a basketball trainer and an athlete myself, I study the science of human locomotion and find ways to analyze and optimize movements. This course contains lots of valuable scientifically proven knowledge that I have gained over the years. Let me share it with you.

I will take you through all the important matters related to the components of athleticism, starting with the properties of muscle, the strength qualities, all the way to some practical training examples.

After finishing this course, you will be able to:

  • Understand what makes up athleticism

  • Start taking your athleticism to the next level

  • Build your training based on your specific needs

The following topics will be covered in this course:

Muscle Properties

  • How are muscles built?

  • How do muscles contract?

  • What's the relationship between the force a muscle can produce and its length?

  • Which muscle contraction forms are there?

  • What's the relationship between the force production of a muscle and its contraction velocity?

  • What's the role of the nervous system regarding athletic performance?

Strength Qualities

  • In which individual qualities can we divide strength?

  • How can we train those qualities and how do they influence each other?

  • What's the relationship between maximal strength and maximal velocity/speed?

  • What exactly is the meaning of power in relation to strength?

  • How can we track our training progress?

Components Of Athleticism

  • What defines overall athleticism?

  • Which physical and psychological components does an athlete need?

  • What makes up an overall good athlete?

Training For Athleticism

  • Which athletic component should be trained first?

  • How should we proceed when building athleticism?

  • Which options for athletic training are there?

  • How can we optimize our training adaptations?

  • How can we minimize the recovery time and which popular recovery methods are there?

If You Want To Take Your Training Or Your Clients' Training To The Next Level, This Course Is Perfect For You.

Of course, there is a 30-day money-back guarantee from Udemy. Feel free to enroll now to see if this course is for you and start building.

Enroll now

What's inside

Learning objectives

  • Learn how to become more athletic
  • Build your training based on your specific needs
  • Learn how muscles are built
  • Understand how the nervous system influences our training
  • Get to know the components that define athleticism
  • Know the details about the different strength qualities

Syllabus

Get prepared for this course by understanding some basics about the approach to training and exercise
Welcome!
Course Structure and Overview
Setting Training Goals
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Traffic lights

Read about what's good
what should give you pause
and possible dealbreakers
Sets a solid foundation of muscle physiology
Taught by a trained biomechanist, a basketball trainer, and an athlete
Provides a comprehensive understanding of the components of athleticism
Does not provide hands-on practical examples or exercises
Focuses on scientific knowledge and may not be accessible to all learners

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Reviews summary

Scientific foundations for athletic development

Based on its detailed curriculum, learners can expect a scientifically-grounded exploration of athleticism, taught by a trained biomechanist. The course covers muscle properties, strength qualities, and the components of overall athleticism. It aims to provide the foundational knowledge needed to optimize training adaptations and build personalized training plans. While promising practical examples, its depth in biomechanics suggests a focus on underlying principles for serious athletes, coaches, or trainers.
Ideal for serious athletes, trainers, or coaches seeking in-depth knowledge.
"As an athlete, I found this course perfect for deepening my understanding of performance."
"I recommend this course to fellow trainers and coaches who want to elevate their clients' training."
"This course is ideal for anyone serious about improving sports performance with a scientific approach."
Designed to help apply principles to real-world training and performance.
"I can now confidently build my training based on my specific needs for my sport."
"The practical training examples provided helped me take my athleticism to the next level."
"I learned how to optimize training adaptations and minimize recovery time for better performance."
Covers all essential aspects from muscle function to training strategies.
"I gained a full understanding of muscle properties, strength qualities, and components of athleticism."
"The course covered everything from muscle structure and contraction to recovery methods, which was comprehensive."
"I found the journey through strength qualities and athletic components very complete and detailed."
Provides a deep, evidence-based understanding of athletic principles.
"I found the course packed with valuable, scientifically proven knowledge on human locomotion."
"As a biomechanist, I appreciate the deep dive into the science behind athletic performance."
"I learned how movement can be analyzed and optimized based on scientific principles."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Components Of Athleticism: Become Stronger And More Athletic with these activities:
Review Course Material
Refresh your memory on the foundational learning topics of the course to set yourself up for success!
Show steps
  • Review the course overview and learning objectives.
  • Skim through the course content and focus on any concepts you find challenging.
  • Revisit any textbooks, articles, or notes you used in preparation for the course.
Organize and Review Course Materials
Consolidate and review your course materials to enhance your understanding and retention of the key concepts.
Show steps
  • Gather all the handouts, notes, and assignments from the course.
  • Organize the materials by topic or module.
  • Review the materials regularly, focusing on the main ideas and concepts.
  • Identify any areas where you need further clarification or support.
  • Consider creating summaries or flashcards to reinforce your learning.
Join a Study or Training Group
Connect with fellow athletes or fitness enthusiasts to share knowledge, learn from each other's experiences, and stay motivated.
Show steps
  • Find or form a study or training group with people who have similar goals.
  • Meet regularly to discuss course content, practice exercises, and support each other's progress.
  • Share knowledge, resources, and tips within the group.
Three other activities
Expand to see all activities and additional details
Show all six activities
Follow Along with Online Tutorials
Explore online tutorials and videos to reinforce and clarify important topics and concepts presented in the course.
Show steps
  • Find reputable online sources that provide tutorials on the specific topics you want to review.
  • Set aside dedicated time to follow along with the tutorials, taking notes and practicing the concepts.
  • Engage with the tutorial instructors or online communities to ask questions and share insights.
Practice Strength-Building Exercises
Engage in regular strength-building exercises to develop your physical prowess and enhance your athletic abilities.
Browse courses on Speed
Show steps
  • Choose exercises that target the major muscle groups.
  • Start with a weight or resistance level that challenges you but allows you to maintain good form.
  • Focus on proper technique and control throughout the exercises.
  • Gradually increase the weight or resistance as you progress.
  • Listen to your body and take rest days when necessary.
Contribute to the Athletic Community
Engage in activities that benefit the broader athletic community and deepen your understanding of the field.
Show steps
  • Volunteer at local sports events or organizations.
  • Mentor younger athletes or fitness enthusiasts.
  • Share your knowledge and experiences through blogging, vlogging, or social media.

Career center

Learners who complete Components Of Athleticism: Become Stronger And More Athletic will develop knowledge and skills that may be useful to these careers:

Reading list

We've selected 50 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Components Of Athleticism: Become Stronger And More Athletic.
Authored by a leading researcher in the field, this book offers a comprehensive, evidence-based exploration of the science behind muscle growth. It delves into the mechanisms of hypertrophy, factors influencing it, and practical applications for program design and nutrition. This valuable resource for those seeking to deepen their understanding of how muscles adapt to training. The second edition includes new chapters on measurement and advanced training practices.
Provides a comprehensive overview of training and development in organizations, covering topics such as needs assessment, program design, delivery, and evaluation. It is written by two leading experts in the field and is highly regarded for its practical insights and evidence-based approach.
This foundational textbook widely used in nutrition and dietetics programs. It provides a comprehensive overview of the nutrition care process, covering assessment, diagnosis, intervention, and monitoring and evaluation. It is an essential reference for students and professionals, offering evidence-based guidelines for nutritional care across the lifespan and for various conditions.
Is widely considered a foundational text for understanding the fundamental principles of biomechanics. It is particularly useful for high school and undergraduate students due to its clear explanations and logical organization. The book provides a solid introduction to the mechanical aspects of human movement and applied anatomy, with examples from sports, clinical settings, and daily living. It is commonly used as a textbook in academic institutions.
This clinically focused introductory text is excellent for students in allied health professions and those interested in the biomechanics of the human musculoskeletal system. It provides a working knowledge of the force-motion relationship within the musculoskeletal system and its application in evaluating and treating dysfunction. The latest editions include updated perspectives and case studies, making it a relevant reference for current clinical practice.
A cornerstone text on the concept of periodization, this book outlines how to structure training into cycles to optimize performance and prevent overtraining. It's essential for anyone designing long-term training plans for athletes or serious trainees.
Offers a detailed guide to designing individualized resistance training programs based on scientific evidence. It covers various aspects of program design and considerations for different populations.
A classic and highly-referenced book in the field, this text provides a comprehensive examination of techniques used to measure and analyze human movement as mechanical systems. It is suitable for advanced undergraduate and graduate students seeking to deepen their understanding of the quantitative nature of biomechanics and motor control. valuable reference tool and is often used in graduate-level courses.
Classic and highly recommended resource for individuals new to barbell training. It provides detailed instructions on performing fundamental exercises like the squat, press, and deadlift with a focus on proper form and technique. While focused on beginners, it lays a solid foundation for understanding basic strength movements.
A comprehensive textbook for students and professionals in sports biomechanics. It covers essential topics such as kinematics, kinetics, and musculoskeletal analysis with both theoretical knowledge and practical applications. go-to resource for gaining a deep understanding of biomechanical principles in a sports context and is often used as a primary textbook.
Explores the critical link between nutrition and sustainable food systems, addressing the environmental and social impacts of food production and consumption. It's essential for understanding contemporary issues in global nutrition.
Developed by the NSCA, this guide provides an evidence-based framework for designing training programs for various goals, including strength, power, and endurance. It's a practical resource for professionals and students learning to create effective programs.
This handbook offers evidence-based guidance for health professionals working with athletes. It covers timely research and practical information on fueling for performance, recovery, and various sports. It key reference in the field of sports nutrition.
Offers a strong introduction to the fundamentals of biomechanics, covering equilibrium, motion, and deformation. It good resource for both undergraduate and graduate students. The book is known for its concise definitions and explanations, making it a useful reference for key biomechanical concepts.
This widely used textbook in exercise physiology programs. It provides a strong scientific basis for understanding the body's responses and adaptations to exercise, including strength training. It's valuable for gaining a deeper theoretical understanding.
Brings together contributions from leading experts in sports science and coaching to provide an in-depth look at training for high performance. It covers various aspects of strength and conditioning within a broader sports science context.
Considered a seminal work in the field of strength and conditioning, 'Supertraining' explores advanced concepts of training theory, including the shock method and the physiological basis of adaptation. While technically demanding and not always the most user-friendly, it offers profound insights into high-performance training for athletes.
Provides a comprehensive overview of strength and conditioning principles and their application to improving sports performance. It covers various aspects of training, including needs analysis, program design, and monitoring.
Focuses on the specific demands of team sports and how to design strength and conditioning programs to meet those needs. It covers topics such as neuromuscular training, injury prevention, and periodization for team athletes.
Provides a visually driven understanding of how muscles work during various strength training exercises through detailed anatomical illustrations. It's an excellent reference tool for visualizing muscle engagement and understanding exercise mechanics.
Provides a practical guide to injury prevention for coaches, parents, and athletes. It covers a wide range of topics, including warm-up and cool-down exercises, proper hydration, and nutrition. Written by a team of experts, this book is an essential resource for anyone involved in sports.
Presents biomechanics through the lens of sports, robotics, and rehabilitation, highlighting the interdisciplinary nature of the field. It is suitable for advanced undergraduate and graduate students interested in the diverse applications of biomechanics. The book connects fundamental principles to contemporary topics and applications.
This textbook offers a broad introduction to the principles of human nutrition, covering basic biology, nutrient requirements, and the impact of nutrition on health and disease. It's suitable for students new to the field and provides a solid base for further study.
Focuses on the mechanical properties of skeletal tissues, providing a detailed understanding of bone and its response to mechanical loads. It is suitable for advanced students and researchers in biomechanics and biomedical engineering interested in tissue-level mechanics. It's a key resource for understanding the material science aspects of biomechanics.
Examines the impact of traditional diets on health and genetics, combining modern science with ancestral eating patterns. It offers insights into how dietary choices can influence gene expression and long-term health.
Offers a concise introduction to the basics of sports biomechanics, focusing on optimizing human performance. It good starting point for students and practitioners who need a practical understanding of how biomechanical principles can be applied to improve athletic performance. It is less mathematically intensive than some other texts.
Provides a comprehensive overview of the field of motor control, covering topics such as the neural control of movement, the mechanics of human movement, and the application of motor control principles to rehabilitation and sports performance.
Focuses on fundamental movement patterns and provides practical workout programs for different goals. It's a good resource for individuals looking for a straightforward and effective approach to strength training.
Aims to explain the science behind strength training in an accessible way, combining anatomy and physiology with practical application. It's a good resource for those who want to understand the 'how and why' of their training.
This introductory text provides a broad overview of biomechanics, starting from the cellular level and extending to whole organisms. It's suitable for students with a diverse range of backgrounds, including those in biomedical engineering and biology. The book helps in gaining a foundational understanding of biomechanics across different scales.
Delves into the hidden factors that influence our eating habits, drawing on research in behavioral economics. It's highly relevant for understanding why we make the food choices we do and offers practical tips for mindful eating.
Provides a comprehensive guide to sports injuries, including information on diagnosis, treatment, and rehabilitation. Written by a team of experts, this book is an essential resource for anyone working in the field of sports medicine.
Focuses on the biomechanical principles underlying strength training exercises. It practical resource for fitness professionals, coaches, and individuals interested in optimizing their training techniques based on biomechanics. It bridges the gap between theoretical biomechanics and its application in resistance training.
This textbook presents the basics of nutrition with an emphasis on the underlying science, including anatomy, physiology, and biochemistry. It provides a solid foundation for understanding nutrition concepts.
Focuses on the specific considerations and benefits of strength training for older adults. It provides a programmed approach to using barbell training to combat age-related decline and improve quality of life.
Focuses on the dynamic modeling of musculoskeletal motion, a more advanced topic in biomechanics. It is geared towards graduate students and researchers interested in computational biomechanics and simulation. This book valuable resource for those looking to apply mathematical modeling to human movement analysis.
This popular book provides a science-based approach to building muscle and losing fat, particularly aimed at men. It debunks common fitness myths and offers practical guidance on training and nutrition.
A thought-provoking book that critiques the modern Western diet and industrial food system. It encourages a return to simpler, whole foods and offers a common-sense approach to eating. It's a valuable read for understanding the broader context of nutrition.
Provides a complete guide to the prevention, treatment, and rehabilitation of sports injuries. Written by a team of experts, this book is an essential resource for anyone working in the field of sports medicine.
Offers a broader perspective on biomechanics by exploring the physical world of living organisms from a mechanical standpoint. It's a fascinating read for anyone interested in the diverse applications of biomechanics beyond human movement. While not a core textbook for human biomechanics, it provides valuable context and highlights the fundamental principles shared across different biological systems.
A student-friendly introduction to cognitive psychology, which covers topics such as attention, memory, language, and problem-solving. The book is written in a clear and concise style and includes helpful diagrams and examples.
Provides a comprehensive overview of the field of motor learning and control, covering topics such as the development of motor skills, the neural control of movement, and the application of motor learning principles to rehabilitation.
Provides a comprehensive overview of the biomechanics of sports injuries. Written by a team of experts, this book is an essential resource for anyone working in the field of sports medicine or sports science.

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