ISC Class 12 Physical Education Syllabus 2026-27

Physical Education is a Group II optional subject in the ISC Class 12 board examination offered by CISCE. It is a comprehensive subject that combines the science of human movement, sports performance, and wellness with the practical demands of athletic training and competition. The subject equips students with theoretical knowledge across exercise physiology, biomechanics, sports psychology, nutrition, yoga, sports medicine, and event management, along with hands-on practical skills in a chosen sport or game.

This complete guide covers the full ISC Class 12 Physical Education syllabus for the 2026-27 session, including all ten theory units with detailed topic breakdowns, the practical syllabus, the exam pattern, marking scheme, project work requirements, recommended textbooks, and expert preparation tips. Whether you are beginning your preparation or planning your final revision, this page provides a thorough and well-structured resource for maximum marks in the ISC board examination.

Quick Facts: ISC Class 12 Physical Education 2026-27

ISC Class 12 Physical Education Exam Pattern 2026-27

The ISC Class 12 Physical Education examination is divided into two components: a written theory paper of 70 marks and a practical examination of 30 marks. Both components must be passed separately. The theory paper is 3 hours long and is divided into two parts.

Practical Examination Details

The practical examination is conducted by the school and assessed by the subject teacher and an external examiner appointed by CISCE. It covers the following components:

•        Game / Sport Skill Demonstration (15 Marks): Students demonstrate skill in one game or sport of their choice from the approved list. They are assessed on technique, execution, and tactical understanding.

•        Project Work and Viva Voce (10 Marks): A written project on a topic from the theory syllabus is submitted. The project is followed by an oral viva examination. Topics may include sports training, biomechanics, nutrition planning, event management, or yoga.

•        Physical Fitness Test Battery (5 Marks): Students undergo a standardised battery of fitness tests assessing components such as cardiovascular endurance, muscular strength, flexibility, speed, and agility.

ISC Class 12 Physical Education Theory Syllabus: Unit-Wise Breakdown

The ISC Class 12 Physical Education theory syllabus is divided into ten units. All ten units are tested in the theory examination. Students must develop a thorough conceptual understanding of each unit and be able to apply this knowledge to practical sporting and health contexts.

Unit 1: Physical Fitness, Wellness, and Lifestyle

Chapter 1: Meaning and Concept of Physical Fitness

•        Definition and concept of physical fitness

•        Health-related components of physical fitness: cardiovascular endurance, muscular strength, muscular endurance, flexibility, and body composition

•        Skill-related components of physical fitness: speed, agility, power, balance, coordination, and reaction time

•        Relationship between physical fitness and health

•        Benefits of physical activity on physical, mental, and social health

Chapter 2: Wellness and Lifestyle

•        Concept of wellness: dimensions of wellness (physical, mental, emotional, social, spiritual, occupational, environmental)

•        Lifestyle diseases: hypertension, obesity, diabetes, cardiovascular disease, and their prevention through physical activity

•        Sedentary lifestyle: causes and effects on health

•        Physical Activity and Health promotion: WHO guidelines for physical activity

•        Stress: definition, types, causes, and management through exercise and relaxation

•        Diet and nutrition in promoting a healthy lifestyle

Unit 2: Sports and Nutrition

Chapter 3: Nutrition and Balanced Diet

•        Concept of nutrition: macro-nutrients and micro-nutrients

•        Carbohydrates: types, functions, and role in sports performance

•        Proteins: types, functions, and protein requirements for athletes

•        Fats: types (saturated, unsaturated, trans fats), functions, and dietary guidelines

•        Vitamins: fat-soluble (A, D, E, K) and water-soluble (B-complex, C); functions and deficiency diseases

•        Minerals: calcium, iron, phosphorus, potassium, sodium; functions and importance in sports

•        Water: importance in sports, hydration, and dehydration effects

•        Balanced diet: concept, recommended dietary allowances (RDAs), and dietary guidelines

•        Body Mass Index (BMI): calculation, classification, and significance

Chapter 4: Nutrition for Sports Performance

•        Energy systems in sports: ATP-CP system, lactic acid system, and aerobic system

•        Nutritional requirements before, during, and after exercise

•        Sports supplements: types, uses, and risks

•        Ergogenic aids: definition, types (pharmacological, physiological, nutritional), and ethical concerns

•        Eating disorders: anorexia nervosa, bulimia nervosa, and their impact on sports performance

•        Weight management in sports: making weight, weight loss strategies, and health risks

Unit 3: Yoga

Chapter 5: Introduction to Yoga

•        Meaning, definition, and history of yoga

•        Objectives and importance of yoga for sports and health

•        Branches of yoga: Hatha Yoga, Raja Yoga, Karma Yoga, Jnana Yoga, Bhakti Yoga

•        Astanga Yoga (Eight Limbs of Yoga): Yama, Niyama, Asana, Pranayama, Pratyahara, Dharana, Dhyana, Samadhi

Chapter 6: Yoga Asanas and Their Benefits

•        Tadasana (Mountain Pose): technique and benefits

•        Vrikshasana (Tree Pose): technique and benefits

•        Trikonasana (Triangle Pose): technique and benefits

•        Bhujangasana (Cobra Pose): technique and benefits

•        Shalabhasana (Locust Pose): technique and benefits

•        Paschimottanasana (Seated Forward Bend): technique and benefits

•        Ardha Matsyendrasana (Half Spinal Twist): technique and benefits

•        Sarvangasana (Shoulder Stand): technique, benefits, and contraindications

•        Halasana (Plough Pose): technique, benefits, and contraindications

•        Shavasana (Corpse Pose): technique and importance in relaxation

Chapter 7: Pranayama and Meditation

•        Meaning and importance of pranayama

•        Types of pranayama: Anulom Vilom, Kapalbhati, Bhramari, Ujjayi, Suryabhedana

•        Benefits of pranayama on respiratory, cardiovascular, and nervous systems

•        Meditation: meaning, types, and benefits for sports performance and stress management

•        Yoga for specific health conditions: hypertension, obesity, back pain, and anxiety

Unit 4: Physical Education and Sports for Children with Special Needs (CWSN)

Chapter 8: Concept of Special Needs

•        Meaning of children with special needs (CWSN) in sports context

•        Types of disabilities: physical, sensory, intellectual, and multiple disabilities

•        Causes of disabilities: congenital and acquired

•        Classification of disabled athletes for competition: Paralympic classification system

Chapter 9: Adaptive Sports and Physical Education

•        Concept of adaptive physical education (APE) and adapted sports

•        Benefits of sports and physical activity for individuals with disabilities

•        Principles of inclusion in physical education

•        Paralympic Movement: history and growth of Paralympic Games

•        Special Olympics: purpose, events, and programmes

•        Deaflympics: purpose and significance

•        Assistive devices in sports for differently abled individuals

•        Role of a physical education teacher in inclusive settings

•        Barriers to participation in sports for differently abled individuals

Unit 5: Sports Medicine and Injuries

Chapter 10: Sports Injuries

•        Definition and classification of sports injuries: acute and chronic injuries

•        Soft tissue injuries: contusion, sprain, strain, abrasion, laceration

•        Hard tissue injuries: fractures (types: closed, open, stress, greenstick), dislocation

•        Common sports injuries: shin splints, tennis elbow, runner's knee, Achilles tendinitis, rotator cuff injury

•        Causes of sports injuries: intrinsic and extrinsic factors

•        Prevention of sports injuries: warm-up, cool-down, protective equipment, proper technique

Chapter 11: First Aid and Injury Management

•        First aid: definition, objectives, and golden rules

•        RICE principle: Rest, Ice, Compression, Elevation

•        Management of specific injuries: sprains, strains, fractures, dislocations, blisters

•        Heat-related illnesses: heat cramps, heat exhaustion, and heat stroke; prevention and management

•        Cold-related illnesses: frostbite and hypothermia; prevention and management

•        Cardiopulmonary Resuscitation (CPR): steps and importance

•        Rehabilitation after sports injuries: stages and principles

•        Return to play criteria after injury

Unit 6: Biomechanics and Sports

Chapter 12: Fundamentals of Biomechanics

•        Definition and scope of biomechanics in sports

•        Importance of biomechanics in improving sports performance and preventing injury

•        Newton's Laws of Motion and their application in sports

•        Newton's First Law (Inertia): application in athletics and team sports

•        Newton's Second Law (Force and Acceleration): application in throwing and kicking

•        Newton's Third Law (Action-Reaction): application in swimming, jumping, and gymnastics

•        Levers in the human body: types (first, second, third class), mechanical advantage, and examples

•        Force: definition, types (muscular, gravitational, frictional, elastic), and application in sports

Chapter 13: Kinematic and Kinetic Concepts

•        Linear motion: distance, displacement, speed, velocity, and acceleration

•        Angular motion: angular velocity, angular acceleration, and torque

•        Projectile motion: principles and application in sports (javelin, shot put, basketball)

•        Friction: types (static, kinetic, rolling) and role in sports performance

•        Centre of gravity: definition, significance in balance and sports performance

•        Base of support and its relationship with stability

•        Equilibrium: static and dynamic equilibrium in sports

•        Fluid mechanics: drag, lift (Magnus effect, Bernoulli's principle) and their application in swimming and ball sports

Unit 7: Psychology and Sports

Chapter 14: Introduction to Sports Psychology

•        Definition, scope, and importance of sports psychology

•        Personality: definition, types (introvert, extrovert, ambivert), and role in sports

•        Personality theories: Trait theory, Social Learning theory

•        Motivation: definition, types (intrinsic and extrinsic motivation)

•        Theories of motivation: Achievement Motivation Theory, Attribution Theory

•        Goal setting in sports: SMART goals and their application

Chapter 15: Psychological Aspects of Sports Performance

•        Arousal: definition and relationship with performance (Inverted U-Theory)

•        Anxiety: definition, types (trait and state anxiety), and effects on performance

•        Aggression in sports: definition, types (hostile, instrumental), theories

•        Stress: definition and sources of stress in sports

•        Concentration and attention in sports: types of attention

•        Mental toughness: definition, characteristics, and development

•        Cohesion in sports teams: task cohesion and social cohesion

•        Leadership in sports: types of leaders, Chelladurai's Multidimensional Model of Leadership

•        Mental skills training: visualisation, imagery, self-talk, and relaxation techniques

Unit 8: Training in Sports

Chapter 16: Principles of Sports Training

•        Definition and concept of sports training

•        Principles of sports training: principle of overload, progression, specificity, reversibility, individuality, and variation

•        Components of physical fitness training: strength, endurance, speed, flexibility, and coordination

•        Warm-up and cool-down: importance, components, and principles

Chapter 17: Methods and Systems of Training

•        Continuous training method: steady state and variable pace

•        Interval training: high-intensity interval training (HIIT), work-to-rest ratio

•        Circuit training: design, benefits, and application

•        Fartlek training: meaning and application

•        Repetition method: use in sprint and strength training

•        Strength training methods: isometric, isotonic (concentric, eccentric), and isokinetic training

•        Endurance training: aerobic and anaerobic training methods

•        Flexibility training: static, dynamic, ballistic, and PNF stretching

•        Periodisation: concept, phases (preparatory, competitive, transition), and importance

•        Macro-cycle, meso-cycle, and micro-cycle in periodisation

•        Detraining and tapering: effects on performance

Unit 9: Tests, Measurement, and Evaluation in Sports

Chapter 18: Concept of Tests and Measurement

•        Meaning and importance of tests and measurement in physical education

•        Characteristics of a good test: validity, reliability, objectivity, norms, and practicability

•        Types of tests: written tests, performance tests, and physiological tests

•        Measurement of health-related fitness components

Chapter 19: Fitness Tests and Batteries

•        Cardiovascular endurance tests: Cooper's 12-Minute Run Test, Harvard Step Test, VO2 max testing

•        Muscular strength tests: grip strength dynamometer test, 1 RM test

•        Muscular endurance tests: sit-ups test, push-ups test

•        Flexibility test: sit and reach test

•        Speed test: 50-metre sprint, 30-metre dash

•        Agility tests: Illinois Agility Test, 4 x 10 metre shuttle run

•        Body composition measurement: BMI, skinfold measurement, waist-to-hip ratio

•        Kraus-Weber Test: description and purpose

•        AAHPERD Fitness Test Battery: components and administration

•        Rockport Walking Test for cardiovascular endurance

Chapter 20: Statistics in Sports

•        Meaning and importance of statistics in physical education and sports research

•        Measures of central tendency: mean, median, and mode; calculation and application

•        Measures of variability: range, standard deviation; calculation and application

•        Normal distribution curve: characteristics and significance

•        Percentile and percentile rank: meaning and use in evaluation

•        Correlation: meaning, types, and calculation of Pearson's product-moment correlation

•        Graphical representation of data: bar graph, histogram, frequency polygon, pie chart

Unit 10: Management of Sporting Events

Chapter 21: Tournament Organisation

•        Definition and importance of tournament management

•        Types of tournaments: knockout (elimination), league (round-robin), combination, and challenge tournaments

•        Knockout tournament: bye, seeding, drawing of fixtures

•        Calculation of number of matches and byes in knockout tournament

•        League tournament: calculation of number of matches, points system, and ranking

•        Intramural and extramural competitions: meaning, differences, and importance

•        Staircase and zigzag tournaments: design and purpose

•        Consolation tournament: single and double consolation

Chapter 22: Sports Event Management

•        Pre-competition planning: facility inspection, equipment procurement, officials appointment

•        Duties and responsibilities of an organising committee

•        Ground layout and marking for different sports and athletic events

•        Role of officials: referee, umpire, starter, finish judge, field judge

•        Safety and security planning for sports events

•        Budgeting for sports events: income and expenditure planning

•        Sponsorship in sports: types, benefits, and agreements

•        Sports infrastructure in India: stadiums, academies, and government schemes

•        Khelo India Programme: objectives and impact

•        National Sports Policy: key provisions and significance

ISC Class 12 Physical Education Theory Syllabus Overview

Most Important Topics for ISC Physical Education Exam

Based on analysis of previous ISC board papers, the following topics are consistently tested and should receive focused preparation:

ISC Class 12 Physical Education Practical Syllabus

The practical examination carries 30 marks and is conducted by the school with assessment by the subject teacher and an external examiner. Students must prepare for the following components:

Approved Games and Sports for Skill Demonstration

Students choose one game or sport from the following list for their practical skill demonstration. The choice is made at the beginning of the academic year and communicated to the school:

Project Work Guidelines

The project is a written research or applied study of approximately 25 to 30 pages on a topic from the theory syllabus. It must include:

•        A clearly defined title and research question or objective

•        Introduction with background and rationale

•        Review of relevant literature and theory

•        Methodology (data collection or experimental protocol where applicable)

•        Findings, analysis, and discussion with supporting data or diagrams

•        Conclusion and recommendations

•        Bibliography in standard citation format

Suggested project topics: biomechanical analysis of a sports skill, sports nutrition plan for a specific athlete, study of training methods for a chosen sport, yoga programme for stress management, sports injury prevention strategy, tournament organisation case study, psychological factors affecting performance.

Physical Fitness Test Battery

Students are assessed on a standardised battery of fitness tests covering the following components:

ISC Class 12 Physical Education Marking Scheme 2026-27

How to Prepare for ISC Class 12 Physical Education: Expert Tips

1. Prioritise the Numerical Units: Statistics and Tournament Organisation

Units 9 and 10 contain numerical questions that appear in almost every ISC Physical Education paper. For statistics, practise calculating mean, median, mode, and standard deviation from raw data until you can complete them quickly and accurately. For tournament organisation, practise calculating the number of byes, total matches, and fixture draws for both knockout and league tournaments. Numerical questions are easy marks if practised regularly.

2. Study Newton's Laws with Specific Sports Examples

Biomechanics is consistently one of the highest-scoring units in ISC Physical Education. For each of Newton's three laws, learn at least two clear sports examples and explain exactly how the law applies. For example, for Newton's Third Law, explain how a swimmer pushes water backward and the reaction propels the swimmer forward. Examiners reward answers that connect theory to precise sports applications.

3. Learn All Yoga Asanas with Technique and Benefits

The yoga unit is tested in both Section A (short answers) and Section B (long answers) of the theory paper, and is also part of the practical for many students. Learn the technique (step-by-step instructions) and the specific benefits of each prescribed asana. Also know the contraindications for inverted poses such as Sarvangasana and Halasana. Diagrams or sketches of the pose, if drawn neatly, can further strengthen your answer.

4. Understand Periodisation Thoroughly

Periodisation is a topic that distinguishes high-scoring students from average ones. Understand the concept of dividing the training year into macro-cycles, meso-cycles, and micro-cycles, and know the characteristics of the preparatory, competitive, and transition phases. Know the differences between tapering and detraining, and be able to design a simple training programme for a given sport using periodisation principles.

5. Study the Sports Psychology Unit with Theories

The sports psychology unit involves specific theories that are tested by name and application. Know the Inverted-U Theory (Yerkes-Dodson Law) and be able to draw and explain the graph. Know the types of motivation, the SMART goal-setting framework, Chelladurai's Multidimensional Model of Leadership, and the distinction between task cohesion and social cohesion. Defining and applying these theories accurately earns full marks in long answer questions.

6. Prepare the Project Early and Thoroughly

The project work carries 10 marks in the practical examination and is followed by a viva. Begin your project early in the academic year, choose a topic you are genuinely interested in from the syllabus, and conduct original research or analysis wherever possible. A well-organised project with clear structure, relevant data, and a strong bibliography will earn high marks in both the written component and the viva.

7. Revise Sports Injuries and First Aid for Section B

The sports medicine unit is one of the most predictable units in the ISC Physical Education paper. Long answer questions on injury classification, the RICE principle, CPR procedure, heat-related illnesses, and rehabilitation stages appear in nearly every paper. Organise your revision of this unit into a clear framework: type of injury, causes, signs and symptoms, first aid procedure, and rehabilitation. This structured approach ensures complete answers.

8. Solve Previous 10 Years ISC Physical Education Papers

Past papers are the single most effective preparation tool for ISC Physical Education. They reveal which units are tested most consistently in Part II, what the balance of short and long answers looks like in Part I, and how numerical questions on statistics and tournaments are worded. After solving each paper under timed conditions, evaluate your answers against model answers and focus additional revision on units where you lost marks.

Frequently Asked Questions

Q1. What is the subject code for ISC Class 12 Physical Education?

The subject code for ISC Class 12 Physical Education is 860.

Q2. Is Physical Education a compulsory subject in ISC Class 12?

No, Physical Education is an optional subject in ISC Class 12. It is offered under Group II (elective subjects). Students may choose it as one of their optional papers depending on their school's offerings and their academic and sporting interests.

Q3. How many marks does the theory paper carry in ISC Physical Education?

The theory paper carries 70 marks. It is divided into Part I (20 marks, compulsory) and Part II (50 marks, attempt any 5 out of 8 questions). The theory examination is 3 hours long.

Q4. What does the practical examination include in ISC Class 12 Physical Education?

The practical examination carries 30 marks and includes three components: skill demonstration in a chosen sport or game (15 marks), project work and viva voce (10 marks), and a standardised physical fitness test battery (5 marks).

Q5. Which units carry the highest weightage in ISC Physical Education?

All ten units contribute to the theory paper, but the units of Biomechanics, Sports Training, Sports Psychology, Tests and Measurement, and Tournament Organisation tend to carry the highest question frequency in Section B of previous ISC papers. Sports Medicine and Yoga also feature consistently as both short and long answer questions.

Q6. How should I choose a topic for the ISC Physical Education project?

Choose a project topic from a unit you find genuinely interesting and have enough resources to research well. Popular and well-scoring topics include biomechanical analysis of a specific sports skill, a nutrition plan for an athlete in a specific sport, periodisation planning for a chosen sport, sports injury prevention strategy, and a study of yoga for stress management in school-going students.

Q7. Where can I find the official ISC Class 12 Physical Education syllabus for 2026-27?

The official ISC Class 12 Physical Education syllabus for 2026-27 is published on the CISCE official website at www.cisce.org. Always verify from the official source to confirm the topic list, practical requirements, and any revisions before beginning your preparation.