Odisha Contractual Teacher Recruitment Syllabus- Are you looking for Odisha contractual teacher recruitment syllabus pdf? Do you want to download the syllabus for Odisha's contractual teacher? Here you will get the syllabus for the online competitive examination for recruitment of contractual teachers in government secondary school Odisha.
This year Government of Odisha announced contractual teacher recruitment for teacher aspirants. Those who are willing to be a part of Odisha secondary school can apply for TGT contractual teacher.
Odisha Contractual Teacher Recruitment Syllabus |
Odisha Contractual Teacher Recruitment Syllabus
- General Knowledge and Current Affairs
- Reasoning Ability
- Computer Literacy
- Pedagogy
- Educational Management
- Policy and Evaluation
- Concerned Subjects
- Mathematics
- Physics
- Chemistry
- Social Science
- General Knowledge and Current Affairs
- Current Events of State, Nationa, and International importance
- History of India and Indian National Movement
- Indian and World Geography
- Indian Polity
- Economics and Social Development
- Everyday Sciences
- Issues Relating to education policy, Schemes, and programs in the Indian context
- General Mental Ability
- Logical Reasoning and Analytics Ability
- Decision Making and Problems Solving
- Basic Numeracy
- Data Interpretation
- Basic computer literacy skills for use of ICT in the classroom
- Concepts, terminology, and operation related to general computer use
- Basic Hardware and Software
- Common application
- Networking and Internet
- Social Networking
- Digital Citizenship
- Growth and Development
- Concept, Difference, and the principle of development
- Factors affecting growth and development
- Growth and development in adolescence
- Counseling services in Education
- Cognitive
- Social (Erikson's theory)
- Emotional
- Moral(Kohlberg theory)
- Language Development
- Needs and problems of childhood and adolesence
- Psychometric approach (Thurstone, Guilford, Gardner)
- Information Processing Approach - Sternberg
- Cognitive Development Approach- Piget
- Social Constructive Approach- Vygotsky
- Learning as a process and outcome
- Approaches - Humanistic (Karl Rogers)
- Constructivist- Piaget and Vygotsky
- Basic Condition of learning, Readiness, Maturation, Motivation, Task, and Method
- Teacher-centre, learner-center, learning-centric
- Characteristics and process
- Concept, Characteristics, Process, Stages
- Approaches
- Using a variety of TLM and AV Aids
- Using the context of the learner
- Using a variety of activities while group learning, a small group of learning, and self-learning
- Learner in the context of inclusive education
- Educational Management- Concept, Importance, Scope, Types of Management, Democratic and Autocratic, centralized and decentralized
- Management structure as different level, National/State/Districs/Subdistrict
- School development plan, concept, purpose, key action, by Headmaster, students parents,
- Step in planning for school development
- Annual and Perspective Plan
- School Management- Role of teacher, Headmaster, Parents
- Kothari Commission- 1968
- National Education Policy-1986
- RTE Act- 2009
- National Curriculum Framework- 2005
- SSA, RMSA, and Samagra Shiksha
- Assessment and Evaluation in constructive perspective
- Concept, continuous and comprehensive evaluation, Formative, summative, and diagnostic assessment
- Assessment of Learning, Assessment for learning, Assessment of learning
- Subjet-based learning in a constructive perspective
- Assessment tools and techniques, projects, assignment, observation, teacher made the test
- Self-assessment, peer assessment
- Portfolio, Rubricks
- Step and principle of step construction
- Development of blueprint
- Preparation of test items
- Standardize and teacher-made test
- Grading
- Assessment in Co-scholastic area
- Implementation strategies of a continuous and comprehensive evaluation
- Recommendation of NCF 2005
Paper 2 (60 Marks)
TGT Science (PCM)
Physics
Unit 1- Newton's law of motion, Kinematic Equation of Motion with acceleration, Graphical representation of Kinematics Equation of motion, Relative velocity and relative acceleration, work-energy, work power, conservation of energy, collision problems, and conservation of linear momentum, forces of nature, friction forces,
Curricular motion, Rotational Kinematics conversation of angular momentum, a moment of Inertia.
the motion under gravity, project motion, simple harmonic motion, and kinematics of simple harmonic motion simple pendulum
Unit 2- Gravitation
Kepler's law of planetary motion, Newton's law of gravitation, Acceleration due to gravity, Gravitation field and potential escape velocity and satellite motion, geostationary satellite
Unit 3- Properties of Mater
Inter-atomic and intermolecular force, Elasticity, stress, strain, and Hooks law, Elastic module.
Kinetic theory of gases, the concept of heat, pressure, and temperature, specific heat, the law of equipartition of energy, Universal gas law, measurement of pressure.
surface tension, surface energy, angle of contact, excess pressure, capillarity, viscosity, poiseuille's law stock's law Bernoulli Equation of fluid emotion
Hydrostatics, Buoyancy, Archimedes principle, Law of floatation
Unit 4- Sound
Waves, progressive and stationary waves, mechanical waves, equation of a progressive wave, transverse, the vibration of a string, speed of sound waves, Newton's formula, superposition of sound waves, Beats echo, Doppler musical sound, and its characteristics,
Unit 5- Optics
Laws of reflection and refraction in a transparent medium, total internal reflection, reflection through prisms, Dispersion, Reflection and image plane and spherical mirrors, the equation for objects, and image distance for spherical mirrors, image convex and license equation for convex and concave lenses, power of single and combination of two lenses, image formation in the eyes, and detect of vision, microscope, an astronomical telescope.
Wave optics Huyen's principle, coherent Young double slit, Bi, prism, Newtown's ring experiment, Diffraction of light through a single slit, and plane transmission grating.
Unit 6 -Electrostatics
Coulomb's law and unit of charge, force on the charge due to discrete, and continuous charge distribution, lines of force, and electric field, field due to a field charge and dipole, electrostatic, Gauss law and application, capacitor, the capacitance of parallel place and spherical capacitor, a combination of capacitor in series and parallel.
Unit 7- Current Electricity
Ohm's law current and voltage measurement, resistance and resistivity, the combination of resistance, in series and parallel, electromotive force, a grouping of resistor and cells, Kirchoff, laws and their application,
Electric energy and power heating effect of electric current, Faraday law of electrolysis
Magnetic field and magnetic induction, Biot- savart law, magnetic field due to a straight conductor a curricular coil and a solenoid carrying current, Ampere's circuital law, Lorentz force on a charged particle, in the uniform article, and magnetic field, the force between two parallel conductor, carrying current.
Unit 8- Electromagnetic Induction
Faraday's law of electromagnetic induction, Lenz's law eddy current self and mutual induction, emf induced in rotating coil. Alternating current average and RMS values of alternating current, Simple AC, circuits, the concept of admittance and impedance, Transformer, and simple devices.
Chemistry
Section II
Unit 1- Basic Concept
Atomic, molecular, and equivalent masses, mole concept, types of chemical reaction, a calculation based, on stoichiometry, the equivalent mass of acid, salt, oxidant, and reductant
Unit 2- States of Matter
Gas law, Boyle's law, Charles law, combined gas equation, ideal gas equation, Graham's law of diffusion/effusion, Dalton law of pressure
Characteristics of liquid, vapor pressure, velocity, surface tension, Colligation properties of solutions,
Unit 3- Structure of Atom
Bohr's model and its limitation, concepts and shell, and subshell dual nature of matter and light De Broglie's relationship, Heisenberg uncertainty principle, the concept of orbital, quantum, number, shapes of S P and D orbital, rules of filling electrons in orbital Aufbau principle and Hund's role, electronic configuration of atoms, stability of half-filled and completely filled orbital.
Unit 4- Classification and elements and periodicity in properties
Modern periodic law and the present form of the periodic table, periodic trends in properties of elements atomic radial, iconic, radii, ionization enthalpy, electron gain enthalpy, electro, negativity, valency
Unit 5- Chemical bonding and molecular structure
Ionic bond, covalent bond, the polar character of covalent bond, the covalent character of ionic bond, the concept of hybridization, VSEPR theory and shapes of some simple molecules, hydrogen bond, and metallic bond.
Unit 6- Chemical Reaction
Types of chemical reaction, redox reaction, oxidant number calculation, balancing of redux, equation by oxidant number and ion-electron methods, naturalization, reaction, and volumetric analysis,
Unit 7- Chemcal Equilibria and Ionic Equilibria
Equilibrium in physical and chemical process, the law of mass action, equilibrium constant, the relation among them, the reaction quotient and its relation with equilibrium Le- Chateliers principles and its application, theory of acids and bases, ionization of weak acid and bases ionic product of water, ph and other logarithmic terms,common-ion effect, solubility products and its application in salt analysis.
Unit 8- General Principle of extraction of metals
Occurrence of metal, ores, and minerals, concentration, roasting, smelting, reduction, methods, carbon reduction, aluminothermic process, electrolytic, and self-reduction. and metal extraction, flux, and slag refining of metal, Reaction involve in the blast furnace of extraction of iron.
Unit 9- Some basic principles of Organic Chemistry
Classification and IUPAC nomenclature of organic compound
Electronic displacement in a covalent bond, inductive effect, electronic effect, resonance, and hyperconjugation
Homolytic and heterolytic fission of a covalent bond, free radicals carbonation electrophile and nucleophiles types of organic reaction.
Unit 10- Hydrocarbon
Classification of Hydrocarbon
Aliphatic Hydrocarbon, the general method of preparation, properties, and uses of alkanes and alkynes
Aromatic Hydrocarbon benzene, resonance, aromaticity, chemical properties, directive influence of the functional group in a mono substitute zone.
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