TNPSC Field Surveyor and Draftsman Syllabus, Check the detailed Syllabus and Exam Pattern | TNPSC நிலஅளவர் மற்றும் வரைவாளர் பாடத்திட்டம்

Dimensioning:

Explain the types of dimensioning – Explain the elements of dimensioning – Explain the methods of indicating dimensioning – Explain the arrangement of dimensioning.

Types of lines and angles:

Define points and lines – State classification of lines – State the different types of angles – Explain the method of measuring angles.

Triangles and their properties:

Define triangles – Name the different types of triangles and state their properties.

Quadrilaterals and their properties:

Define a quadrilateral – Name the quadrilaterals – State the properties of quadrilaterals.

Polygon and their properties:

Define a Polygon – Name the Polygon in terms of the number of sides – State the properties of Polygon.

Define Surveying – State the object of surveying – State technical terms – State the classification of Surveying – State the principles of Surveying – State the work of Surveyor – State the accuracy in chain Survey – State steel band

Measurement of distance by a chain and chaining:

State the methods of determining distance – State chaining and chaining a line – State unfolding the chain – Describe the reading the chain – State folding the chain – Calculate the errors in chaining.

Introduction about chain survey instruments:

State the construction and uses of the following chain survey instruments.

Ranging:

State ranging – State the necessity of ranging – State the types of ranging – Interpret the signals surveyor and the corresponding action by assistance.

Chaining on sloping ground:

Explain the methods of changing on sloping ground – State necessity of calculating horizontal distances.

Offset and Offsetting:

State the meaning of offset and offsetting – State the classification of offsets, its limits and its definition – State the methods of taking offsets for various site conditions.

Obstacles in chain surveying:

Define obstacles – State the three types of obstacles – Calculate the obstructed distance.

Introduction used for setting out right angles:

List out the instrument used for setting out right angles – State the types of cross staff and optical square – State the construction of cross staff and optical square – Explain the principles of optical square – State the uses of cross staff and optical square.

Introduction about triangulation survey:

Define the triangulation and traverse in survey – State closed and open traversed survey – State the three types of survey lines in triangulation Explain about field work.

Calculation of area:

Calculate the areas of an irregular field – Apply geometrical formula for calculating the area – Describe the construction and use of planimeter.

State about traversing – State types of compass – Name the prismatic compass and construction – Construction of surveyor’s compass

Determining the bearing of a given triangular plot ABC and calculation of included angles:

Calculate angles from bearings – Calculate bearing from angles. Determining the bearing of a given pentagonal plot of ABCDE and calculating included angles magnetic declination and plotting of compass

survey:

Calculate the angles from bearing for a closed traverse – Calculate the bearing from angles for a closed traverse – Calculate the bearing of a pentagon – Define the dip of the magnetic needles – State the magnetic declination and variations – Calculate true bearing – State local attraction and its elimination – Explain about errors and its limits – State the testing the prismatic compass.

State plane tabling – Name the instruments and accessories used in plane tabling – State the construction and uses of instruments accessories of plane tabling – Explain about the setting up of plane table over a station – Explain about leveling, centering and orientation in plane tabling – Explain the methods of plane tabling

Methods of plane table survey:

Methods of plane table survey – Radiation methods of plane table survey Intersection methods of plane table survey

Traversing method of plane table survey:

State traverse methods of plane table survey – Conduct traverse methods of plane table survey.

Locate and plot new building by two point and three point problem: Define about resection – State two and three point problem – Describe Lehman’s rule – List out the errors in plane tabling – Describe the advantage and disadvantage

Prepare a road map for 1/2 km showing details on both sides: Prepare a road map and locate the details on both sides

Inking, finishing, colouring and tracing of plane table map:

Explain about colouring of surveying symbols – Explain the importance of tracing – State the techniques/order of tracing a drawing – State the different types of reproduction of drawings.

Minor instruments used with or without plane tabling:

Explain about the construction and uses of Abney level, tangent clinometers, De Lisel’s clinometers.

Unit – 5: LEVELLING & CONTOURING

Explain the tilting level and auto level – Explain the construction a dumpy level – Explain the classification of leveling staff.

Introduction of contouring:

Define contouring – Explain the terms in contouring – Narrate the characteristics of contour

Topography and contour: State Topography – State contour.

Tracing of grade contour: Trace the contour gradient for alignment of roads, railways, etc – Determine the volume of earth work and capacity of reservoir

Computation of volume:

Explain the various methods for the quantity of earth work – Compute quantity of earth work by average depth method – Compute the quantity of earth work by trapezoidal and primordial formula

Explain the uses of the theodolite – Explain the classify of the theodolite – Explain the designate of the theodolite

Temporary adjustment of theodolite:

Set up and perform centering of the instrument – Level up the theodolite Eliminate parallax

Measuring horizontal angle-repetition method:

Explain the repetition method – Stage advantage of repetition method State errors which are not eliminated by repetition method.

Measuring vertical angle:

Define vertical angle – Differentiate angle of elevation and angle of depression – Explain how to measure vertical angle

Deflection angle and direct angle:

State deflection angle – Differentiate right deflection angle and left deflection angle – State the direct angle – Differentiate deflection angle and direct angle

Prolonging a line:

State the method for prolonging a line – Compare the method for prolonging a line – State most suitable method for prolonging a line

Intersection of two straight lines:

Explain method one: to find intersection point of two lines – Explain method two: to find intersection point of two lines

Laying of a horizontal angle:

Explain laying of a horizontal angle by ordinary method – Explain laying of a horizontal angle by repetition method – Find equivalent lenier distance for an angular value

Traverse:

State uses of traverse surveying – State types of traverse – Differentiate open end closed traverse

Traverse checking:

Explain the checks for open traverse – Explain the checks for closed traverse

Classification of traverse:

Classify traverse based on the instrument used – Explain method of traversing – Explain how to measure traverse length in theodolite traversing – Explain how to measure traverse angle in theodolite traversing

Theodolite traversing method:

State methods of theodolite surveying – Explain loose needle method – Explain fast needle method – Compare loose needle and fast needle method

Theodolite traversing method II:

Explain include angle method – Explain direct angle method – Explain deflection angle method – Explain azimuth method

Theodolite phases: Explain theodolite traversing phases

Closing error: Define closing error – Find magnitude and direction of closing error

Latitudes and departures:

Determine latitude – Determine departures – Balance the traverse using transit method – Balance the traverse using Bowditch’s (mathematical) method

Balancing the traverse:

Explain balancing the error – Describe various mathematical and graphical methods of balancing the traverse

Omitted measurements:

Describe omitted measurements – List out and explain the classification of omitted measurement

Trigonometric levelling (indirect leveling):

State advantage of indirect leveling – Explain various cases of trigonometric leveling – deduce the reduce level using the appropriate formula

Introduction to curves:

Explain the necessity for the provision of curves on road and railway -Explain the classification of curves – Explain the different terms used in curve

Setting of horizontal curve by linear method:

Determine the elements of curve – Determine the offset from long chord – Explain the method of setting cut curve by offset from long chord

Setting out curves by angular methods:

Determine the deflection angles of chords – Narrate the procedure of setting out of simple curve by one theodolite and tape method

List the methods of tachometry – Explain the fixed hair method – Explain the movable hair method

Tangential method of tachometry:

Explain the tangential method of tachometry – Explain the construction of substance bar – Explain the substance method of tachometry

Triangulation: Explain the term triangulation

and digital theodolite

Total Station: Describe the features of the total station – Explain evolution of total station from the

conventional equipment – Narrate the benefits of total station

Remote sensing: Explain remote sensing and photogrammetry.

GPS:

Explain the features of global positioning system (GPS) – Narrate the use of GPS and method of surveying for accurate output – List the benefits of GPS

Draw tool bar: Explain draw commands in CAD – Explain the method of drawing geometrical shapes in CAD

Layers: Explain the dimensioning method in CAD – Explain the use of object snap in CAD

Modifying tool bar: List out various modifying tools in CAD – Explain the uses of modifying tools in CAD

Printing cad drawings: Explain the steps involved in plotting in cad

State the requirement of a good building drawing – State the method of drawing plan, elevation and typical section – State the scales used in building drawing – State Dimensioning and printing for building drawing.

Drainage: State drainage and surface drainage – State four shapes of surface drainage.

training: State instruments, equipments and materials, List out instruments, equipments and materials, State the standard as per 962-1987, To use different drawing instruments, equipments and materials, Follow precautions in the use of instruments, equipments and materials.

Layout of drawing Sheet: State the system of layout of drawing sheet, List the different layout for designated drawing sheet Explain the title block.

Folding of drawing Sheet: State the purpose of folding a drawing sheet, Explain the method of folding for drawing sheet

Types of Lines and Angles: Define points and lines, State the classification of lines, State the different types of angles, Explain the method of measuring angles.

Triangles and their types: Define triangles, Name the different types of triangles and state their properties.

Quadrilaterals and their properties: Define a quadrilateral, Name the quadrilaterals, State the properties of quadrilaterals

Polygon and their properties: Define Polygon, Name the Polygon in terms of the number of sides, State the properties of polygon.

Introduction about chain survey instruments: State the construction and uses of the chain survey instruments

Testing of metric chain (20m/30m):  State the necessity of checking the chain, State the methods of testing, List out then errors in the chain, State the limits of error in chain, Explain the adjust the chain, State Indian optical square

Measurement of distance by chain and chaining: State chaining and chaining a line, State unfolding the chain, Describe the reading the chain, State folding the chain, Calculate the errors in chaining

Determining the bearing of a given triangular plot of ABC and calculation of included angles: Calculate angles from bearing, Calculate bearing from angles

Determining the bearing of a given pentagonal plot of ABCDE and calculation of included angles: Calculate angles from bearings for a closed traverse, Calculate bearing from angles for a closed traverse, Calculate bearing of a pentagon

Magnetic declination and local attraction: Define the dip of the Magnetic needles, State the magnetic declination and variations, Calculate true Bearing, State local attraction and its elimination, Explain about errors and limits, State the testing the prismatic compass

Resection method of plane table survey: State the resection method of plane table survey

Technical term used in road engineering: Define road and Total Station advantage, Define various terms used in road engineering, Describe the various advantages of road

Principle of road alignment: Alignment of road, Express the principle of highway alignment, Explain the different survey required for alignment

Classification of roads: Describe the different classification of roads

Camber, super elevation, sight distance and gradient: Define camber, Explain super elevation, sight distance and express gradient

Types of total station: Explain the advantages and disadvantages of Total station, Explain the types of Total Station, Explain the precautions to be taken while using Total Station

Measurement with total station: Explain the equipment required for Total Station surveying, Explain the procedure of measurement with Total Station

Characteristics and features of total station: Define the features of Total Station, State the characteristics of Total Station, Advantages and disadvantages of Total Station

Principle of EDM- Working need setting and measurement Total Station: Define EDM, State the principle of EDM, Features of EDM

Setting and measurement Total Station: Define distance measuring, State principal of EDM, State classification of EDM

Total station Prism- instrument error operation: Explain Total Station prisms, Describe sources of error in EDM,EDM instrument operation, Uses of EDM

Electronic display and data recording: Define electronic data recording, Explain field computers, Define recording module, Internal memories

Rectangular and Polar Co-ordinate system: Illustrate rectangular and polar coordinates

Satellite and Conventional Geodetic system: What is satellite system, Define Geodetic system GPS coordinate system and component Total Station of GPS & System segment Total Station: Explain GPS coordinate system, Describe Geographic Latitude and Longitude, Explain and describe component Total Station GPS receiver

GPS segment Total Station: Define GPS segment

Principle of Operation of GPS and surveying with GPS: State the Principle of Operation of GPS, Describe the role of transit in GPS

Remote sensing: Explain Remote sensing, Distinguish between GPS, GIS and Total Station

GPS signal code – GPS basics: Introduction to digital signal, Explain data acquisition system, Describe signal processing, Explain code an basics

• Nature of Universe – Measurement of Physical Quantities – General Scientific Laws in Motion –Force, Pressure and Energy – Everyday application of the basic principles of Mechanics, Electricity, Magnetism, Light, Sound, Heat and Nuclear Physics in our daily life.
• Elements and Compounds, Acids, Bases, Salts, Petroleum Products, Fertilizers, Pesticides, Metallurgy and Food Adulterants.
• Main concepts of Life Science, Classification of living organisms, Evolution,
• Genetics, Physiology, Nutrition, Health and Hygiene, Human diseases.
• Environmental Science.

• Latest diary of events – National symbols–Profile of states –Eminent personalities and places in news–Sports –Books and Authors.
• Welfare Scheme of Government – Political parties and Political system in Tamil Nadu and India.
• Latest inventions in Science and Technology – Geographical Land Marks – Current Socio – Economic issues.

Geography of India

• Earth Location – Physical Features – Monsoon, rainfall, weather and climate– Water resources–Rivers –Soil, Minerals and Natural resources– Forest and Wildlife–Agriculture pattern.
• Transport– Communication.
• Population density and distribution in Tamil Nadu and India.
• Calamities–Disaster Management–Environment – Climate change.

• Indus valley civilization – Guptas, Delhi Sultans, Mughals, and Marathas – Age of Vijayanagaram and Bahmani Kingdoms – South Indian history.
• Characteristics of Indian culture, Unity in diversity – Race, language, custom.
• India as a Secular State

• Constitution of India–Preamble to the Constitution–Salient features of the Constitution–Union, State and Union Territory.
• Citizenship, Fundamental Rights, Fundamental Duties, Directive Principles of State Policy.
• Union Executive, Union Legislature–State Executive, State Legislature– Local Governments, Panchayat Raj.
• Spirit of Federalism: Centre-State Relationships.
• Election–Judiciary in India–Rule of Law.
• Corruption in public life – Anti-Corruption measures – Lokpal and Lokayukta – Right to Information – Empowerment of Women – Consumer Protection
• Forums – Human Rights Charter.

• Nature of Indian economy–Five year plan models – an assessment – Planning Commission and NITI Aayog.
• Sources of revenue–Reserve Bank of India – Finance Commission– Resource sharing between Union and State Governments –Goods and Services Tax.
• Economic Trends – Employment Generation, Land Reforms and Agriculture – Application of Science and Technology in Agriculture – Industrial growth – Rural Welfare oriented programmes – Social Problems –Population, Education, Health, Employment, Poverty.

• National Renaissance –Early uprising against British Rule–Indian National Congress – Emergence of Leaders –B.R.Ambedkar, Bhagat Singh, Bharathiar, V.O.Chidambaranar, Thanthai Periyar, Jawaharlal Nehru, Rabindranath Tagore, Kamarajar, Mahatma Gandhi, Maulana AbulKalamAzad, Rajaji, Subhash Chandra Bose, Muthulaksmi Ammaiyar, Muvalur Ramamirtham and other National Leaders.
• Different modes of Agitation of Tamilnadu movements.

• History of Tamil Society, related Archaeological discoveries, Tamil Literature from Sangam age till contemporary times.
• Thirukkural :

(a) Significance as Secular literature.

(b) Relevance to Everyday Life

(c) Impact of Thirukkural on Humanity

(d) Thirukkural and Universal Values – Equality,  Humanism, etc

(e) Relevance to Socio -Politico-Economic affairs

(f) Philosophical content in Thirukkural

• Role of Tamil Nadu in freedom struggle – Early agitations against British Rule – Role of women in the freedom struggle.
• Various Social reformers, Social reform movements and Social transformation of Tamil Nadu.

• Social Justice and Social Harmony as the Cornerstones of Socio-Economic development.
• Education and Health systems in Tamil Nadu.
• Geography of Tamil Nadu and its impact on Economic growth

• Simplification – Percentage – Highest Common Factor (HCF) – Lowest Common Multiple (LCM).
• Ratio and Proportion.
• Simple interest – Compound interest – Area – Volume – Time and Work.
• Logical Reasoning – Puzzles-Dice – Visual Reasoning – Alpha-numeric Reasoning – Number Series.

(Subject Paper) (200 questions) (ITI Standard)

Choose any one of the following subjects

1. Surveyor (National Trade Certificate)(Code No.387)
2. Draughtsman (Civil) (National Trade Certificate) (Code No.388)

Part-A

Tamil Eligibility Test

(SSLC Standard) (100 Questions/150 Marks)

General Studies (100 Questions/150 Marks)

(Code: 003)

General Studies (ITI Standard) (75 Questions)

+

Aptitude and Mental Ability Test

(SSLC Standard)(25 Questions)