INDIAL CIVIL SERVICES : SCHEME OF EXAMINATION
The Civil Services Examination is conducted by UPSC (Union Public Service Commission) every year.
The examination has three stages i.e.,
(1) Civil Services Preliminary Examinations (CSP) - normally conducted during the second half of May.
(2) Civil Services (Main) Examinations conducted during the month of October/November. Here, those who are selected in the preliminary examination only are eligible to appear.
(3) Those who are selected in the main examination will be eligible to appear before the Interview Board at New Delhi.
Preliminary Examination (CSP)
CSP consists of two papers i.e.,
(1) optional subject to be selected from the listed subject for 300 marks.
(2) General studies for 150 marks. Total of 450 marks. Each paper is of two hours duration. The course content of the syllabi for the optional subjects is at the degree level. Normally, there are about 3 lakh applications for the preliminary examination. From this, the UPSC selects 10 to 12 folds of vacancies for the main examinations. This is only for the selection and not to be taken into consideration in the main ranking.
Subjects for Preliminary Examination: The General Studies syllabus is same for all.
Subjects for Paper II (one subject to be selected):
Agriculture, Animal Husbandry and Veterinary Science, Botany, Chemistry, Civil Engineering, Commerce, Economics, Electrical Engineering, Geography, Geology, Indian History, Law, Mathematics, Mechanical Engineering, Medical Science, Philosophy, Physics, Political Science, Psychology, Public Administration, Sociology, Statistics, Zoology.
(The question papers are in Hindi and English and each paper is of two hours duration. The course content of the syllabi is of degree level. Each paper is of two hours duration. Blind candidates are allowed an extra time of 20 minutes for each paper.)
Main Examination
Only those who are declared by the Commission to have qualified in the Preliminary Examination in a year, are eligible for the Main examination of that year, provided they are otherwise eligible for the Main Examination.
Civil Services Main examination has two optional subjects (two papers each carries 300 marks), one General Studies (two papers each carries 300 marks), one essay (carries 200 marks) - total 2000 marks. Other than this, there are two language papers one in Indian language and one in General English at the level of 10th standard. This is to test the ability of the candidate's proficiency in his mother tongue / Indian language and English.
Total nine papers. These two papers carry 300 marks each but it will not be considered for the ranking. It is must to clear these two papers. If a candidate fails to clear these papers, his other papers will not be evaluated.
The Main Examination is intended to assess the overall intellectual traits and the depth of understanding of the candidates, rather than merely the range of their information and memory. Sufficient choice of questions is allowed in the question papers.
Optional Subjects for the Main Examination:
Optional subjects: Agriculture, Animal Husbandry and Veterinary Science, Botany, Chemistry, Civil Engineering, Commerce and Accountancy, Economics, Electrical Engineering, Geography, Geology, History, Law, Management, Mathematics, Mechanical Engineering, Medical Science, Philosophy, Physics, Political Science and International Relations, Psychology, Public Administration, Sociology, Statistics, Zoology. Each paper is of 3 hours duration.
Literatures:
Arabic, Assamese, Bengali, Chinese, English, French, German, Gujarati, Hindi, Kannada, Kashmiri, Konkani, Marathi, Malayalam, Manipuri, Nepali, Oriya, Pali, Persian, Punjabi, Russian, Sanskrit, Sindhi, Tamil, Telugu, Urdu.
The following combinations not allowed are:
Political Science & International Relations and Public Administration
Commerce and Management
Anthropology and Sociology
Maths and Statistics
Agriculture and Animal Husbandry and Veterinary Science
Management and Public Administration
Animal Husbandry & Veterinary Science and Medical Science
Any two branches of engineering.
Combination of two literatures in the above list.
Interview:
At interview stage, two-fold vacancies are called to appear before the UPSC Board. Interview carries 300 marks. Interview calls are sent on the basis of minimum marks fixed by the UPSC at its discretion. The overall ranking is done based on the Mains performance (i.e., 2000 marks) and interview. Therefore, the total marks involved in the ranking are 2300. Candidates are allotted various services keeping in view their ranks in the examination and preferences given by them in their main application form.
Note: If a person fails in either in mains or interview, he has to appear once again from the preliminary stage.
Eligibility Conditions:
(i) Nationality:
(1) For the Indian Administrative Service and the Indian Police Service, a candidate must be a citizen of India.
(2) For other services, a candidate must be either:
(a) A citizen of India, or
(b) a subject of Nepal, or
(c) a subject of Bhutan, or
(d) a Tibetan refugee who came over to India before 1st January, 1962 with the intention of permanently settling in India. or
(e) a person of Indian origin who has migrated from Pakistan, Burma, Srilanka, East African countries of Kenya, Uganda, the United Republic of Tanzania, Zambia, Malawi, Zaire, Ethiopia and Vietnam with the intention of permanently settling in India.
Provided that a candidate belonging to categories (b), (c), (d) and (e) shall be a person in whose favour a certificate of eligibility has been issued by the Government of India.
Provided further that candidates belonging to categories (b), (c) and (d) above will not be eligible for appointment to the Indian Foreign Service.
A candidate, in whose case a certificate of eligibility is necessary, may be admitted to the examination but the offer of appointment may be given only after the necessary eligibility certificate has been issued to him by the Government of India.
(ii) Minimum Educational Qualifications:
The candidate must hold a degree of any of Universities incorporated by an Act of the Central or State Legislature in India or other educational institutions established by an Act of Parliament or declared to be deemed as a University Under Section 3 of the University Grants Commission Act, 1956, or possess an equivalent qualification.
Note I: Candidates who have appeared at an examination the passing of which would render them educationally qualified for the Commission's examination but have not been informed of the results as also the candidates who intend to appear at such a qualifying examination will also be eligible for admission to the Preliminary Examination. All candidates who are declared qualified by the Commission for taking the Civil Services (Main) Examination will be required to produce proof of passing the requisite examination with their application for the Main Examination failing which such candidates will not be admitted to the Main Examination.
Note II: In exceptional cases the Union Public Service Commission may treat a candidate who has not any of the foregoing qualifications as a qualified candidate provided that he has passed examination conducted by the other Institutions, the standard of which in the opinion of the Commission justifies his admission to the examination.
Note III: Candidates possessing professional and technical qualifications, which are recognised by Government, as equivalent to professional and technical degree would also be eligible for admission to the examination.
Note IV: Candidates who have passed the final professional M.B.B.S. or any other Medical Examination but have not completed their internship by the time of submission of their applications for the Civil Services (Main) Examination, will be provisionally admitted to the Examination provided they submit along with their application a copy of certificate from the concerned authority of the University/Institution that they had passed the requisite final professional medical examination. In such cases, the candidates will be required to produce at the time of their interview original Degree or a certificate from the concerned competent authority of the University/Institution that they had completed all requirements (including completion of internship) for the award of the Degree.
(iii) Age limit: 21 years must be completed on 1st August of the year, which a candidate is appearing. Maximum 30 for general category, 33 for OBCs and 35 for SCs/STs. Ex-servicemen will get 5 more years exemption from the prescribed age limit.
(The date of birth accepted by the Commission is that entered in the Matriculation or Secondary School Leaving Certificate or in a certificate recognised by an Indian University as equivalent to Matriculation or in an extract from a Register of Matriculates maintained by a University, which extract must be certified by the proper authority of the University or in the Higher Secondary or an equivalent examination certificate).
(iv) Number of Attempts: Four attempts for open, seven for OBCs and no limit for SCs/STs. If a person appears in the Preliminary Examination or even one paper is counted as an attempt.
(v) Restrictions on applying for the examination:
A candidate who is appointed to the Indian Administrative Service or the Indian Foreign Service on the results of an earlier examination and continues to be a member of that service will not be eligible to compete at this examination.
How to Apply:
(a) The UPSC have developed an application form common for all their examinations, which will be processed on computerised machines. This application form alongwith an Information Brochure containing general instructions for filling up the form, an acknowledgement card and an envelope for sending the application is obtainable from the designated Head Post Offices/Post Offices throughout the country as against cash payment of Rs. 20/- (Rupees twenty only). Form should be purchased from the designated Post Offices only and not from any other agency. This form can be used only once and for only one examination. Candidates must use the form supplied with the Information Brochure only and they should in no case use photocopy / reproduction / unauthorisedly printed copy of the Form. Since this form is electronically scannable, due care should be taken to fill up the application form, correctly. While filling up the application form, please refer to detailed instructions given in the Notice.
Zoology (Code No. 30)
Zoology (Code No. 30)
1. Cell : Cell structure and Functions of organelles; Cell division and metabolism;
Mendel's Laws of inheritance and its present status; Mutations; Chromosomes and genes
2. Microbiology & Biotechnology : Brief history, classification and
identification of bacteria and viruses.
General knowledge of historical perspective and future prospects of biotechnology.
3. Biochemistry : Enzymes (nature & functions), Biochemical energetics (Basic
thermodynamics, energy & its forms). Biological oxidation.
4. Developmental Biology : Gametogenesis, fertilization, cleavage, gastrulation
and embryogenesis of frog metamorphosis with reference to Ascidian & frog.
Development of foetal membrances in chick and mammals and placentation.
5. Systemic position, structure, reproduction & life history of following types :
Trypanosome, Monocystis, Plasmodium, Paramecium, Sycon, Obelia, Aurelia,
Fasciola, Taenia, Ascoris, Nereis, Pheretima. Hirudinaria, Palaemon, Palamnaeus,
Periplaneta, Pila, Unio, Balanoglossus, Amphioxus and Herdmania.
6. Comparative Anatomy of Vertebrates (Fish to Mammal) and Mammalian
Physiology; Integument Endoskeleton Digestive system, Respiratory system.
Circulatorysystem, Urinogenital system, Nervous system, Sense orgns and Endocrine
system.
7. Ecology & Ethology : Biotic & abiotic factors; Population; Community;
Concept of Ecosystem. Fresh water, marine. Desert habitat; Pollution (Source, impact &
prevention) : Concept of ethology; methods of studying behaviour, social behaviour in
animals; Management of wild life; Bird & Fish migration and future prospects of
biotechnology.
8. Evolution and Zoogeography : Origin of life : Theories and evidences of
evolution; speciation, Isolation. Principal Zoogeographical regions and their faunal
pattern.
9. Applied Zoology : Economic importance of Protozoans, Helminths, insects
and molluses and pisciculture. Parasitic adaptations in animals.
1. Cell : Cell structure and Functions of organelles; Cell division and metabolism;
Mendel's Laws of inheritance and its present status; Mutations; Chromosomes and genes
2. Microbiology & Biotechnology : Brief history, classification and
identification of bacteria and viruses.
General knowledge of historical perspective and future prospects of biotechnology.
3. Biochemistry : Enzymes (nature & functions), Biochemical energetics (Basic
thermodynamics, energy & its forms). Biological oxidation.
4. Developmental Biology : Gametogenesis, fertilization, cleavage, gastrulation
and embryogenesis of frog metamorphosis with reference to Ascidian & frog.
Development of foetal membrances in chick and mammals and placentation.
5. Systemic position, structure, reproduction & life history of following types :
Trypanosome, Monocystis, Plasmodium, Paramecium, Sycon, Obelia, Aurelia,
Fasciola, Taenia, Ascoris, Nereis, Pheretima. Hirudinaria, Palaemon, Palamnaeus,
Periplaneta, Pila, Unio, Balanoglossus, Amphioxus and Herdmania.
6. Comparative Anatomy of Vertebrates (Fish to Mammal) and Mammalian
Physiology; Integument Endoskeleton Digestive system, Respiratory system.
Circulatorysystem, Urinogenital system, Nervous system, Sense orgns and Endocrine
system.
7. Ecology & Ethology : Biotic & abiotic factors; Population; Community;
Concept of Ecosystem. Fresh water, marine. Desert habitat; Pollution (Source, impact &
prevention) : Concept of ethology; methods of studying behaviour, social behaviour in
animals; Management of wild life; Bird & Fish migration and future prospects of
biotechnology.
8. Evolution and Zoogeography : Origin of life : Theories and evidences of
evolution; speciation, Isolation. Principal Zoogeographical regions and their faunal
pattern.
9. Applied Zoology : Economic importance of Protozoans, Helminths, insects
and molluses and pisciculture. Parasitic adaptations in animals.
Statistics (Code No. 29)
Statistics (Code No. 29)
I. Probability :
Classical and axiomatic definitions of probability, simple theorems on probability
with examples, conditional probability, statistical independence, Bayes' theorem. Discrete
and continuous random variables, probability mass function and probability density
function, cumulative distribution function, joint marginal and conditional probability
distributions of two variables, Expectation of functions of one and two random variables,
moments, moment generating function, Binomial : Poisson Hypergeometric, Negative
Binomial , Uniform, exponential, gamma, beta, normal probability distributions,
Chebichev's inequality. Convergence in probability, weak law of large numbers, simple
form of central limit therorem.
II. Statistical Methods :
Compilation, classification, tabulation and diagrammatic representation of statistical
data, measures of central tendency, dispersion, skewness and kurtosis; measures of
association and contingency, correlation and linear regression involving two variables,
correlation ratio, curve fitting.
Concept of random sample and statistic sampling distribution of Chi-square, 't' and F
statistics, their properties and tests of significance based on them. Large Sample Tests.
Order statistics and their sampling distribution in case of uniform and exponential parent
distribution.
III. Statistical Inference :
Theory of estimation : unbiasedness, consistency, efficiency, sufficiency, Crammer-
Rao Lower bound, best linear unbiased estimates, methods of estimation, methods of
moments, maximum likelihood, leastsquares, minimum, Chi-square, properties of
maximum likelihood estimators (without proof), simple problems of constructing
confidence intervals for parameters of normal distribution.
Testing of hypothesis, simple and composite hypothesis, Statistical test, two kinds of
errors, Best critical regions for simple verses simple hypothesis concerning one parameter
of binomial, Poission, uniform, exponential and normal distribution. Non parametric
tests: Chi-square, sign, run median tests, Wilcoxon test, rank correlation methods.
IV. Sampling Theory and Design of Experiments :
Principles of sampling, frame and sampling units, sampling and non-sampling errors,
simple random sampling, stratified sampling, cluster sampling, systematic sampling, ratio
and regression estimates designing of sample surveys with reference to recent large scale
surveys in India.
Analysis of Variance with equal number of observations per cell in one, two and
three way classification, transformations to stabilize variance. Principles of experimental
design, completely randomized design Randomized block design, Latin square design,
Missing plot technique, 23 factorial experiments.
I. Probability :
Classical and axiomatic definitions of probability, simple theorems on probability
with examples, conditional probability, statistical independence, Bayes' theorem. Discrete
and continuous random variables, probability mass function and probability density
function, cumulative distribution function, joint marginal and conditional probability
distributions of two variables, Expectation of functions of one and two random variables,
moments, moment generating function, Binomial : Poisson Hypergeometric, Negative
Binomial , Uniform, exponential, gamma, beta, normal probability distributions,
Chebichev's inequality. Convergence in probability, weak law of large numbers, simple
form of central limit therorem.
II. Statistical Methods :
Compilation, classification, tabulation and diagrammatic representation of statistical
data, measures of central tendency, dispersion, skewness and kurtosis; measures of
association and contingency, correlation and linear regression involving two variables,
correlation ratio, curve fitting.
Concept of random sample and statistic sampling distribution of Chi-square, 't' and F
statistics, their properties and tests of significance based on them. Large Sample Tests.
Order statistics and their sampling distribution in case of uniform and exponential parent
distribution.
III. Statistical Inference :
Theory of estimation : unbiasedness, consistency, efficiency, sufficiency, Crammer-
Rao Lower bound, best linear unbiased estimates, methods of estimation, methods of
moments, maximum likelihood, leastsquares, minimum, Chi-square, properties of
maximum likelihood estimators (without proof), simple problems of constructing
confidence intervals for parameters of normal distribution.
Testing of hypothesis, simple and composite hypothesis, Statistical test, two kinds of
errors, Best critical regions for simple verses simple hypothesis concerning one parameter
of binomial, Poission, uniform, exponential and normal distribution. Non parametric
tests: Chi-square, sign, run median tests, Wilcoxon test, rank correlation methods.
IV. Sampling Theory and Design of Experiments :
Principles of sampling, frame and sampling units, sampling and non-sampling errors,
simple random sampling, stratified sampling, cluster sampling, systematic sampling, ratio
and regression estimates designing of sample surveys with reference to recent large scale
surveys in India.
Analysis of Variance with equal number of observations per cell in one, two and
three way classification, transformations to stabilize variance. Principles of experimental
design, completely randomized design Randomized block design, Latin square design,
Missing plot technique, 23 factorial experiments.
Sociology (Code No. 28)
Sociology (Code No. 28)
Sociological Perspective
Sociology as a Science
Relation of Sociology with other Social Sciences :
Economic, Political Science and Social Anthropology.
Basic Concepts :
Society : Meaning, nature and characteristics.
Community : Meaning and characteristics, Relationship with society.
Association : Meaning and characteristics.
Social Institution : Meaning, characteristics and forms; functions, difference between
Social institution and Association.
Social Group : Meaning and characteristics, Types - Primary and Secondary
Reference Group.
Social Interaction : Contact, communication and interest fulfilment.
Culture : Meaning, characteristics, components and cultural processes.
Social Structure : Meaning, characteristics and theories.
Social Stratification : Meaning, bases, forms and theories.
Status and Role : Meaning, types and mutual relationship.
Norms and Values : Meaning, types and mutual relationship.
Social Processes : Meaning, nature and forms-cooperation, competition and conflict.
Socialization : Concept, types, agencies and theories.
Social Deviance : Meaning, Forms and theories.
Social Change : Meaning, factors and theories. Change, progress and development,
Directed social change.
Magic, Religion and Science
Indian Society : Socio-cultural factors; Unity and diversity.
Caste in India : Features, origin and changing patterns.
Purusharatha and Varnasharma Vyavastha : Objectives, features and forms.
Marriage and Family in India : Features, forms, changes, problem and related
legislation.
Kinship in India : Features, types and usages.
Residence and Descent : Rules, forms and primogeniture.
Status of Women in India : Changes, problems and related laws.
Population Problem in India : Causes, forms extent and remedies.
Current Social Problems in India : Casteism, communalism, regionalism, poverty,
bondage of labour, child misuse, environmental pollutions, crime and juvenile
delinquency and youth unrest.
Scheduled Castes and Scheduled Tribes in India : Problems, safeguard,
Constitutional provisions and related legislation.
Induced Social Change in India : Aims, Plans, Projects & Schemes. Rural and
Tribal Development strategies and Agencies.
Urbanization and Industrialization in India : Positive and negative implications
for social life in India.
Panchayati Raj in India
Economic and Political Systems of simple and complex societies.
Sociological Perspective
Sociology as a Science
Relation of Sociology with other Social Sciences :
Economic, Political Science and Social Anthropology.
Basic Concepts :
Society : Meaning, nature and characteristics.
Community : Meaning and characteristics, Relationship with society.
Association : Meaning and characteristics.
Social Institution : Meaning, characteristics and forms; functions, difference between
Social institution and Association.
Social Group : Meaning and characteristics, Types - Primary and Secondary
Reference Group.
Social Interaction : Contact, communication and interest fulfilment.
Culture : Meaning, characteristics, components and cultural processes.
Social Structure : Meaning, characteristics and theories.
Social Stratification : Meaning, bases, forms and theories.
Status and Role : Meaning, types and mutual relationship.
Norms and Values : Meaning, types and mutual relationship.
Social Processes : Meaning, nature and forms-cooperation, competition and conflict.
Socialization : Concept, types, agencies and theories.
Social Deviance : Meaning, Forms and theories.
Social Change : Meaning, factors and theories. Change, progress and development,
Directed social change.
Magic, Religion and Science
Indian Society : Socio-cultural factors; Unity and diversity.
Caste in India : Features, origin and changing patterns.
Purusharatha and Varnasharma Vyavastha : Objectives, features and forms.
Marriage and Family in India : Features, forms, changes, problem and related
legislation.
Kinship in India : Features, types and usages.
Residence and Descent : Rules, forms and primogeniture.
Status of Women in India : Changes, problems and related laws.
Population Problem in India : Causes, forms extent and remedies.
Current Social Problems in India : Casteism, communalism, regionalism, poverty,
bondage of labour, child misuse, environmental pollutions, crime and juvenile
delinquency and youth unrest.
Scheduled Castes and Scheduled Tribes in India : Problems, safeguard,
Constitutional provisions and related legislation.
Induced Social Change in India : Aims, Plans, Projects & Schemes. Rural and
Tribal Development strategies and Agencies.
Urbanization and Industrialization in India : Positive and negative implications
for social life in India.
Panchayati Raj in India
Economic and Political Systems of simple and complex societies.
Public Administration (Code No. 27)
Public Administration (Code No. 27)
I. Introduction : Meaning, scope and significance of public administration; Private
and Public Administration; Evolution of Public Administration as a discipline.
II Theories and Principles of Administration : Scientific Management; Bureaucratic
Model; Classical Theory; Humman Relations Theory; Behavioural Approach;
Systems Approach. The Principles of Hierarchy; Unity of Command; Span of
Control; Authority and Responsibility; Coordination; Delegation; Supervision.
III Administrative Behaviour; Decision Making; Leadership theories;
Communication; and Motivation.
IV Personnel Administration; Role of Civil Service in developing society, Position,
Classification, Recruitment; Training; Promotion; Pay and Service Condition;
Neutrality and Anonymity.
V Financial Administration : Concept of Budget : Formulation and execution of
budget; Account and Audit.
VI Control over Administration : Legislative, Executive and Judical Control, Citizen
and Administration.
VII Comparative Administration : Salient features of administrative system in U.S.A.,
Great Britain and France.
VIII Central Administration in India. British legacy; Constitutional context of Indian
Administration; The President, the Prime Minister as Real Executive; Central
Secretariat; Cabinet Secretariat; Planning Commission; Finance Commission;
Comptroller and Auditor General of India; Major patterns of Public Enterprises.
IX Civil Service in India : Recruitment of All India and Central Services, Union
Public Service Commission, Training of IAS and IPS; Generalists and Specialists;
Relations with the Political Executive.
X State, District and Local Administration : Governor, Chief Minister; Secretariat;
Chief Secretary; Directorates; Role of District Collector in revenue, law and order
and development administration; Panchayati Raj and Urban local governament-
Main features, Structure and problem areas.
I. Introduction : Meaning, scope and significance of public administration; Private
and Public Administration; Evolution of Public Administration as a discipline.
II Theories and Principles of Administration : Scientific Management; Bureaucratic
Model; Classical Theory; Humman Relations Theory; Behavioural Approach;
Systems Approach. The Principles of Hierarchy; Unity of Command; Span of
Control; Authority and Responsibility; Coordination; Delegation; Supervision.
III Administrative Behaviour; Decision Making; Leadership theories;
Communication; and Motivation.
IV Personnel Administration; Role of Civil Service in developing society, Position,
Classification, Recruitment; Training; Promotion; Pay and Service Condition;
Neutrality and Anonymity.
V Financial Administration : Concept of Budget : Formulation and execution of
budget; Account and Audit.
VI Control over Administration : Legislative, Executive and Judical Control, Citizen
and Administration.
VII Comparative Administration : Salient features of administrative system in U.S.A.,
Great Britain and France.
VIII Central Administration in India. British legacy; Constitutional context of Indian
Administration; The President, the Prime Minister as Real Executive; Central
Secretariat; Cabinet Secretariat; Planning Commission; Finance Commission;
Comptroller and Auditor General of India; Major patterns of Public Enterprises.
IX Civil Service in India : Recruitment of All India and Central Services, Union
Public Service Commission, Training of IAS and IPS; Generalists and Specialists;
Relations with the Political Executive.
X State, District and Local Administration : Governor, Chief Minister; Secretariat;
Chief Secretary; Directorates; Role of District Collector in revenue, law and order
and development administration; Panchayati Raj and Urban local governament-
Main features, Structure and problem areas.
Psychology (Code No. 26)
Psychology (Code No. 26)
1. Scope, Method and subject matter.
2. Methods : Experimental methods, Field Studies, clinical and case methods,
Characteristics of psychological studies.
3. Physiological Basis, Structure and functions of the nervous systems, functions of
the endocrine system.
4. Development of Behaviour, Genetic mechanism, Environmental factors, Growth
and maturation, Relevant experimental studies.
5. Cognitive processes (I) : Perception, Perceptual Process ; Perceptual organisation,
Perception of form, colour, depth and time, Perceptual constancy, Role of motivation,
Social and cultural factors in perceptions.
6. Cognitive Processes (II) : Learning. Learning process. Learning theories; Classical
conditioning, Operant conditioning, Trial and error and Insight theories, Perceptual
learning. Learning and motivation. Verbal learning. Motor learning.
7. Cognitive Processes (III) : Remembering. Measurement of remembering. Shortterm
memory. Long-term memory. Forgetting. Theories of forgetting.
8. Cognitive Processes (IV) : Thinking. Development of thinking. Language and
thought. Images. Concept formation. Problems solving
9. Intelligence : Nature of intelligence. Theories of intelligence. Measurement of
intelligence. Intelligence and creativity.
10. Motivation : Needs, drives and motives. Classification of motives Measurement
of motives. Theories of motivation.
11. Personality : Nature of personality. Triat and type approaches. Determinants of
personality. Personality assessment : techniques and tests.
12. Coping Behaviour. Coping Mechanisms. Coping with frustration and stress.
Conflicts.
13. Attitudes. Nature of attitudes. Theories of attitudes. Measurement of attitudes.
Change of attitudes.
14. Communication : Types of communication, Communication process.
Communication network. Distortion of communication.
15. Applications of psychology in industry, Education and Community.
1. Scope, Method and subject matter.
2. Methods : Experimental methods, Field Studies, clinical and case methods,
Characteristics of psychological studies.
3. Physiological Basis, Structure and functions of the nervous systems, functions of
the endocrine system.
4. Development of Behaviour, Genetic mechanism, Environmental factors, Growth
and maturation, Relevant experimental studies.
5. Cognitive processes (I) : Perception, Perceptual Process ; Perceptual organisation,
Perception of form, colour, depth and time, Perceptual constancy, Role of motivation,
Social and cultural factors in perceptions.
6. Cognitive Processes (II) : Learning. Learning process. Learning theories; Classical
conditioning, Operant conditioning, Trial and error and Insight theories, Perceptual
learning. Learning and motivation. Verbal learning. Motor learning.
7. Cognitive Processes (III) : Remembering. Measurement of remembering. Shortterm
memory. Long-term memory. Forgetting. Theories of forgetting.
8. Cognitive Processes (IV) : Thinking. Development of thinking. Language and
thought. Images. Concept formation. Problems solving
9. Intelligence : Nature of intelligence. Theories of intelligence. Measurement of
intelligence. Intelligence and creativity.
10. Motivation : Needs, drives and motives. Classification of motives Measurement
of motives. Theories of motivation.
11. Personality : Nature of personality. Triat and type approaches. Determinants of
personality. Personality assessment : techniques and tests.
12. Coping Behaviour. Coping Mechanisms. Coping with frustration and stress.
Conflicts.
13. Attitudes. Nature of attitudes. Theories of attitudes. Measurement of attitudes.
Change of attitudes.
14. Communication : Types of communication, Communication process.
Communication network. Distortion of communication.
15. Applications of psychology in industry, Education and Community.
Political Science (Code No. 25)
Political Science (Code No. 25)
1. (a) Political Science : Meaning; Traditional and contemporary perspectives.
(b) The State-Sovereignty; Theories of Sovereignty, Monistic and Pluralistic view.
(c) Theories of the Origin of the States (Social Contract, Historical/Evolutionary and
Marxist)
(d) Theories of the functions of the State (Liberal, Welfare and Socialist)
2. (a) Concepts-Rights, Property, Liberty, Equality, Justice, Law, Political Elite.
(b) Democracy-Electoral process; Theories of Representation; Public opinion,
Freedom of Speech, the Role of the Press, Political Parties and Pressure Groups.
(c) Political Ideologies - Liberalism; Socialism (Democratic and Fabian); Marxian,
Socialism and Gandhism.
(d) Theory of Democracy, Political Development & Decay.
3. Organisation of Government : Constitutional Government, Parliamentary and
Presidential Government, Federal and Unitary Government; State and Local
Governament; Bureaucracy.
4. (a) Landmarks in the evolution of the National Liberation Movement and
Constitutional Development in India since 1858.
(b) The Indian Constitution : Fundamental Rights, Directive Principles of State
Policy; Legislature; Executive, Judiciary and Judical Review; the Rule of Law.
(c) Federalism, Centre-State Relations and Panchayati Raj in Rajasthan.
5. Major Issues and Trends in International Politics; United Nations Organization
and Foreign Policy of India.
1. (a) Political Science : Meaning; Traditional and contemporary perspectives.
(b) The State-Sovereignty; Theories of Sovereignty, Monistic and Pluralistic view.
(c) Theories of the Origin of the States (Social Contract, Historical/Evolutionary and
Marxist)
(d) Theories of the functions of the State (Liberal, Welfare and Socialist)
2. (a) Concepts-Rights, Property, Liberty, Equality, Justice, Law, Political Elite.
(b) Democracy-Electoral process; Theories of Representation; Public opinion,
Freedom of Speech, the Role of the Press, Political Parties and Pressure Groups.
(c) Political Ideologies - Liberalism; Socialism (Democratic and Fabian); Marxian,
Socialism and Gandhism.
(d) Theory of Democracy, Political Development & Decay.
3. Organisation of Government : Constitutional Government, Parliamentary and
Presidential Government, Federal and Unitary Government; State and Local
Governament; Bureaucracy.
4. (a) Landmarks in the evolution of the National Liberation Movement and
Constitutional Development in India since 1858.
(b) The Indian Constitution : Fundamental Rights, Directive Principles of State
Policy; Legislature; Executive, Judiciary and Judical Review; the Rule of Law.
(c) Federalism, Centre-State Relations and Panchayati Raj in Rajasthan.
5. Major Issues and Trends in International Politics; United Nations Organization
and Foreign Policy of India.
Physics (Code No. 24)
Physics (Code No. 24)
1. Mechanics : Units and dimensions, S.I. units, Motion in one and two dimensions.
Newton's laws of motion with applications. Variable mass-systems, Fricitional forces,
Work, Power and Energy. Conservative and non conservative systems. Collisions,
Conservation of energy. Linear and angular momenta. Rotational kinematics,
Rotational dynamics. Equilibrium or rigid bodies. Gravitation, Planetary motion,
Artificial Satellites. Surface tension and Viscosity. Fluid dynamics, streamline and
turbulent motion. Bernoulli's equation with applications. Stoke's law and its
application, Special theory of relativity, Lorentz Transformation, Mass Energy
equivalence.
2. Wave & Oscillations : Simple harmonic motion, Travelling & Stationary waves,
Super position of waves, Beats, Forced oscillations, Damped oscillations, Resonance,
Sound waves, Vibrations of air columns, strings and rods. Ultrasonic waves and their
application. Doppler effect.
3. Optics: Matrix method in preaxial optics. Thin lens formulae, Nodal planes, Systems
of two thin lenses, Chromatic and Spherical aberration, Optical instruments,
Eyepieces, Nature and propagation of Light, Interference, Division of wavefront,
Division of amplitude, Simple interferometers. Diffraction - Fraunhofer and Fresnel,
Gratings. Resolving power of optical instruments. Rayleigh criterion, Polarization,
Production and Detection of Polarized light. Rayleigh Scattering. Raman Scattering,
Lasers and their applications.
4. Thermal Physics : Thermometry, laws of thermodynamics, Heat engines, Entropy,
Thermodynamic potentials and Maxwell's relations. Vander waal's equation of State,
Critical constants. Joule-Thomoson effect, Phase transition, Transport phenomenon,
heat conduction and specific heat in solids, Kinetic Theory of Gases, Ideal Gas
equation, Maxwell's velocity distribution, Equipartition of Energy, Mean free path,
Brownian Motion, Black-body radiation Planck's Law.
5. Electricity and Magnetism : Electric charge, Fields and Potentials, Coulomb's Law,
Gauss Law, Capacitance, Dielectrics. Ohm's Law, Kirchoff's Laws, Magnetic field,
Ampere's Law, Faraday's Law of electromagnetic induction, Lanz's Law, Alternating
currents, LCR Circuits, Series & Parallel resonance, Q-factor, Thermoelectric effects
and their applications, Electromagnetic Waves, Motion of charged particles in electric
and magnetic fields. Particle accelerators, Ven de Graaff generator, Cyclotron,
Betatron, Mass spectrometer, Hall effect. Dia, Para and ferro magnetism.
6. Modern Physics : Bohr's Theory of Hydrogen atom, Optical and X-ray spectra,
Photoelectric effect. Compton effect, Wave nature of matter and Wave-Particle
duality, Natural and artificial radio-acitivty, alpha, beta and gamma radiation, chain
decay, Nuclear fission and fusion. Elementary particles and their classification.
7. Electronics : Vacuum tubes-diode and triode, p-and n-type materials, p-n diodes and
transistors, Circuits for rectification, amplification and oscillations. Logic gates.
1. Mechanics : Units and dimensions, S.I. units, Motion in one and two dimensions.
Newton's laws of motion with applications. Variable mass-systems, Fricitional forces,
Work, Power and Energy. Conservative and non conservative systems. Collisions,
Conservation of energy. Linear and angular momenta. Rotational kinematics,
Rotational dynamics. Equilibrium or rigid bodies. Gravitation, Planetary motion,
Artificial Satellites. Surface tension and Viscosity. Fluid dynamics, streamline and
turbulent motion. Bernoulli's equation with applications. Stoke's law and its
application, Special theory of relativity, Lorentz Transformation, Mass Energy
equivalence.
2. Wave & Oscillations : Simple harmonic motion, Travelling & Stationary waves,
Super position of waves, Beats, Forced oscillations, Damped oscillations, Resonance,
Sound waves, Vibrations of air columns, strings and rods. Ultrasonic waves and their
application. Doppler effect.
3. Optics: Matrix method in preaxial optics. Thin lens formulae, Nodal planes, Systems
of two thin lenses, Chromatic and Spherical aberration, Optical instruments,
Eyepieces, Nature and propagation of Light, Interference, Division of wavefront,
Division of amplitude, Simple interferometers. Diffraction - Fraunhofer and Fresnel,
Gratings. Resolving power of optical instruments. Rayleigh criterion, Polarization,
Production and Detection of Polarized light. Rayleigh Scattering. Raman Scattering,
Lasers and their applications.
4. Thermal Physics : Thermometry, laws of thermodynamics, Heat engines, Entropy,
Thermodynamic potentials and Maxwell's relations. Vander waal's equation of State,
Critical constants. Joule-Thomoson effect, Phase transition, Transport phenomenon,
heat conduction and specific heat in solids, Kinetic Theory of Gases, Ideal Gas
equation, Maxwell's velocity distribution, Equipartition of Energy, Mean free path,
Brownian Motion, Black-body radiation Planck's Law.
5. Electricity and Magnetism : Electric charge, Fields and Potentials, Coulomb's Law,
Gauss Law, Capacitance, Dielectrics. Ohm's Law, Kirchoff's Laws, Magnetic field,
Ampere's Law, Faraday's Law of electromagnetic induction, Lanz's Law, Alternating
currents, LCR Circuits, Series & Parallel resonance, Q-factor, Thermoelectric effects
and their applications, Electromagnetic Waves, Motion of charged particles in electric
and magnetic fields. Particle accelerators, Ven de Graaff generator, Cyclotron,
Betatron, Mass spectrometer, Hall effect. Dia, Para and ferro magnetism.
6. Modern Physics : Bohr's Theory of Hydrogen atom, Optical and X-ray spectra,
Photoelectric effect. Compton effect, Wave nature of matter and Wave-Particle
duality, Natural and artificial radio-acitivty, alpha, beta and gamma radiation, chain
decay, Nuclear fission and fusion. Elementary particles and their classification.
7. Electronics : Vacuum tubes-diode and triode, p-and n-type materials, p-n diodes and
transistors, Circuits for rectification, amplification and oscillations. Logic gates.
Philosophy (Code No. 23)
Philosophy (Code No. 23)
I. Formal Logic :
(a) Traditional Logic : categorical propositions, square of opposition, syllosistic
arguments - figures and moods, rules of valid syllogism and fallacies, venndiagram
technique for testing the validity of syllogistic arguments.
(b) Propositional Logic : truth-functional connectives and propositional forms,
translation from ordinary discourse to formal language, truth tables;
tautologous, contradictory and contingent propositional forms, valid and invalid truthfunctional
arguments, derivations in propositional logic.
(c) Predicate Logic : Universal and existential quantifiers, translation from ordinary
discourse to formal language, square of opposition, valid and invalid arguments in
Monadic Predicate Logic.
II. Indian Ethics :
(a) Fundamental Concepts : Rta, yajna, rnaparisodha, dharma, karma and samsara,
pravrtti and nivritti, purusartha.
(b) Bhagavad Gita : Varna and asrama, svadharma, classification scheme of sattvika,
rajasika and tamasika; karma; bhakti and jnana; samatva as yoga and niskama karma,
sthitaprajna.
(c) Bauddha and Jaina Ethics : The concept of dhamma, astangamarga, pancasila,
arhat; triratna, anuvrata and mahavrata, kevali.
III. Western Ethics :
Moral concepts-value, good and right, duty and right, moral judgement, theories of
moral standard, freedom and determinism, theories of punishment; meta-ethicsnaturalism,
emotivisim and prescriptivism, individual and society-egoism and altruism.
IV. History of Philosophy : Indian and Western :
Charvaka, Jainism, Buddhism, Samkhya, Yoga, Nyaya, Vaisesika, Purva mimamsa
and Vedanta. Socrates, Plato, Aristotle, Aguinas, Descartes, Spinoza, Leibnitz, Locke,
Berkeley, Hume and Kant.
I. Formal Logic :
(a) Traditional Logic : categorical propositions, square of opposition, syllosistic
arguments - figures and moods, rules of valid syllogism and fallacies, venndiagram
technique for testing the validity of syllogistic arguments.
(b) Propositional Logic : truth-functional connectives and propositional forms,
translation from ordinary discourse to formal language, truth tables;
tautologous, contradictory and contingent propositional forms, valid and invalid truthfunctional
arguments, derivations in propositional logic.
(c) Predicate Logic : Universal and existential quantifiers, translation from ordinary
discourse to formal language, square of opposition, valid and invalid arguments in
Monadic Predicate Logic.
II. Indian Ethics :
(a) Fundamental Concepts : Rta, yajna, rnaparisodha, dharma, karma and samsara,
pravrtti and nivritti, purusartha.
(b) Bhagavad Gita : Varna and asrama, svadharma, classification scheme of sattvika,
rajasika and tamasika; karma; bhakti and jnana; samatva as yoga and niskama karma,
sthitaprajna.
(c) Bauddha and Jaina Ethics : The concept of dhamma, astangamarga, pancasila,
arhat; triratna, anuvrata and mahavrata, kevali.
III. Western Ethics :
Moral concepts-value, good and right, duty and right, moral judgement, theories of
moral standard, freedom and determinism, theories of punishment; meta-ethicsnaturalism,
emotivisim and prescriptivism, individual and society-egoism and altruism.
IV. History of Philosophy : Indian and Western :
Charvaka, Jainism, Buddhism, Samkhya, Yoga, Nyaya, Vaisesika, Purva mimamsa
and Vedanta. Socrates, Plato, Aristotle, Aguinas, Descartes, Spinoza, Leibnitz, Locke,
Berkeley, Hume and Kant.
Mining Engineering (Code No. 22)
Mining Engineering (Code No. 22)
1. Mineral industry: National Mineral policy, Mineral resources of Rajasthan and India
vis-a-vis world. Status of mining of important minerals in India. Introduction of
important minerals, their occurrences and uses.
2. Mining Methods Surface and Underground: Open cast method of mining layout,
development and design; loading and transport, mechanized quarrying, continuous
mining systems. Underground methods of working coal by longwall, Bord and Pillar,
mining of thick seams, trends of new developments in coal mining Underground
mining methods for metalliferrous deposits-development and stoping, handling of
broken ore waste material, stope mechanization and mine filling.
3. Mine transport and Machinery: Material handling in mines-haulage, conveyors,
rope-ways Face machinery Mine hoists, Mine pumps.
4. Rock Mechanics, Ground Control and Mine Development: Physico-mechanical
properties of rocks, Rock mass classification, stress measurement techniques.
Theories of rock failure, stress distribution around mine working. Mine subsidence,
ground control, instrumentation and monitoring. Design of support and support
system in mine roadways and workings. Pit slope stability. Drilling methods and
machines. Explosives, blasting devices and practices. Shaft sinking - ordinary and
special methods.
5. Mine ventilation and Environment: Underground mine atmosphere. Detection of
mine gases. Mechanics of air flow, distribution and control. Natural and mechanical
ventilation. Fan types, selection and operation . Heat and humidity - sources,
estimation and air-conditioning. Ventilation planning. Mine fires and explosions.
Inundation. Illumination, noise and mine dust measurements, standards and control.
Mine Rescue and Recovery. Environment impacts of surface mining and their
mitigation.
6. Mine Legislation, safety and management: Statutory laws concerned with
concession, conservation and development of minerals; and safety, health and welfare
of workmen in mines. Mine safety - accidents in mines and their prevention.
Occupational diseases. Principles of scientific management, organization and staffing.
Work study and operation research in mining.
7. Mine Surveying, Mineral Economics and Mine Planning- Mine surveying
instruments, development in instrumentation and techniques. Correlation,
underground surveying. Estimation and measurements of mineral resources and
reserves. Sampling method and practices. Mining companies and mine accounts.
Cash flow concepts and mine valuation. Mining finance, royalty and taxation.
Principles of mine planning, optimization of output, life, size and other mine
parameters. Preparation of feasibility reports and DPR/production planning and
productivity in mining.
1. Mineral industry: National Mineral policy, Mineral resources of Rajasthan and India
vis-a-vis world. Status of mining of important minerals in India. Introduction of
important minerals, their occurrences and uses.
2. Mining Methods Surface and Underground: Open cast method of mining layout,
development and design; loading and transport, mechanized quarrying, continuous
mining systems. Underground methods of working coal by longwall, Bord and Pillar,
mining of thick seams, trends of new developments in coal mining Underground
mining methods for metalliferrous deposits-development and stoping, handling of
broken ore waste material, stope mechanization and mine filling.
3. Mine transport and Machinery: Material handling in mines-haulage, conveyors,
rope-ways Face machinery Mine hoists, Mine pumps.
4. Rock Mechanics, Ground Control and Mine Development: Physico-mechanical
properties of rocks, Rock mass classification, stress measurement techniques.
Theories of rock failure, stress distribution around mine working. Mine subsidence,
ground control, instrumentation and monitoring. Design of support and support
system in mine roadways and workings. Pit slope stability. Drilling methods and
machines. Explosives, blasting devices and practices. Shaft sinking - ordinary and
special methods.
5. Mine ventilation and Environment: Underground mine atmosphere. Detection of
mine gases. Mechanics of air flow, distribution and control. Natural and mechanical
ventilation. Fan types, selection and operation . Heat and humidity - sources,
estimation and air-conditioning. Ventilation planning. Mine fires and explosions.
Inundation. Illumination, noise and mine dust measurements, standards and control.
Mine Rescue and Recovery. Environment impacts of surface mining and their
mitigation.
6. Mine Legislation, safety and management: Statutory laws concerned with
concession, conservation and development of minerals; and safety, health and welfare
of workmen in mines. Mine safety - accidents in mines and their prevention.
Occupational diseases. Principles of scientific management, organization and staffing.
Work study and operation research in mining.
7. Mine Surveying, Mineral Economics and Mine Planning- Mine surveying
instruments, development in instrumentation and techniques. Correlation,
underground surveying. Estimation and measurements of mineral resources and
reserves. Sampling method and practices. Mining companies and mine accounts.
Cash flow concepts and mine valuation. Mining finance, royalty and taxation.
Principles of mine planning, optimization of output, life, size and other mine
parameters. Preparation of feasibility reports and DPR/production planning and
productivity in mining.
Mechanical Engineering (Code No. 21)
Mechanical Engineering (Code No. 21)
Statics : Simple application of equilibrium equations.
Dynamics : Simple application of equations of motion work; energy; power.
Theory of Machines : Simple examples of links and mechanism. Classification of
gears, standard gear tooth profiles, Classification of bearings, Functions of fly wheel.
Types of governors, Static and dynamic balancing, Simple examples of vibration of bars,
Whirling of shafts.
Mechanics of solids : Stress, strain, Hooke's Law, elastic modulii, Bending moment
and shearing force diagrams for beams, Simple bending and torsion of beams, spring, thin
and thick walled cylinders, Mechanical properties and material testing.
Manufacturing Science : Mechanics of metal cutting, tool life, economics of
machining, cutting tool materials, Basic machining processes, types of machine tools,
transfer lines, metal forming processes, shearing, drawing, spinning, rolling, forming,
extrusion, Different types of casting and welding methods.
Production Management : Method and time study, motion economy and work space
design, operation and flow process charts. Product design and cost selection of
manufacturing process. Break evens analysis, Site selection, plant layout, materials
handling, selection of equipment for job, shop and mass production, scheduling,
despatching, routing inventory.
Thermodynamics : Heat, work and temperature, First and second laws of
thermodynamics, Carnot, Rankine, Otto and diesel Cycles.
Fluid Mechanics : Hydrostatics, Continuity equation. Bernoullis theorem, Flow
through pipes, Discharge measurement. Laminar and Turbulent flow. Concept of
boundary layer.
Heat Transfer : Heat transfer by conduction, Convection and Radiation, One
dimensional steady state conduction through walls and cylinders. Fins Concept of thermal
boundary layer. Heat transfer coefficient, over-all heat-transfer coefficient. Heat
exchangers.
Energy Conversion : Compression and spark ignition engines, Compressors, fans
and blowers, Hydraulic pumps and turbines, thermal turbo machines.
Boiler, Flow of steam through nozzles, layout of power plants.
Environmental Control : Refrigeration cycles, refrigeration equipment, its operation
and maintenance, important refrigerants, Psychometric comfort, cooling and
dehumidification.
Statics : Simple application of equilibrium equations.
Dynamics : Simple application of equations of motion work; energy; power.
Theory of Machines : Simple examples of links and mechanism. Classification of
gears, standard gear tooth profiles, Classification of bearings, Functions of fly wheel.
Types of governors, Static and dynamic balancing, Simple examples of vibration of bars,
Whirling of shafts.
Mechanics of solids : Stress, strain, Hooke's Law, elastic modulii, Bending moment
and shearing force diagrams for beams, Simple bending and torsion of beams, spring, thin
and thick walled cylinders, Mechanical properties and material testing.
Manufacturing Science : Mechanics of metal cutting, tool life, economics of
machining, cutting tool materials, Basic machining processes, types of machine tools,
transfer lines, metal forming processes, shearing, drawing, spinning, rolling, forming,
extrusion, Different types of casting and welding methods.
Production Management : Method and time study, motion economy and work space
design, operation and flow process charts. Product design and cost selection of
manufacturing process. Break evens analysis, Site selection, plant layout, materials
handling, selection of equipment for job, shop and mass production, scheduling,
despatching, routing inventory.
Thermodynamics : Heat, work and temperature, First and second laws of
thermodynamics, Carnot, Rankine, Otto and diesel Cycles.
Fluid Mechanics : Hydrostatics, Continuity equation. Bernoullis theorem, Flow
through pipes, Discharge measurement. Laminar and Turbulent flow. Concept of
boundary layer.
Heat Transfer : Heat transfer by conduction, Convection and Radiation, One
dimensional steady state conduction through walls and cylinders. Fins Concept of thermal
boundary layer. Heat transfer coefficient, over-all heat-transfer coefficient. Heat
exchangers.
Energy Conversion : Compression and spark ignition engines, Compressors, fans
and blowers, Hydraulic pumps and turbines, thermal turbo machines.
Boiler, Flow of steam through nozzles, layout of power plants.
Environmental Control : Refrigeration cycles, refrigeration equipment, its operation
and maintenance, important refrigerants, Psychometric comfort, cooling and
dehumidification.
Mathematics (Code No. 20)
Mathematics (Code No. 20)
Algebra : Sets, relations, equivalence relations, Natural numbers, Integers, Rational
numbers, Real and Complex numbers, division algorithm, greatest common division
polynomials, division algorithm, derivations, Integral, rational real and complex roots of
a polynomial, Relation between roots and Coefficients, repeated roots, elementary
symmetric functions, Groups, rings, fields and their elementary properties.
Matrices : Addition and multiplication, elementary row and column operation, rank
determinants, inverse, solutions of systems of linear equations.
Calculus : Real numbers, order completeness property, standard functions, limits,
continuity, properties of continuous functions in closed intervals, differentiability, Mean
value Theorem, Taylors Theorem, Maxima and Minima, Application to curves tangent
normal properties, Curvatute, asymptotes, double points, points of inflection and tracing.
Definition of a definite integral of continuous function as the limit of a sum,
fundamental theorem of integral Calculus, methods of integration, rectification
quadrature, volume and surfaces of solids of revolution.
Partial differentiation and its application.
Simple test of convergence of series of positive terms, alternating series and absolute
convergence.
Differential Equations : First order differential equations, Singular solutions,
geometrical interpretations, linear differential equations with constant coefficients.
Geometry : Analytic Geometry of straight lines and conics referred to Cartesian and
polar Coordinates; three dimensional geometry for planes, straight lines, sphere, Cone
and Cylinder.
Mechanics : Concept of particle, lamina, rigid body, displacement, force, mass,
weight, concept of scalar and vector quantities, Vector Algebra, Combination and
equilibrium of coplanar forces, Newton's Laws of motion, motion of a particle in a
straight line; Simple Harmonic motion, projectile, circular motion, motion under central
forces (inverse square law), escape velocity.
Algebra : Sets, relations, equivalence relations, Natural numbers, Integers, Rational
numbers, Real and Complex numbers, division algorithm, greatest common division
polynomials, division algorithm, derivations, Integral, rational real and complex roots of
a polynomial, Relation between roots and Coefficients, repeated roots, elementary
symmetric functions, Groups, rings, fields and their elementary properties.
Matrices : Addition and multiplication, elementary row and column operation, rank
determinants, inverse, solutions of systems of linear equations.
Calculus : Real numbers, order completeness property, standard functions, limits,
continuity, properties of continuous functions in closed intervals, differentiability, Mean
value Theorem, Taylors Theorem, Maxima and Minima, Application to curves tangent
normal properties, Curvatute, asymptotes, double points, points of inflection and tracing.
Definition of a definite integral of continuous function as the limit of a sum,
fundamental theorem of integral Calculus, methods of integration, rectification
quadrature, volume and surfaces of solids of revolution.
Partial differentiation and its application.
Simple test of convergence of series of positive terms, alternating series and absolute
convergence.
Differential Equations : First order differential equations, Singular solutions,
geometrical interpretations, linear differential equations with constant coefficients.
Geometry : Analytic Geometry of straight lines and conics referred to Cartesian and
polar Coordinates; three dimensional geometry for planes, straight lines, sphere, Cone
and Cylinder.
Mechanics : Concept of particle, lamina, rigid body, displacement, force, mass,
weight, concept of scalar and vector quantities, Vector Algebra, Combination and
equilibrium of coplanar forces, Newton's Laws of motion, motion of a particle in a
straight line; Simple Harmonic motion, projectile, circular motion, motion under central
forces (inverse square law), escape velocity.
Law (Code No. 19)
Law (Code No. 19)
I. Jurisprudence :
1. Schools of Jurisprudence : Analytical, historical, philosophical and sociological.
2. Sources of Law : custom, precedent and legislation.
3. Rights and duties.
4. Legal Personality.
5. Ownership and possession.
II. Constitutional Law of India :
1. Salient features of the Indian Constitution.
2. Preamble.
3. Fundamental Rights, Directive Principles and Fundamental Duties.
4. Constitutional position of the President and Governors and their powers.
5. Supreme Court and High Courts : their powers and jurisdiction.
6. Union Public Service Commission and State Public Service Commissions : their
Powers and Functions.
7. Distribution of Legislative powers between the Union and the States.
8. Emergency provisions.
9. Amendment of the Constitution.
III. International Law :
1. Nature of International Law.
2. Sources : Treaty, Custom, General Principles of Law recognized by civilized nations
and subsidiary means for the determination of law.
3. State Recognition and State Succession.
4. The United Nations : its objectives and Principal Organs; the Constitution, role and
jurisdiction of the International Court of Justice.
IV. Torts :
1. Nature and definition of tort.
2. Liability based on fault and strict liability.
3. Vicarious liability.
4. Joint tort-feasors.
5. Negligence.
6. Defamation.
7. Conspiracy.
8. Nuisance.
9. False imprisonment and malicious prosecution.
V. Criminal Law :
1. General principles of criminal liability.
2. Mens rea.
3. General exceptions.
4. Abetment and conspiracy.
5. Joint and constructive liability.
6. Criminal attempts.
7. Murder and culpable homicide.
8. Sedition.
9. Theft, extortion, robbery and dacoity.
10. Misappropriation and Criminal breach of trust.
VI Law of Contract :
1. Basic elements of contract : offer, acceptance, consideration, contractual capacity.
2. Factors vitiating constant.
3. Void, Voidable, illegal and unenforceable agreements.
4. Performance of contracts.
5. Dissolution of contractual obligations, frustration of contracts.
6. Quasi-contracts.
7. Remedies for breach of contract.
I. Jurisprudence :
1. Schools of Jurisprudence : Analytical, historical, philosophical and sociological.
2. Sources of Law : custom, precedent and legislation.
3. Rights and duties.
4. Legal Personality.
5. Ownership and possession.
II. Constitutional Law of India :
1. Salient features of the Indian Constitution.
2. Preamble.
3. Fundamental Rights, Directive Principles and Fundamental Duties.
4. Constitutional position of the President and Governors and their powers.
5. Supreme Court and High Courts : their powers and jurisdiction.
6. Union Public Service Commission and State Public Service Commissions : their
Powers and Functions.
7. Distribution of Legislative powers between the Union and the States.
8. Emergency provisions.
9. Amendment of the Constitution.
III. International Law :
1. Nature of International Law.
2. Sources : Treaty, Custom, General Principles of Law recognized by civilized nations
and subsidiary means for the determination of law.
3. State Recognition and State Succession.
4. The United Nations : its objectives and Principal Organs; the Constitution, role and
jurisdiction of the International Court of Justice.
IV. Torts :
1. Nature and definition of tort.
2. Liability based on fault and strict liability.
3. Vicarious liability.
4. Joint tort-feasors.
5. Negligence.
6. Defamation.
7. Conspiracy.
8. Nuisance.
9. False imprisonment and malicious prosecution.
V. Criminal Law :
1. General principles of criminal liability.
2. Mens rea.
3. General exceptions.
4. Abetment and conspiracy.
5. Joint and constructive liability.
6. Criminal attempts.
7. Murder and culpable homicide.
8. Sedition.
9. Theft, extortion, robbery and dacoity.
10. Misappropriation and Criminal breach of trust.
VI Law of Contract :
1. Basic elements of contract : offer, acceptance, consideration, contractual capacity.
2. Factors vitiating constant.
3. Void, Voidable, illegal and unenforceable agreements.
4. Performance of contracts.
5. Dissolution of contractual obligations, frustration of contracts.
6. Quasi-contracts.
7. Remedies for breach of contract.
Indian History (Code No. 18)
Indian History (Code No. 18)
1. Foundations of Indian Culture and Civilization; Indus Civilization. Vedic Culture,
Sangam Age.
2. Religious Movements : Buddhism, Jainism, Pauranika Hindusm.
3. The Mauryan Empire.
4. Trade and commerce in the pre-Gupta and Gupta periods.
5. Agrarian structure in the post-Gupta period.
6. Changes in the social structure of ancient India.
7. Political and social conditions of India between 800-1200 A.D.
8. The Delhi Sultanate ; administration and agratrian system.
9. The provincial dynasties; Vijayanagar Empire, society and administration.
10. The Indo-Islamic culture; religious movements of the 15th and 16th centuries.
11. The Mughal Empire (1526-1707); Mughal polity; agrarian system, art, architecture
and culture under the Mughals.
12. Beginning of trade with Europe.
13. The Maratha kingdom and confederacy.
14. The decline of the Mughal Empire; the autonomous states with special reference to
Bengal, Mysore and Punjab.
15. The East India Company and the Nawabs of Bengal.
16. British economic impact in India.
17. The Revolt of 1857 and other popular movements against the British rule in the 19th
century.
18. Social and cultural awakening; the lower castes, trade union and peasant movements.
19.The Freedom struggle.
1. Foundations of Indian Culture and Civilization; Indus Civilization. Vedic Culture,
Sangam Age.
2. Religious Movements : Buddhism, Jainism, Pauranika Hindusm.
3. The Mauryan Empire.
4. Trade and commerce in the pre-Gupta and Gupta periods.
5. Agrarian structure in the post-Gupta period.
6. Changes in the social structure of ancient India.
7. Political and social conditions of India between 800-1200 A.D.
8. The Delhi Sultanate ; administration and agratrian system.
9. The provincial dynasties; Vijayanagar Empire, society and administration.
10. The Indo-Islamic culture; religious movements of the 15th and 16th centuries.
11. The Mughal Empire (1526-1707); Mughal polity; agrarian system, art, architecture
and culture under the Mughals.
12. Beginning of trade with Europe.
13. The Maratha kingdom and confederacy.
14. The decline of the Mughal Empire; the autonomous states with special reference to
Bengal, Mysore and Punjab.
15. The East India Company and the Nawabs of Bengal.
16. British economic impact in India.
17. The Revolt of 1857 and other popular movements against the British rule in the 19th
century.
18. Social and cultural awakening; the lower castes, trade union and peasant movements.
19.The Freedom struggle.
Home Science (Code No. 17)
Home Science (Code No. 17)
1. Food and Nutrition
1. Meaning and importance.
2. Composition and processing of cereals, pulses, nuts and oil seeds, egg, meat, fish,
fruits and vegetables, milk and milk products.
3. Properties, functions, requirements, sources and effects of deficiency & excess of
protein, carbohydrates, lipids, vitamins, minerals and water. Energy requirements.
4. Food groups and balanced diet.
5. Normal nutrition during adulthood, pregnancy, lactation, infancy, childhood,
adolescence and elderly.
6. Therapeutic diets-etiology, dietary principles and modifications in fevers, weight
management, constipation, diarrhea, peptic ulcer, hepatitis, cirrhosis, atherosclerosis,
hypertension, renal disorders, diabetes.
7. Malnutrition and national nutritional programmes.
II Human developments
1. Meaning and principles of growth and development. Developmental aspects-physical,
motor, languages, social, moral, personality, emotional and cognitive development
from infancy to adolescence. Play and creativity.
2. Marriage-goals, adjustment, success and conflicts.
3. Family-meaning, types, functions, role of family members, family life cycle, parent
child relationship.
4. Pre-school education- importance, methods and philosophies for pre-school education
in India.
5. Problems of childhood, adolescence, old age and disabled. Juvenile delinquencies.
III Clothing and textiles
1. Classification and properties of fibers and yarn. Fabric construction. Fabric finishes,
dyeing and printing of textiles, chemicals used in textiles processing and their effect.
2. Laundry reagents and their functions.
3. Elements of art and principles of design and their application in clothing.
Psychological and sociological influence of clothes. Selection, care and purchase of
fabrics and readymade garments for apparel household use.
4. Clothing budget and consumer problems. Labelling and standardization.
5. Principles of drafting and common fitting problems. Traditional textiles and
embroideries of different states of India.
IV Family resource management
1. Human needs and wants, consumer behaviour, types of markets, budgeting, saving
and investment. Concept and process of management.
2. Management of resources. Decision making and work simplification. Household
equipment-principles, use, care and maintenance.
3. Housing - needs and problems, space distribution, building components and
materials, housing finance.
4. Elements and principles of design and their application in interior decoration.
5. Selection, use and care of furniture and accessories. Table layout.
6. Consumer education - rights and responsibilities, entrepreneurship.
V Extension education 1. Concept, philosophy, objectives and scope of extension education. Extension teaching
methods, teaching aids, modes of communication. Extension education and the
learning process.
2. Rural and urban community - Characteristics and types, social stratification, social
changes and mobility.
3. Extension programmes, role of formal and informal institutions and agencies in
community development.
4. Contribution of Home Science in community development.
1. Food and Nutrition
1. Meaning and importance.
2. Composition and processing of cereals, pulses, nuts and oil seeds, egg, meat, fish,
fruits and vegetables, milk and milk products.
3. Properties, functions, requirements, sources and effects of deficiency & excess of
protein, carbohydrates, lipids, vitamins, minerals and water. Energy requirements.
4. Food groups and balanced diet.
5. Normal nutrition during adulthood, pregnancy, lactation, infancy, childhood,
adolescence and elderly.
6. Therapeutic diets-etiology, dietary principles and modifications in fevers, weight
management, constipation, diarrhea, peptic ulcer, hepatitis, cirrhosis, atherosclerosis,
hypertension, renal disorders, diabetes.
7. Malnutrition and national nutritional programmes.
II Human developments
1. Meaning and principles of growth and development. Developmental aspects-physical,
motor, languages, social, moral, personality, emotional and cognitive development
from infancy to adolescence. Play and creativity.
2. Marriage-goals, adjustment, success and conflicts.
3. Family-meaning, types, functions, role of family members, family life cycle, parent
child relationship.
4. Pre-school education- importance, methods and philosophies for pre-school education
in India.
5. Problems of childhood, adolescence, old age and disabled. Juvenile delinquencies.
III Clothing and textiles
1. Classification and properties of fibers and yarn. Fabric construction. Fabric finishes,
dyeing and printing of textiles, chemicals used in textiles processing and their effect.
2. Laundry reagents and their functions.
3. Elements of art and principles of design and their application in clothing.
Psychological and sociological influence of clothes. Selection, care and purchase of
fabrics and readymade garments for apparel household use.
4. Clothing budget and consumer problems. Labelling and standardization.
5. Principles of drafting and common fitting problems. Traditional textiles and
embroideries of different states of India.
IV Family resource management
1. Human needs and wants, consumer behaviour, types of markets, budgeting, saving
and investment. Concept and process of management.
2. Management of resources. Decision making and work simplification. Household
equipment-principles, use, care and maintenance.
3. Housing - needs and problems, space distribution, building components and
materials, housing finance.
4. Elements and principles of design and their application in interior decoration.
5. Selection, use and care of furniture and accessories. Table layout.
6. Consumer education - rights and responsibilities, entrepreneurship.
V Extension education 1. Concept, philosophy, objectives and scope of extension education. Extension teaching
methods, teaching aids, modes of communication. Extension education and the
learning process.
2. Rural and urban community - Characteristics and types, social stratification, social
changes and mobility.
3. Extension programmes, role of formal and informal institutions and agencies in
community development.
4. Contribution of Home Science in community development.
Geology (Code No. 16)
Geology (Code No. 16)
I. Physical Geology and Geomorphology :
Solar system, the earth, its origin, age and internal constitution. Weathering and
erosion. Geological work of river, glacier, wind, ocean and ground water. Types,
products and distribution of volcanoes. Causes, effects and distribution of earthquakes.
Morphology of continents and oceans. Elementary idea of isostasy, continental drift,
sea floor spreading and plate tectonics. Iceages, past climates and coral reefs.
Land forms, their types and relation to lithology and deformation Geomorphological
sub division of India.
II. Structural Geology and Geotectonics and Structure and Tectonics of India:
Dip, strike, pitch and plunge; Clinometer Compass. Determination of top of beds.
Description and classification of folds, faults, unconformities and joints. Cleavage,
schistosity, foliation and lineation. Igneous intrusives and extrusive bodies. Overlap,
offlap, outliers and inliers. Major tectonic sub divisions of India and their characteristics.
Origin of Himalayas, Indoganetic plains and deserts in India.
III. Palaeontology, Principles of Stratigraphy and Geology of India :
Mode of preservation and utility of fossils. Elementary idea of organic evolution.
Morphology and geological distribution of Graptoloidea, Echinoidea, Gastropoda,
Lamellibranchia, Trilobita, Brachiopoda, Cephalopoda and Foraminifera.
A brief study of Gondwana plant fossils and Siwalik fauna; elementary; idea of
evolution of man, elephant and horse, Standard stratigraphic time scale, principles of
stratigraphic correlation and knowledge of stratigraphic classification.
Study of Precambrian, Palaeozoic Mesozoic and Cenozoic rocks of India.
IV. Crystallography and Mineralogy :
Law of crystallography, elements of crystal symmetry, crystallographic notations and
twining. Study of forms and symmetry elements of normal classes of various crystal
systems. Contact goniometer. Crystal bonding and internal structure of crystals.
Physical, chemical and optical characteristics of important silicate mineral groups.
viz., Quartz, Felspar, Felspathoid, Olivine, Pyroxene, Amphibole, Mica, Chloride and
Garnet. Structure of silicate minerals. Physical properties and chemical composition of
important ore minerals. Petrological microscope, micol prism, birefringence,
pleochroism, extinction, uniaxial and biaxial characteristic of minerals. Optical signs.
V. Igneous, Sedimentary and Metamorphic Petrology :
Composition of magmas. Forms, structure, textures and classification of igneous
rocks. Phase rule, crystallisation of unicomponent and bicomponent silicate melts.
Crystallisation of common basaltic magma. Bowen's reaction series, magmatic
differentiation and assimilation. Petrography and petrogenesis of common igneous rocks.
Sedimentary processes, lithification and diagenesis. Heavy minerals. Structures,
textures, classification and depositional environment of sedimentary rocks. Physical
parameters of sedimentary grains. Petrography and petrogenesis of important sedimentary
rocks.
Agents, kind, depth zones, facies and grades of metamorphism. Structures, textures
and classification of metamorphic rocks. Petrography and petrogenesis of important
metamorphic rocks.
VI. Economic Geology and Applied Geology : Processes of formation of mineral deposits. Mode of occurrence, distribution, uses
and origin on important metallic and nonmetallic mineral deposits of India. Coal,
petroleum and radioactive minerals deposits of India.
Elementary idea of various geophysical methods of prospecting. Elements of Ground
Water Geology and Engineering Geology. Surveying instruments and their use.
Elementary knowledge of mineral dressing. Application of photogeological techniques.
VII. Geology and Mineral Wealth of Rajasthan :
Lithostatigraphic divisions, tectonic and structural features of the geology of
Rajasthan. A study of the geology of Rajasthan from Precambrians to Recent. Mineral
wealth of Rajasthan and the mineral based industries. Knowledge of major mining
regions, dams, reservoirs, engineering projects, hydroelectric projects, thermal power
plants, fuel resources and ground water potential of the State of Rajasthan
I. Physical Geology and Geomorphology :
Solar system, the earth, its origin, age and internal constitution. Weathering and
erosion. Geological work of river, glacier, wind, ocean and ground water. Types,
products and distribution of volcanoes. Causes, effects and distribution of earthquakes.
Morphology of continents and oceans. Elementary idea of isostasy, continental drift,
sea floor spreading and plate tectonics. Iceages, past climates and coral reefs.
Land forms, their types and relation to lithology and deformation Geomorphological
sub division of India.
II. Structural Geology and Geotectonics and Structure and Tectonics of India:
Dip, strike, pitch and plunge; Clinometer Compass. Determination of top of beds.
Description and classification of folds, faults, unconformities and joints. Cleavage,
schistosity, foliation and lineation. Igneous intrusives and extrusive bodies. Overlap,
offlap, outliers and inliers. Major tectonic sub divisions of India and their characteristics.
Origin of Himalayas, Indoganetic plains and deserts in India.
III. Palaeontology, Principles of Stratigraphy and Geology of India :
Mode of preservation and utility of fossils. Elementary idea of organic evolution.
Morphology and geological distribution of Graptoloidea, Echinoidea, Gastropoda,
Lamellibranchia, Trilobita, Brachiopoda, Cephalopoda and Foraminifera.
A brief study of Gondwana plant fossils and Siwalik fauna; elementary; idea of
evolution of man, elephant and horse, Standard stratigraphic time scale, principles of
stratigraphic correlation and knowledge of stratigraphic classification.
Study of Precambrian, Palaeozoic Mesozoic and Cenozoic rocks of India.
IV. Crystallography and Mineralogy :
Law of crystallography, elements of crystal symmetry, crystallographic notations and
twining. Study of forms and symmetry elements of normal classes of various crystal
systems. Contact goniometer. Crystal bonding and internal structure of crystals.
Physical, chemical and optical characteristics of important silicate mineral groups.
viz., Quartz, Felspar, Felspathoid, Olivine, Pyroxene, Amphibole, Mica, Chloride and
Garnet. Structure of silicate minerals. Physical properties and chemical composition of
important ore minerals. Petrological microscope, micol prism, birefringence,
pleochroism, extinction, uniaxial and biaxial characteristic of minerals. Optical signs.
V. Igneous, Sedimentary and Metamorphic Petrology :
Composition of magmas. Forms, structure, textures and classification of igneous
rocks. Phase rule, crystallisation of unicomponent and bicomponent silicate melts.
Crystallisation of common basaltic magma. Bowen's reaction series, magmatic
differentiation and assimilation. Petrography and petrogenesis of common igneous rocks.
Sedimentary processes, lithification and diagenesis. Heavy minerals. Structures,
textures, classification and depositional environment of sedimentary rocks. Physical
parameters of sedimentary grains. Petrography and petrogenesis of important sedimentary
rocks.
Agents, kind, depth zones, facies and grades of metamorphism. Structures, textures
and classification of metamorphic rocks. Petrography and petrogenesis of important
metamorphic rocks.
VI. Economic Geology and Applied Geology : Processes of formation of mineral deposits. Mode of occurrence, distribution, uses
and origin on important metallic and nonmetallic mineral deposits of India. Coal,
petroleum and radioactive minerals deposits of India.
Elementary idea of various geophysical methods of prospecting. Elements of Ground
Water Geology and Engineering Geology. Surveying instruments and their use.
Elementary knowledge of mineral dressing. Application of photogeological techniques.
VII. Geology and Mineral Wealth of Rajasthan :
Lithostatigraphic divisions, tectonic and structural features of the geology of
Rajasthan. A study of the geology of Rajasthan from Precambrians to Recent. Mineral
wealth of Rajasthan and the mineral based industries. Knowledge of major mining
regions, dams, reservoirs, engineering projects, hydroelectric projects, thermal power
plants, fuel resources and ground water potential of the State of Rajasthan
Geography (Code No. 15)
Geography (Code No. 15)
Section 'A' : Fundamentals of Geography :
(i) Physical Geography
(ii) Human Geography
(iii) Economic Geography
(iv) Cartography & Surveying
Section 'B' ; Geography of the World :
(i) Land forms; Climates ; Soils; Vegetation and Natural Regions.
(ii) Population ; Growth and distribution; Races of mankind; Transhumance and
International migrations.
(iii) Hunting ; Food gathering, Fishing; Lumbering; Livestock-raising; Agriculture;
Minerals and Energy resources ; Industries.
(iv) Regional Study of S.E. Asia, S.W. Asia, Japan, China; U.S.A. & Russia.
Section 'C' : Geography of India :
(i) Physiography; Climate ; Soils and Vegetation.
(ii) Fisheries; Forestry; Livestock-raising ; Irrigation and Agriculture.
(iii) Minerals; Energy Resources and Industries.
(iv) Population; Human Settlements; Trade and Transportation.
Section 'D': Geography of Rajasthan :
(i) Physiography; Climate ; Soils, and Vegetation.
(ii) Fisheries; Forestry; Livestock-raising; Irrigation and Agriculture.
(iii) Minerals; Energy Resources and Industries
(iv) Population; Human Settlements and Transportation.
Section 'A' : Fundamentals of Geography :
(i) Physical Geography
(ii) Human Geography
(iii) Economic Geography
(iv) Cartography & Surveying
Section 'B' ; Geography of the World :
(i) Land forms; Climates ; Soils; Vegetation and Natural Regions.
(ii) Population ; Growth and distribution; Races of mankind; Transhumance and
International migrations.
(iii) Hunting ; Food gathering, Fishing; Lumbering; Livestock-raising; Agriculture;
Minerals and Energy resources ; Industries.
(iv) Regional Study of S.E. Asia, S.W. Asia, Japan, China; U.S.A. & Russia.
Section 'C' : Geography of India :
(i) Physiography; Climate ; Soils and Vegetation.
(ii) Fisheries; Forestry; Livestock-raising ; Irrigation and Agriculture.
(iii) Minerals; Energy Resources and Industries.
(iv) Population; Human Settlements; Trade and Transportation.
Section 'D': Geography of Rajasthan :
(i) Physiography; Climate ; Soils, and Vegetation.
(ii) Fisheries; Forestry; Livestock-raising; Irrigation and Agriculture.
(iii) Minerals; Energy Resources and Industries
(iv) Population; Human Settlements and Transportation.
Electronics & Tele-Communication Engineering (Code No. 14)
Electronics & Tele-Communication Engineering (Code No. 14)
Networks : Networks graph; matrices; Laplace transform, convolution; Fourier series;
nodal and mesh analysis; time and frequency domain responses; two-port network
parameters; network functions.
Control Systems: Transfer functions; block diagram reduction techniques; signal flow
graphs; basic control components; transient and steady-stage response analysis; stability
of linear systems; Routh Hurwitz criterion; Root-loci; frequency response; Nyquist
criterion; Bode plot; Nichol's chart; PID control.
Semiconductor Devices: Electronic transport phenomena; p-n junctions; characteristics
and equivalent circuits of semiconductor diodes, BJTs, JEETs and MOSFETs.
Analog Circuits: Biasing of transistors and FETs; amplifiers; single-and multi-stage;
feedback; differential; operational; power; oscillators; LC, crystal, relaxation; function
generators and wave-shaping circuits; power supplies.
Digital Circuits: Boolean algebra;; minimisation of Boolean functions; logic gates;
digital IC families; combinational circuits-arithmetic circuits, code converters,
multiplexers and decoders; sequential circuits; latches and flip-flops, conters and shifte-
registers; comparators; timeos; ADCs and DACs; semiconductor memories;
microprocessor- architecture, programming, memory and I/O interfacing computers-
architecture, programming.
Communication Systems: Fourier transform: spectral analysis and signal transmission
through linear time invariants stems; random noise; correlation and power spectrum;
linear and angle modulation systems; superheterodyne receivers; sampling theorems;
pulse code modulation; digital modulation systems; FDM and TDM.
Electromagnetics: Vectors; line & surface integrals: Maxwell's equations; wave
equation; pointing vector; plane waves; propagation through various media, reflection,
refraction; elements of radio wave propagation; transmission lines and rectangular
waveguides; VSWR impedance matching; dipole antenna; loop antenna, antenna arrays,
Yagi-Uda antenna, slot, horn and parabolic reflector antennas.
Networks : Networks graph; matrices; Laplace transform, convolution; Fourier series;
nodal and mesh analysis; time and frequency domain responses; two-port network
parameters; network functions.
Control Systems: Transfer functions; block diagram reduction techniques; signal flow
graphs; basic control components; transient and steady-stage response analysis; stability
of linear systems; Routh Hurwitz criterion; Root-loci; frequency response; Nyquist
criterion; Bode plot; Nichol's chart; PID control.
Semiconductor Devices: Electronic transport phenomena; p-n junctions; characteristics
and equivalent circuits of semiconductor diodes, BJTs, JEETs and MOSFETs.
Analog Circuits: Biasing of transistors and FETs; amplifiers; single-and multi-stage;
feedback; differential; operational; power; oscillators; LC, crystal, relaxation; function
generators and wave-shaping circuits; power supplies.
Digital Circuits: Boolean algebra;; minimisation of Boolean functions; logic gates;
digital IC families; combinational circuits-arithmetic circuits, code converters,
multiplexers and decoders; sequential circuits; latches and flip-flops, conters and shifte-
registers; comparators; timeos; ADCs and DACs; semiconductor memories;
microprocessor- architecture, programming, memory and I/O interfacing computers-
architecture, programming.
Communication Systems: Fourier transform: spectral analysis and signal transmission
through linear time invariants stems; random noise; correlation and power spectrum;
linear and angle modulation systems; superheterodyne receivers; sampling theorems;
pulse code modulation; digital modulation systems; FDM and TDM.
Electromagnetics: Vectors; line & surface integrals: Maxwell's equations; wave
equation; pointing vector; plane waves; propagation through various media, reflection,
refraction; elements of radio wave propagation; transmission lines and rectangular
waveguides; VSWR impedance matching; dipole antenna; loop antenna, antenna arrays,
Yagi-Uda antenna, slot, horn and parabolic reflector antennas.
Electrical Engineering (Code No. 13)
Electrical Engineering (Code No. 13)
Steady state analysis of d.c. and a.c. network; newtork theorems; network
functions, Laplace techniques; transient response; frequency response; Three-phase
networks; Inductively coupled circuits.
Mathematical modelling of dynamic linear systems. Transfer functions, block
diagrams, stability of control systems.
Electrostatic and magnetostatic field analysis; Maxwell's equations. Wave
equations and electromagnetic waves.
Basic methods of measurement. Standards, error analysis, Indicating instruments,
cathoderay oscillosciope, Measurement of voltage; current; power resistance, inductance,
capacitance, frequency, time and flux.
Semi-conductor devices and analysis of electronic circuits; single and multistage
audio, and radio, small signal and large signal amplifiers. Oscillators and feedback
amplifiers. Waveshaping circuits and time base generators. Multivibrators and digital
circuits. Modulation and demodulation circuits. Transmission line at audio, radio and
U.H. frequencies, Wire and Radio communication.
Generation of e.m.f. and torque in rotating machine : motor and general,
characteristics of d.c., synchronous and induction machines; equivalent circuits;
commutation, starters, Power transformers, phaser diagram, losses, regulations, and
efficiency.
Modelling of transmission lines. Power system stability, Surge phenomena and
insulation co-ordination. Protective devices and schemes for power system equipment.
Conversion of a.c. to d.c. and d.c. to a.c. controlled and uncontrolled power, speed
control techniques for drives.
Steady state analysis of d.c. and a.c. network; newtork theorems; network
functions, Laplace techniques; transient response; frequency response; Three-phase
networks; Inductively coupled circuits.
Mathematical modelling of dynamic linear systems. Transfer functions, block
diagrams, stability of control systems.
Electrostatic and magnetostatic field analysis; Maxwell's equations. Wave
equations and electromagnetic waves.
Basic methods of measurement. Standards, error analysis, Indicating instruments,
cathoderay oscillosciope, Measurement of voltage; current; power resistance, inductance,
capacitance, frequency, time and flux.
Semi-conductor devices and analysis of electronic circuits; single and multistage
audio, and radio, small signal and large signal amplifiers. Oscillators and feedback
amplifiers. Waveshaping circuits and time base generators. Multivibrators and digital
circuits. Modulation and demodulation circuits. Transmission line at audio, radio and
U.H. frequencies, Wire and Radio communication.
Generation of e.m.f. and torque in rotating machine : motor and general,
characteristics of d.c., synchronous and induction machines; equivalent circuits;
commutation, starters, Power transformers, phaser diagram, losses, regulations, and
efficiency.
Modelling of transmission lines. Power system stability, Surge phenomena and
insulation co-ordination. Protective devices and schemes for power system equipment.
Conversion of a.c. to d.c. and d.c. to a.c. controlled and uncontrolled power, speed
control techniques for drives.
Subscribe to:
Posts (Atom)