(1)

Ļ¯ೇಷ ªಾಜÍ ಪĦÎೆ

ಕකბಟಕ ಸ౽ბರದ ನಡವั

ಗำ

เಷಯ: ಕකბಟಕ ฃಜ౲ದ ನಗರಸ౩ั

ೕಯ ๸๲౩ಗั

ಡ ෱೪ฃಜฆವ

පರ๳฿ ไಂದದ ಸ๻ಯಕ ౽ಯბඩಲಕ ಅ෗฀ತರ ไಂದದ

ඡರ ඡಮ౽ൟ ಆೕഓದ ๾ං౪ಗಳඝ౬ ಭൟბ ෥ಡฤ ඡರ

ඡಮ౽ൟ เඋನ ๻ಟ ಪಠ౲ಕ౳ಮವඝ౬ ඛಗඌಪലಸฤ The

Karnataka Municipalities (Recruitment of Officers & Employees) Rules,

2010 ಡ ൟൿ౪ಪല - ౽ಯბ౽ค ಆඃಶ.

ಓದมಜං: ಸ౽ბರದ ಅඌ๰ಚච ๸ಒ౲: ನಅಇ 52 ෈ಎಂಎ๺ 2009, ൽකಂಕ:

21-01-2011

********

ඬ๬౨ವච:

(1) ෬ว ಓದมದ ൽකಂಕ: 21-01-2011 ರ ಸ౽ბರದ ಅඌ๰ಚචಯನ౷ಯ ನಗฃ෗ไൽ౪

ಇมಒಯ පರ๳฿ ไಂದದ ไಂದ ಮൡ౨ ඡಮ౽ൟ ඛಯಮಗะದ The Karnataka Municipalities

(Recruitment of Officers & Employees) Rules, 2010 ೦คಡ ී

ൽฆತ౨ං. ಸದค ไಂದ ಮൡ౨ ඡಮ౽ൟ

ඛಯಮಗಳย౵ ෱೪ฃಜฆವ เเಧ ๔౳ೕ൐ಯ ๾ං౪ಗಳย౵ ฃಜ౲ದ ಎม౵ ನಗರಸොಗั

ಡ ತม 1

ಸ๻ಯಕ ౽ಯბඩಲಕ ಅ෗฀ತರ ๾ං౪ ෱೪ฃಜൿ౪, ಸದค ๾ං౪ಗಳ ๕ಕಡ 40% ರಷౣඝ౬ ඡರ

ඡಮ౽ൟ ෩ಲಕ ಭൟბ ෥ಡฤ ಅವ౽ಶ ಕย౭ಸมಜං.

(2) පರ๳฿ ไಂದದ ಸ๻ಯಕ ౽ಯბඩಲಕ ಅ෗฀ತರ ไಂದಃౙ ಈವฉಡ ඡರ ඡಮ౽ൟ

ಅತಂലฆโൽಲ౵. ಅಲ౵ං, ಸದค ๾ං౪ಗั

ಡ ඡರ ඡಮ౽ൟ ಅತಳ౶ฤ ඡಮ౽ൟ เඋನವක౬ಗย

ಅಥ฿ ඡರ ඡಮ౽ൟ ಪคೕಃ౹ಯ ಪಠ౲ಕ౳ಮವක౬ಗย The Karnataka Municipalities (Recruitment of

Officers & Employees) Rules, 2010 ರย౵ ඛಗඌಪലಸมಜฆโൽಲ౵. ಆದ౪คಂದ ಸದค ๾ං౪ಗಳ ඡರ

ඡಮ౽ൟಡ ඡಮ౽ൟ เඋನವඝ౬ ๻ಟ ඡಮ౽ൟ ಪคೕಃ౹ಯ ಪಠ౲ಕ౳ಮವඝ౬ ඛಗඌಪലಸฤ The

Karnataka Municipalities (Recruitment of Officers & Employees) Rules, 2010 ರನ౷ಯ ೦คಯย౵ฆವ

ไಂದ ಮൡ౨ ඡಮ౽ൟ ඛಯಮಗಳඝ౬ ಸಮಗ౳฿ಜ ಪคಷౙค๯โൿ ಅಗತ౲฿ಜฆತ౨ං.

(3) ไಂದ ಮൡ౨ ඡಮ౽ൟ ඛಯಮಗಳඝ౬ ಪคಷౙคಸฤ / ൟൿ౪ಪല ತರฤ ಸ౽ბರದ ಆඃಶ

๸ಒ౲:๭ಆ๯ಇ 97 ಎ๺ ಆฑ ല 2004, ൽකಂಕ: 08-04-2004ರย౵ ඛಗඌಪല๭ದ ಎม౵ ౽ಯბ-

¨sÁUÀ – 1

Part – I

, 21

, 2026

1948)

BENGALURU, FRIDAY, 21, AUGUST, 2026 ( SHRAVANA , 30, SHAKAVARSHA, 1948)

. 754

No. 754

เඋನಗಳඝ౬ ಅඝಸคಸ෎౽ಞತ౨ං. ಆದฉ ಈ ౽ಯბ เඋನವඝ౬ ಅඝಸคಸฤ ಬಳಹ๠ౣ

౽มವ౽ಶ ๼ല෷โದคಂದ ಸದค ಸ๻ಯಕ ౽ಯბඩಲಕ ಅ෗฀ತರ ไಂದಃౙ ๸ී

ඌ๭ඈ൤

ไಂದ ಮൡ౨ ඡಮ౽ൟ ඛಯಮಗั

ಡ ൟൿ౪ಪല ෥ഴโದඝ౬ ౽෵౪ค๭, ෬ว ಓದมದ ൽකಂಕ: 21-

01-2011 ರ ಸ౽ბರದ ಅඌ๰ಚචಯನ౷ಯ ೦คಡ ී

ൽฆವ ನಗฃ෗ไൽ౪ ಇมಒಯ පರ๳฿

ไಂದದ ไಂದ ಮൡ౨ ඡಮ౽ൟ ඛಯಮಗะದ The Karnataka Municipalities (Recruitment of Officers &

Employees) Rules, 2010 ರย౵ ಸ๻ಯಕ ౽ಯბඩಲಕ ಅ෗฀ತರ ไಂದದ ඡರ ඡಮ౽ൟ ๾ං౪ಗั

ಡ

ඡರ ඡಮ౽ൟ ಅತำ౶ವ ಸฤ฿ಜ ඡಮ౽ൟ เඋನ ๻ಟ ඡರ ඡಮ౽ൟ ಪคೕಃ౹ಛಜ

ಪಠ౲ಕ౳ಮವඝ౬ ඛಗඌಪലಸฤ ౽ಯბ౽ค ಆඃಶವඝ౬ ຄರലಸฤ ಸ౽ბರโ ൟೕ෥ბඛ๭ං.

ಅದฏ൤ ಈ ಆඃಶ.

ಸ౽ბರದ ಆඃಶ ๸ಒ౲: ಜ๸ಇ 149 ಎಂಎฯ ಆฑ 2026,

෍ಂಗิ

ฆ, ൽකಂಕ: 21-08-2026

(4) ಪ౳๬౨ವචಯย౵ เವค๭ฆವ ౽ರಣಗಳ ๼ච౬วಯย౵ ಸ౽ბರದ ಅඌ๰ಚච ๸ಒ౲: ನಅಇ 52

෈ಎಂಎ๺ 2009, ൽකಂಕ: 21-01-2011 ರನ౷ಯ ೦คಡ ී

ൽฆವ The Karnataka Municipalities

(Recruitment of Officers & Employees) Rules, 2010 ರ Part – IV ರലಯ ඛಯಮ 17 ರ ඦತರ Part – V ರ

ඛಯಮ 17A, 17B, 17C, 17D, 17E, 17F, 17G ಮൡ౨ 17H ಗಳඝ౬ ಈ ಃಳಉഽ൤ ๳ಪბഷತั

๭ ಆඃ๏๭ං:-

PART - V

17A. Conduct of Competitive Examination for direct recruitment of Assistant Executive

Engineer Posts.- (1) A competitive examination for recruitment to the posts of Assistant Executive

Engineers for open competition (forty percent quota) shall be held in the manner set out in Schedule IVA.

The Commission shall call for applications by advertisement for admission to the competitive examination

in such form as it may determine before such date and on payment of such fees as may be specified by

the Commission in the Advertisement. The Commission shall also specify in such advertisement the

provisional number of vacancies to be filled and the number of vacancies reserved for Scheduled Castes,

Scheduled Tribes and other Backward Classes. The Commission shall be responsible for all

arrangements relating to the conduct of a competitive examination.

17B. Scheme of Examination.- (1) The competitive examination shall consist of-

(a) a written examination in Kannada, English, General Knowledge and optional subjects

specified in Schedule IVA; and

(b) personality test.

(2) The maximum marks for personally test shall not exceed 5% of the marks fixed for competitive

examination.

17C. Eligibility of Candidates for personality test. – The Commission shall prepare a separate

list of candidates in the order of merit on the basis of the results of the competitive examination. From

among whose names are included in such list, as far as may be, such number of candidates as is equal

to five times the number of vacancies notified shall be called for personality test subject to calling

candidates belonging to Scheduled Castes, Scheduled Tribes and Other Backward Classes in the same

ratio as the vacancies are reserved for them.

17D. List selected from the selected candidates.- (1) The Commission shall prepare in the

order of merit a select list of candidates comprising candidates selected from open competition on the

basis of the aggregate of the marks secured in the written examination and personality test and after

taking into consideration the rules and orders in force relating to reservation of posts for Scheduled

Castes, Scheduled Tribes, Other Backward Classes and others.

(2) The Commission shall, in accordance with the provisions of sub-rule (1) also prepare an

additional select list of candidates in the order of merit who are not included in the final select list prepared

under sub-rule (1). The number of candidates included in additional select list shall be equal to 20 percent

of the number of vacancies notified in each category under rule 1. No person selected in the additional

list shall be appointed to a vacancy not notified for recruitment

(3) The list so prepared under sub-rule (1) and (2) shall be published by the Commission in the

Official Gazette and a copy thereof shall be sent to the Appointing Authority.

17E. Appointment of candidates.- (1) Candidates whose names are included in the select list

published under sub-rule (1) of rule 4 may be appointed by the Appointing Authority in the vacancies in

the cadre in the order in which their names are found in the list after satisfying itself, after such enquiry

as may be considered necessary, that each such candidate is suitable in all respects for appointment as

Assistant Executive Engineer.

(2) The candidates whose names are included in the additional select list published under sub-

rule (2) of rule 17D may also be appointed by the Appointing Authority in the vacancies arising due to

non reporting of candidates included in the final select list, in the particular category in which the names

are found in the additional select list, after such enquiry as may be considered necessary.

(3) The inclusion of names of candidates in the final select list or additional select list prepared

and published under rule 17D shall not confer any right of appointment.

17F. Duration of the operation of the list.- The select list and the additional select list published

by the Commission under rule 17D shall be operative till all the candidates in the select list are appointed

to the number of posts notified or for a period of one year, whichever is earlier.

17G. Application of General Recruitment Rules.- Except in respect of matters for which

provision is made in this Scheme, the provisions of the Karnataka State Civil Services (General

Recruitment) Rules, 1977 for the time being in force, shall be applicable for purposes of recruitment under

this Scheme.

17H. Application of other rules.- The Karnataka Civil Service Rules, the Karnataka Civil

Services (Conduct) Rules, 2021 and all other rules for the time being in force regulating the conditions of

service of Government servants made or deemed to have been made under the Karnataka State Civil

Services Act, 1978 (Karnataka Act 14 of 1990), in so far as such rules are not inconsistent with the

provisions of those rules, shall be applicable to persons appointed under this Scheme.

(5) ෨ಂൿವฉൿ, ಸ๻ಯಕ ౽ಯბඩಲಕ ಅ෗฀ತರ ๾ං౪ಯ ඡರ ඡಮ౽ൟಛಜ ඡರ

ඡಮ౽ൟ ಪคೕಃ౹ಯ ಪಠ౲ಕ౳ಮವඝ౬ ඛಗඌಪലಸฤ ෬ಲౙಂಡ ไಂದ ಮൡ౨ ඡಮ౽ൟ ඛಯ෥ವั

ಗಳ

ಅඝ๰೉ IV ರ ඦತರ ಅඝ๰೉ IVA ඝ౬ ಈ ಃಳಉഽ൤ ๳ಪბഷತั

๭ ಆඃ๏๭ං:-

SCHEDULE – IVA

(see rule 17A to 17H)

Competitive Examination for Direct Recruitment of Assistant Executive Engineer Posts

The competitive examination shall consist of written examination and personality test. Candidates

shall answer all question papers, except Kannada language paper, in English in their own hand.

A. Written Examination:

(1) English : Maximum marks-100. Duration of the paper- 1 ½ hours.

(2) Kannada: Maximum marks 100. Duration of the paper- 1 ½ hours.

Note:- The marks obtained in compulsory papers i.e. in English and in Kannada shall be of

qualifying nature. For qualifying in these papers, a minimum of 30% in each paper and 35%

aggregate is prescribed. The marks obtained in these two papers shall not be considered for

determining the merit for selection. Candidates who do not secure the prescribed marks in the

qualification papers, namely, Kannada and English, shall not be eligible for personality test and

selection.

(3) General Knowledge: Maximum marks 100. Duration of the Paper 1 ½ hours.

(4) Optional subjects - A candidate may select any two of the subjects specified in Part A and

any two of the subjects specified in Part B; provided that a candidate who has selected the subject

of Roads and Bridges or Public Health Engineering in Part A shall not be eligible to select the

subject of Highway Engineering or Public Health Engineering, as the case may be, in Part B.

Maximum marks for each subject - 100. Duration of each of the papers – 3 hours.

The Standard and Syllabus of the Examination shall be as fixed in the B.E. degree of AMIE

Examination.

Part-A

Part-B

(i)

Irrigation

(i)

Advanced Structure

(ii)

Roads and Bridges

(ii) Pre-stressed Concrete

(iii)

Construction

Technology

and

Management

(iii) Advanced Soil Mechanics

(iv)

Highway Engineering

(iv) Public Health Engineering

(v) Hydraulics and Dams

(vi) Hydrology

(vii) Theory of Elasticity

(viii) Basic Electronics

The Syllabi for papers on English and General Knowledge and of the optional subjects are as

follows:-

SYLLABUS

English-(1):- English paper will be of S.S.L.C. level and comprises of comprehension of

given passage, precise writing, usage, vocabulary, short essay, communication skills. For short

essay a choice of subjects will be given. Candidates are expected to keep close to the subject of

the essay; to arrange their ideas in orderly fashion and to write concisely. Passages will be set

for summary of precise. Credit will be given for effective and exact expression.

Kannada-(2):- Kannada paper will be of S.S.L.C. level and comprises of comprehension

of given passage, precise writing, usage, vocabulary, short essay, translation from English to

Kannada. For short essay a choice of subjects will be given. Candidates are expected to keep

close to the subject of the essay; to arrange their ideas in orderly fashion and to write concisely.

Passages will be given for summary or precise. Credit will be given for effective and exact

expression.

General knowledge - (2)- Including General knowledge of current events and of such

matters of every day observation and experience heir scientific aspects may be expected of an

educated person who has not made a special study of any scientific subjects. The papers will

also include questions of Indian History and Geography of a nature which candidates should be

able to answer without special study.

OPTIONAL SUBJECTS (Part. A)

I. Irrigation

1. General - Terminology, History of Irrigation, Irrigation practice in India, Factors governing

feasibility of Irrigation development.

2. Irrigation systems: Well Irrigation, Lift Irrigation, Flow irrigation by canals, Inundation Irrigation

and Delta Irrigation of South India, Sprinkler Irrigation, Comparative study of the various systems.

3. Irrigation Projects: Investigations and Planning of irrigation projects, Productive and protective

works, Details of project surveys, Location sites for reservoir, canal alignment preparation of plans,

estimates and reports for irrigation works, Estimation of yield for the economic design of storage

reservoirs. Multipurpose projects.

4. Economic and Administrative aspects of Irrigation Schemes: Socio economic aspects,

Organization and administration of projects, Legal aspects, Cost benefit studies, Classification and use

of project land, water resources, water requirements, Ground water surveys.

5. Hydrological studies for an irrigation scheme. Catchments characteristics, Run off cycle,

Rainfall losses percolation, evaporation. transpiration, evapotranspiration and consumptive use, Flood

frequency studies, Flood hydrographs, Unit hydrographs, Synthetic unit graphs.

6. Amount and frequency of irrigation watering, Quality of irrigation water, Salinity and alkalinity

Engineering aspects of land drainage, Soil investigations, Structure and fertility, Soil moisture constants,

Infiltration measurement, Laws of soil water movement.

7. Reservoirs/Different kinds of reservoirs, Selection of sites, Flood absorptive capacity of

reservoirs and its importance, Isolated tanks, Tanks in series, Tanks fed by feeder channels from rivers

or streams, Design, Construction, maintenance and repairs of earthen bunds, Filling up breaches. Design

of surplus works, Tank sluices, Drainage arrangements, Elements of design, construction and

maintenance of masonry dams, Drainage galleries, Various forms of surplus works for flood water

disposal, Head sluices and securing sluices in dams.

8. Anicuts of river weirs- Types of river weirs, Weirs un permeable strata, Design and construction

of river regulators, seeuning and head sluices, Crest shutters, Flood Banks and protective works.

9. Distribution system - Classification of channels, methods of alignment design of canal sections,

capacities and velocities in canals, in deltaic and non-deltaic country Location and design of distributer

system, Design of cross drainage works, Silt and hour, Kennedys silt theory, silt deposits in reservoirs,

tanks and canals, Methods to arrest silt accumulation, Soil erosion and its cause, prevention and control.

Catchments treatment.

10. River Training- Regime of reverse Molly's Theory, Flood Bank and Levels, Navigation

aspects; Model studies of rivers, Ball's spurs and Groynes.

11. Anti-malarial engineering works and their importance.

II ROADS AND BRIDGES.

Roads

1. General- Importance of highway development, Highway economies and Highway financing

and Highway system.

2. Surveys- Highway planning surveys, location surveys and soil surveys, Presentation of data in

terms of charts and tables urban and rural areas, Highway plans and specifications.

3. Highway Design - Geometric design- Rights of way, Highway capacity, design speeds, cross

section sight distances, grade line, alignments channelisation, inter sections and inter changes, grade

separators, rotary inter sections etc.

4. Highway Construction- Urban and Rural areas, economic principles; drainage of road way and

road side and subsoil drainage and hydrology, hydraulics! design principles, drainage structures.

5. Highway Construction - Site Clearance, different types of road rollers, earth moving equipment

and construction equipment, Modern highway practices of construction, Specifications for highway

materials and construction.

6. Highway maintenance - Surface maintenance, shoulder and approach maintenance, snow

and ice control, bridge and culvert maintenance etc. Traffic service and maintenance cost.

Bridges

1. ATE for design, Hydrologic investigations of the watershed area, Flood estimation for bridge

water ways by Empirical formulas, Rational method Probability method and Unit graph method.

2. Practical rules of design and economic Span Types of Bridges such as Deck and through

bridges, Bowstring, suspension and Moveable span bridges.

3. Design of floor system and different types of bearing specifications for Railway and Highway

bridges

I. Public Health Engineering:-

(a) Sanitary Engineering.

1. Drainage and Sewerage - Objects of Scheme - surface drainage, underground sewerage

systems and the general arrangement of the severalworks, principles of design, Data to be collected,

allowances for inclusions of the foul part of the rainfall, size velocity and gradients of sewers, Selection

of suitable system and evolution of a scheme, design. design of the necessary works of sewer line.

2. House Drainage - Water closets, taps, soil and other pipes, sinks, invotories, urinals and baths.

3. The sewer line - Laying, jointing and testing of sewer, Construction of manholes, flushing tanks,

Over flows junctions, catch-basin inverted syphons and public conveniences, maintenance of sewer lines.

4. Pumping sewage - Treatment of sewage before disposal objects. Characteristics of sewage,

Modern methods of treatment including diffused air andotherprocesses, Collection and disposal of solid

refuse, Screening and pulverising -various methods of composting- utilisation and disposal.

5. Elements of Public Health Engineering - Latrines, Drainage refuse collection and disposal,

plumbing, food and milk sanitation, restaurants, market places, slaughter houses, cemeteries, parks,

hospitals, playgrounds and cinema halls.

6. Elements of town Planning - Housing, Zoning, Lighting and Ventilation factors, Dust control,

Developing environment beautifying town, malaria control, fly and rodent control, rural sanitation, fairs

and festivals and disinfection.

(b) Water Supply.

7. Value and Importance of water Supply - Domestic, Commercial and Public requirement -

allowance for prospective population -variation in demand.

8. Quantity of water - estimating the quantity of water for a town or city, considering various

modifying influences affecting consumption per capita, Estimating the quantity of water available from a

source (surface water from rainfall and catchments and underground water by pumping and other

methods), Sources of Water-impounded, perennial streams, artesian wells, shallow wells, deep well and

infiltration galleries.

9. Quality of Water - Pollutioncontamination and infection waterborne diseases, sanitary survey,

conservation of catchments and basin, Water analysis, physical bacterial, chemical microscopic,

Protection of water supplies control of algae, river pollutions and its control, Purity of water, PH value.

10. Construction of water works - General principles of economics, construction and arrangement

of the several types of water intake works fordifferent sources.

11. Purification of water-Study of impurities (suspended, dissolved and colloidal) plain

sedimentation, sedimentation with coagulation, types of coagulants and their uses, slow and rapid

filtration, pressure and other filters modern methods of sterilization and ariation-purification of water for

industrial use, different methods.

12. Pumping and Distribution system - System of supply, construction of pipe lines and conduits,

pumping machinery service reservoirs, balancing reservoirs, stand pipes and water towers, Distribution

system (grid iron, dead end and ring system) Appurtenances such valves, hyor. rate controllers and

meters, expansion joints, manholes. Principles to be followed in the design of distribution system,

maintenance and repairs, detection of leakages, prevention of waste.

IV. Construction Technology and Management

1. Quantitative methods in construction.

2. Construction, planning and control

3. Acvances in construction materials.

4. Construction in disaster prone areas.

5. Rehabilitation of structures.

6. Construction economics and finance.

7. Construction management and computer application.

8. Mechanisation in construction.

9. State laws governing construction.

PART-B

1. Advanced structure :

1. Compound stresses and strains- Mohr's Circle and its applications. Compound strains,

Principal strains, graphical solutions.

2. Effects of temperature on Mechanical properties of materials.

3. Theories of elastic failure.

4. Strain Energy Methods - Deflection of simple trusses, strain every methods applied to simple

beams and trusses.

5. Castigliano's Theorem I and its application to simple cases.

6. Analysis of continuous beams, propped cantilevers, fixed beams, Slope-deflection equations

and moment distribution.

7. Three hinged arches, Lines of resistance through hinged arches under dead and live loads,

influence lines for horizontal thrus and bending moment. Reaction locus.

8. Rolling loads-curves of maximum bending moments and maximum shear forces, the

enveloping parabola and determination of equivalent uniformly distributed load under different system

of leading.

9. Influence lines of reaction, shear force, bending moment and deflection, Reversal of stress

under live load, Williot-Mohr's diagram.

10. Determination of stresses in the members of the frames due to rolling loads - Influence

lines.

II. Prestressed Concrete :

1. Technology of high strength concrete and steel bars and wires, Principles of design, Review of

the various design methods. Continuous beams-elastic and ultimate design. Flat slabs.

2 Indeterminate prestressed concrete structures - Prestressed concrete long-span bridges

design.

3. Theories - bond, creep and other related phenomena.

4. Stress analysis of the anchorage zone.

III. Advanced Soil Mechanics:

1. Definition of soil components - Soil Identification and classification, Soiled-water air phases in

soils and fundamental relationships. Soil structure and significance of soil structure. Physical-chemical

approach.

2. Flow of water through soil – concept of Draoy’s Co-efficient. Permeability and its measurement.

Capillary Phenomena, Shrinkage and welling soils, frost action, drainage.

3. Consistency and plasticity of soils - requirements for engineering classification - compaction of

soils and fundamental principles of compacted soils stress distribution in soils-seepage forces and related

problems.

4. Compressibility of soils - contact pressure and sub-grade relation. Strength theories for

granular and cohesive soils and related tests.

Application of practical problems

5. Active and Passive earth pressure - effects of surcharge. Theories of earth pressures in

tunneling and shaft lining, Bearing capacity-approximate theories of bearing capacity. Design

considerations, evaluationof design procedures, Building codes -Load tests. Settlement analysis.

6. Land slides and related phenomena, Stability of slopes and cuts. Buck heads and sheet-piles,

Methods of stability, Analysis and selection of shear. Ground Now problems, Basic differential equations.

Mechanics of piping of cut-offs, filters and berms.

IV. Public Health Engineering:

(a) Sanitary Engineering

1. Drainage and Sewerage - Objects of Scheme-surface drainage, undergroundsewerage

systems and the general arrangement of the several works, principles of design, Data to be collected,

allowances for inclusions of the foul part of the rainfall, size velocity and gradients of sewers, Selection

of suitable system and evolution of a scheme, design of the several necessary works of a sewer line

sewers.

2. House Drainage-Water closets, taps, soil other pipes, sinks,invotories, urinals and baths.

3. The sewer line – Laying, jointing and testing of sewer, Construction of manholes, flushing tanks,

Over flows junctions, catch-basin inverted syphons of public conveniences, Maintenance of sewer lines.

4. Pumping sewage -Treatment of sewage before disposal objects, Characteristics of sewage,

Modern methods of treatment including diffused air and other processes, Collection and disposal solid

refuse, Screening and pulverising – various methods of composting – utilisation and disposal.

5. Elements of Public Health Engineer Engineering - Latrines, Drainage refuge collection and

disposal, plumbing, food and milk sanitation, restaurants, market places, slaughter houses, cemeteries,

parks, hospitals, playgrounds andcinema halls.

6. Elements of town Planning – Housing Zoning, Lighting and Ventilation factors Dust control,

Developing environment beautifying town, malaria control, fly and rodent control, rural sanitation, fairs

and festivals and disinfection.

(b) Water Supply

7. Value and Importance of water Supply - Domestic, Commercial and Public requirement –

allowance for prospective population – variation in demand.

8. Quantity of water - estimating the quantity of water for a town or city, considering various

modifying influences affecting consumption percapita. Estimating the quantity of water available from a

source (surface water from rainfall and catchments and underground water by pumping and other

methods), Sources of Water-impounded, perennial streams, artesian wells, shallow wells, deep well and

infiltration galleries.

9. Quality of Water - Pollution, contamination and infection waterborne diseases, sanitary survey,

conservation of catchments and basin, Water analysis, physical bacterial, chemical and microscopic,

Protection of water supplies – control of algae, river pollutions and its control, Purity of water PH value.

10. Constructions of water works -General principles of economics and arrangement of the

several types of water intake works for difference sources.

11. Purification of water - Study of impurities (suspended, dissolved and colloidal) plain

sedimentation, sedimentation with coagulation, types of coagulants and their uses, slow and rapid

filtration, pressure and other filters modern methods of sterilization and aeration-purification of water for

industrial use, different methods.

12. Pumping and Distribution system -system of supply, construction of pipe lines conduits,

pumping machinery service reservoirs, balancing reservoirs, stand pipes and water towers, Distribution

system (grid iron, dead-end and ring system), Appurtenances such as valves, hydrant, rate controllers

andmeters, expansion joints, manholes, Principles to be followed in the design of distribution system,

maintenance and repairs, detection of leakages, prevention of waste.

V. Highway Engineering :

General - Importance of highway development, Highway economics and Highway

financing and Highway system.

Surveys - Highway planning surveys, location surveys and soil surveys, Presentation of

date in terms of charts and tables (urban and rural areas)Highway plans and specifications.

3. Highway design - Geometric design - Rights of way, Highway capacity, design speeds, cross

section, sight distances, grade line, alignment,channelization, inter-section, etc.

4. Highway Drainage - Urban and Rural areas, economic principles drainage of roadway and

road side and sub soil drainage and hydrology,hydraulical design principles, drainage structure.

5. Highway Construction - Site clearance, different types of road rollers, earth moving equipment

and construction equipment, Modern highway, practices of construction, Specifications for highway

materials and construction.

6. Highways Maintenance-Surface maintenance, shoulder and approach maintenance, snow

and we control, bridge and culvert maintenance etc. Traffic service and maintenance cost.

VI. Hydraulics and Dams:

1. General equation of motion of fluids, potential flow conformal mapping applied to hydraulic

structures, laminar and turbulent motion in conduits, boundary layer phenomena, turbulent mixing and

flow past flat plates, Circular cylinders and spheres.

2. Steady and unsteady flow in open channels, backwater curves in natural and artificial channels,

hydraulic jump, surges and waves, standing waves in super-critical flow, transportation of sediments.

3. Details design of earthen bunds, Stability-Investigation of Projects, Special features of designs

of other hydraulic-structures.

4. Details design of masonry dams, (Various methods).

VII. Hydrology:

1. Hydrologic cycle, Basic data, sources of Hydraulic data, Hydrologic failures

2. Hydrographs, ground water and soil moisture, Hydrographic analysis, Run-off and factors

affecting run off, Stream flow records.

3. Precipitation types, measurement of rainfall, Precipitation records, storm frequency and mean

annual rainfall.

4. Water losses: Evaporation and Percolation losses, Transpiration loses, Soil Evaporation.

Water-shed leakage,

5. Arid, semi-Arid regions (with particular reference to India).

6. Snow and Floods - Distribution, function and structure methods of control, cause, distribution

and control of foods.

VIII. Theory of Elasticity:

Components of stress and strain. Hookers Law, Differential equation of equilibrium, Compatibility

of equations, Stress functions, Two dimensional problems in rectangular Co-ordinates, St.Venant's

principle. Bending of a cantilever landed at one end, Deflection of beams. Two dimensional problems in

polar Co-ordinates.

IX. Basic Electronics:

1. High Vacuum Tubes - Fundamental properties of election tubes, thermionic emission

and other types of emissions Diode – its characteristics, Diode as Rectifier, Space charge, Action

of the Grid. The triode, tetrode and pentode their characteristics, Beam tubes and Remote cut-off

tubes.

2. Power supply systems for cathode heating, Anode-Power Gridbicssupply-Rectifier

circuits and filters.

3. Vacuum tube amplifiers Triode as an amplifier and its equivalent circuit. Inter stage

couplings, Resistance-capacitance coupled, Transformer- coupled and Impedance-coupled

Amplifiers, Frequency Response, Classification of Amplifiers Class A, Class B, Class C,

operation, Voltage amplifiers and power amplifiers. Efficiencies of power amplifiers, Push-pull

working Negative feed back Amplifier C.C. – amplifier Radio Frequency, Voltage and Power

Amplifiers, Feed and neutralising Circuits.

4. Vacuum tube oscillators and common oscillators.

5. Modulation and Detection, Principles of simple and super heterodyne receivers.

6. Electrical discharge through Gas Townsend discharge, Glow discharge, Arc discharge,

Characteristics of Phenatrods and Thuratrons. Phase shift, control of

7. Cathode Ray Tube Construction, operation and sample applications.

8. Photo-electric cells : Principle, Characteristics and simple applications.

9. Simple Industrial applications:

(a) Motor Control Circuit

(b) Welding Equipment Control Circuit

(d) Glow Tube Voltage Regulator.

ഔಪ౭൐:-

(1) ಈ ౽ಯბ౽ค ಆඃಶದ ෩ಲಕ ඛಗඌಪല๭ದ ඡಮ౽ൟ เඋನโ ಸದค ౽ಯბ౽ค

ಆඃಶವඝ౬ ຄರല๭ದ ൽකಂಕൽಂದ ಆฆ ൟಂಗำ ಅಥ฿ ไಂದ ಮൡ౨ ඡಮ౽ൟ

ඛಯಮಗำ

ൟൿ౪ಪല෴ಞವ

ൽකಂಕದವฉಡ,

ಇโಗಳย౵

෴โൿ

෮ದสೕ

ಅย౵ಯವฉಡ ෥ತ౳ ೦คಯย౵ฆತ౨ං.

(2) ಆฆ ൟಂಗಳ ಒಳಛಜ ಈ ඡಮ౽ൟ ౽ಯბเඋನವඝ౬ ೈย౨ಯย౵ฆವ ไಂದ ಮൡ౨

ඡಮ౽ൟ ඛಯಮಗั

ಡ ൟൿ౪ಪല ൪ൿ ಅಳವലಸತಕౙൿ౪.

ಕකბಟಕ ฃಜ౲ඩಲರ ಆඃ๎

ඝ๬ರ

ಮൡ౨ ಅವರ ກಸคನย౵,

(ഔ.෱೩කಥ)

ಸ౽ბರದ ಅඌೕನ ౽ಯბದ๏ბ,

ನಗฃ෗ไൽ౪ ಇมಒ (ಎಂ.ಎ. – 1 & 3).

ಮುದÎಕರು ²ಾಗೂ ಪÎಾಶಕರು:- ಸಂಕಲ£ಾĩಾĸಗಳ…, ಕ£ಾಟಕ ªಾಜÍಪತÎ, ಸಾĸ ೇಂದÎ ಮುದÎžಾಲಯ, ¦ೆಂಗಳˆರು

R.N.I. No. KARBIL/2001/47147 POSTAL REGN. No. RNP/KA/BGS/2202/2017-19

Licensed to post without prepayment WPP No. 297

P S BASAVARAJU

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Date: 2026.08.21 18:02:18 +05'30'