Applied Sports Science with Performance Technology – Higher Cert

This module will develop the learners personal and interpersonal communication skills as a transferable skill to the sports and fitness industries. It will equip the learner with the practical know-how to communicate effectively for sporting and academic pursuits using multiple media and communication platforms both verbally, written, non-verbal and electronically. This module will introduce independent and reflective learning skills.

This module introduces the fundamental aspects of human nutrition. The sources, structure, functions and metabolism of macro nutrients, together with basic concepts of energy balance will be explored. The sources and functions of vitamins and minerals together with recommended intakes will also be introduced, along with the role of hydration.

The aim of this module is for the student to gain a foundational knowledge of the human anatomical structures and systems.

Performance analysis is used to provide insight into an athlete’s performance. The analyst’s role is to translate objective data into learning opportunities to help improve future performance. Different professional athletic settings use performance analysis in different ways. Athletes, coaches, and exercise specialists can evaluate the performance traits and strategies of a sporting action or activity through the use of performance analysis. The analyst must be knowledgeable about the tactical and technical needs of that sport as well as the methods and instruments used to record, measure, and analyse performance in order to gain this important insight into the efficacy of sports performance.

The aim of this module is for the learner to understand the development of movement patterns through the life cycle and how these principles inform athletic development and planning.

To provide an insightful introduction to the principles surrounding resistance training as related to the planning, development and implementation of strength and conditioning programmes for the athlete population.

The aim of this module is for the student to gain a foundational knowledge of the human biomechanics and responses as they relate to exercise and activity. The student will understand basic principles of human biomechanics as they apply to kinetic and kinematic movement.

The aim of this module is for the learner to understand the principles and practices of fundamental movement skills and how these skills relate to athletic development.

The aim of this module is to provide students with a basic understanding of human physiology and physiological responses to exercise.

To acquire the knowledge, skills and competence to establish his or her own personal philosophy and ethical framework within his or her role as a performance technologist.

To enhance knowledge and competency of science and application of resistance training for the athlete population.

The aim of this module is to develop the student’s technical skills in producing digital material for analysing individual and team-based technical, training and gameplay movements using a varied range of technology.

To develop a biomechanical knowledge within clinical populations through biomechanical and movement intervention strategies related to the field of strength and conditioning.

Sports technology produce large amounts of data. This module will introduce student to managing and interpreting this data. Students will learn skills in Microsoft Excel to help manage, store and interpret data from sports technology.

To examine the psychological skills and knowledge to enhance sporting performance.

The aim of this module is for students to understand the key physical elements required for speed & agility for sport, Students will gain an understanding of the science and practise behind the methods of improving multidirectional speed and agility and its benefits towards sporting performance and will also gain an understanding of the mechanics behind speed.

This module will introduce the relationship between nutrition and exercise and sports performance. The effect of nutritional strategies on strength, power, speed and endurance performance will be discussed and assessed.

Performance profiling is a technique that enables athletes to identify the characteristics required for success in their sport. Athletes can use this knowledge in particular to develop training regimens for the areas where they need to improve. Athletes can also use the performance profile in collaboration with their coaching staff to assist them perform better.

The aim of this module is to enable the learner to use extensive data sets for data-driven sports and performance intelligence. Learners will acquire the skills necessary to collect, clean, interpret and challenge data whilst maintaining strong data governance and rooted in best data analysis practice.

The aim of this module is for students to understand the key physical elements required for aerobic development and energy system conditioning. Students will be able to plan and deliver aerobic and endurance development programmes for both teams and individuals.

The aim of this module is to provide students with the theoretical and practical knowledge and skills to identify injuries, injury risks, implement prevention strategies and to perform return to play programmes.

The aim of this module is for students to gain a thorough understanding and competencies in sports performance testing of athletes and how such methods are used to measure performance within Strength and Conditioning.

Statistics for sport provides the student with an understanding of statistical concepts and computational skills, their practical application in relevant sporting situations, and develops a systematic approach to dealing with statistical data.

The aim of this module is for students to understand the force velocity science behind power development and its benefits to sporting performance. Students will gain an understanding of how strength and power training in the weight room will enhance sporting performance and the methods of increasing power. Students will also gain coaching skills in the area of Olympic lifts and how the Olympic lifts aid the development of power and force production.