TGPSC Manager (Civil) Syllabus 2026
Subject-wise and chapter-wise TGPSC Manager (Civil) syllabus: 29 subjects, 237 chapters across Paper-I — General Studies and Paper-II — Civil Engineering, with the weightage each subject really got in 1 previous paper.
TGPSC Manager (Civil) Exam Pattern 2026
Written Examination (objective — OMR or computer based)
| Section | Questions | Marks |
|---|---|---|
| Paper-I: General Studies and General Abilities (English & Telugu) | 150 | 150 |
| Paper-II: Civil Engineering, degree level (English) | 150 | 300 |
Duration: 150 minutes for each paper · Negative marking: None prescribed in the notification
TGPSC Manager (Civil) Syllabus — Paper-I — General Studies
Weightage = average number of questions per paper across the 1 real previous-year paper on this site.
Current Affairs
- National & International News
- Major Summits
- Sports Awards
- Books & Authors
- Appointments
- Government Schemes
State Current Affairs
- Policies & Schemes of the Telangana Government
- Telangana Economy & State Budget
- Current Events of Telangana
General Science
- Physics
- Units and Measurements
- Force and Motion
- Work, Energy and Power
- Light
- Sound
- Chemistry
- Atomic Structure
- Periodic Table
- Acids, Bases and Salts
- Chemical Reactions
- Biology
- Biology Basics
- Human Body Systems
- Plant and Animal Kingdoms
- Environmental Science
History
- Ancient India
- Medieval India
- Modern India
- World History Basics
State History
- Satavahanas, Ikshvakus & Ancient Telangana
- Kakatiyas of Warangal
- Bahmani & Qutb Shahi Rule
- Asaf Jahis (Nizams) & Hyderabad State
- Telangana Peasant Armed Struggle (1946–51)
- Merger of Hyderabad State & Mulki Movement
- Telangana Statehood Movement & Formation of Telangana (2014)
Geography
- Physical Geography
- Social Geography
- Economic Geography
- Indian Climate
- Wildlife Sanctuaries
- World Geography Basics
State Geography
- Physical Features & Physiography of Telangana
- Rivers, Projects & Irrigation of Telangana
- Climate, Soils & Agriculture of Telangana
- Forests, Wildlife & National Parks of Telangana
- Minerals, Industries & Power in Telangana
- Demography, Districts & Urbanisation of Telangana
General Polity
- Indian Constitution
- Fundamental Rights
- Directive Principles
- Judiciary
- Parliament
- Local Government
Economic Scene
- Indian Economy Basics
- Five-Year Plans
- Inflation
- Banking Systems
- GDP
- Market Demands
State GK & Culture
- Society, Culture & Heritage of Telangana
- Fairs, Festivals & Folk Arts of Telangana
- Telugu Language, Literature & Writers of Telangana
- Monuments & World Heritage Sites of Telangana
- Social Exclusion, Rights Issues & Inclusive Policies
Sustainable Development & Environmental Protection
- Environmental Issues & Pollution
- Climate Change & Sustainable Development
- Biodiversity & Conservation
Disaster Management
- Types of Disasters & Vulnerability
- Disaster Prevention & Mitigation Strategies
- Disaster Management in India — Institutions & Acts
General Intelligence & Reasoning
All standard topics of General Intelligence & Reasoning.
Data Analysis & Interpretation
- Tables & Data Sufficiency
- Bar Graphs & Line Charts
- Pie Charts
- Averages, Percentages & Ratios in Data
- Caselet & Mixed Data Interpretation
General English
- Grammar
- Tenses
- Articles & Prepositions
- Subject-Verb Agreement
- Active & Passive Voice
- Synonyms
- Antonyms
- One Word Substitution
- Idioms & Phrases
- Spelling & Vocabulary
- Error Detection
- Sentence Improvement
- Fill in the Blanks
- Cloze Test
- Para Jumbles
- Reading Comprehension
TGPSC Manager (Civil) Syllabus — Paper-II — Civil Engineering
Weightage = average number of questions per paper across the 1 real previous-year paper on this site.
Building Materials
- Building Stones
- Bricks and Tiles
- Building Lime
- Cement
- Aggregates, Mortars & Concrete
- Timber and Wood Products
- Paints and Varnishes
- Glass and Plastic
- Insulating Materials
- Masonry and Plaster Work
- Arches and Lintels
- Doors, Windows and Ventilators
- Stairs
- Floors and Floorings
- Roofs and Roof Covering
- Partition and Cavity Walls
- Metals & Alloys
- Construction Techniques
Strength of Materials
- Stress and Strain
- Principal Stress and Theory of Failure
- Bending Moment and Shear Force
- Bending and Shear Stress
- Slope and Deflection of Beams
- Torsion and Shear Centre
- Columns & Struts
- Cylinders and Springs
- Energy Methods & Virtual Work
Structural Analysis
- Statically Determinate Structures
- Determinacy and Indeterminacy
- Trusses
- Arches & Cables
- Influence Lines and Rolling Loads
- Energy Methods
- Force Method / Compatibility Method
- Stiffness / Slope Deflection Method
- Moment Distribution Method
- Matrix Methods
- Approximate Analysis
- Plastic Analysis
RCC Design
- Working Stress Method
- Limit State Method
- Singly and Doubly Reinforced Beams
- T-Beams
- Shear, Torsion & Bond
- RCC Slabs
- Columns & Footings
- Staircase
- Retaining Walls
- Water Storage Tanks
- Pre-stressed Concrete
Steel Structures
- Rivet and Bolt Connections
- Connections & Welding
- Tension Members
- Compression Members
- Column Base and Foundation
- Steel Beams and Plate Girders
- Plastic Analysis
- Industrial Structures & Trusses
Fluid Mechanics & Hydraulics
- Fluid Properties
- Fluid Statics
- Kinematics of Flow
- Bernoulli's Equation
- Flow Measurement
- Laminar & Turbulent Flow
- Boundary Layer Theory
- Flow Through Pipes
- Open Channel Flow
- Dimensional Analysis
- Hydraulic Machines
- Hydraulic Structures & Spillways
Hydrology & Irrigation
- Hydrological Cycle & Precipitation
- Rainfall-Runoff Analysis
- Hydrographs
- Floods & Flood Routing
- Groundwater & Wells
- Water Requirement of Crops
- Canals & Canal Design
- Irrigation System Design
- Diversion Headworks & Dams
- Spillways & Energy Dissipators
Environmental Engineering
- Water Demand & Quality
- Water Supply & Treatment
- Distribution Systems
- Sewage & Wastewater Collection
- Sewage Treatment
- Air Pollution Control
- Noise Pollution
- Solid Waste Management
- Sewerage & Sanitation
Transportation Engineering
- Highway Engineering
- Geometric Design of Highways
- Pavement Materials & Design
- Traffic Engineering and Pavement Design
- Railway Engineering
- Airports and Harbours
- Tunnels & Bridges
Soil Mechanics & Foundation Engineering
- Index Properties of Soil
- Classification of Soil
- Permeability of Soil
- Seepage Analysis
- Compaction of Soil
- Effective Stress & Capillarity
- Stress Distribution in Soil
- Consolidation
- Shear Strength of Soil
- Slope Stability & Landslides
- Earth Pressure Theories
- Shallow Foundations
- Deep Foundations
- Soil Exploration
- Soil Stabilization
- Dynamic Properties & Earthquake Geotechnics
Engineering Geology
- Mineralogy
- Structural Geology
- Groundwater Exploration Methods
- Engineering Geology for Tunnels, Dams & Reservoirs
- Geological Hazards & Preventive Measures
Estimating & Costing
- Principles of Estimating
- Building, Road and Canal Estimates
- Rate Analysis & Specifications
- Building Valuation and Rent Fixation
- Quantity Estimation
- Earthwork Calculation
- Bar Bending Schedule
Construction Management
- Construction - Planning
- Equipment
- Analysis of Rates of various types of works
- Tendering Process and Contract Management
- Quality Control
- Productivity
- Operation Cost
- Land acquisition
- Labour safety and welfare.
Surveying
- Chain Surveying
- Compass Surveying
- Levelling
- Plane Table Surveying
- Theodolite and Traversing
- Tacheometry
- Contouring
- Areas & Volumes
- Curves
- Photogrammetry & Remote Sensing
- GPS, GIS & Remote Sensing
- Total Station
TGPSC Manager (Civil) Detailed Topics (Official Wording)
Source: tgpsc.gov.in — Notification No. 04/OG/HM/2026
🧠 Paper-I — General Studies and General Abilities (150 questions · 150 marks)
- 1. Current Affairs: Regional, national and international current affairs
- 2. International Relations: International relations and events
- 3. General Science: General science; India's achievements in science and technology
- 4. Environment & Disaster Management: Environmental issues; disaster management — prevention and mitigation strategies
- 5. Economic & Social Development: Economic and social development of India and Telangana
- 6. Geography of India: Physical, social and economic geography of India
- 7. Geography of Telangana: Physical, social and economic geography and demography of Telangana
- 8. History of Modern India: Socio-economic, political and cultural history of modern India, with special emphasis on the Indian national movement
- 9. History of Telangana: Socio-economic, political and cultural history of Telangana, with special emphasis on the Telangana statehood movement and the formation of the state
- 10. Polity & Governance: Indian Constitution; Indian political system; governance and public policy
- 11. Social Exclusion & Rights: Social exclusion; rights issues such as gender, caste, tribe and disability, and inclusive policies
- 12. Telangana Society & Culture: Society, culture, heritage, arts and literature of Telangana
- 13. Telangana Policies: Policies of the Telangana state
- 14. Reasoning & Data Interpretation: Logical reasoning; analytical ability and data interpretation
- 15. Basic English: Basic English (10th class standard)
🏗️ Paper-II — Civil Engineering, degree level (150 questions · 300 marks)
- 1. Building Materials and Construction: Bricks — types, Indian standard classification, properties · stones — types, classification, properties, dressing and polishing; methods of quarrying · cement — grades and types, properties and IS specifications · aggregates — coarse and fine, properties and IS specifications · cement mortar — proportions for various applications · concrete — constituents, grades, mix proportioning using IS code, properties of fresh and hardened concrete · admixtures — types
- 2. Strength of Materials and Theory of Structures: Simple stresses and strains, elastic constants and their relationships; compound bars; temperature stresses; shear force and bending moment diagrams; principal stresses and Mohr's circle; theory of bending and bending stresses; shear stress distribution; torsion; springs; deflection of beams; thin and thick cylinders; analysis of trusses; Betti-Maxwell theorem; shear centre and unsymmetrical bending · direct and bending stresses; columns and struts; strain energy method; moving loads and influence lines; arches and suspension bridges; static and kinematic indeterminacy; moment distribution, slope deflection and Kani's methods for continuous beams and portal frames; matrix methods of analysis
- 3. Cement Concrete and Steel Structures: Concrete — materials, permissible stresses and IS specifications; working stress method; limit state method — stress block parameters, design of beams, slabs, columns and footings; design for shear and torsion; design of retaining walls, water tanks and T-beam slab bridges; yield line theory · Steel — properties of sections, permissible stresses, IS specifications; riveted and welded joints and connections; design of simple and compound beams and columns, column bases, roof trusses, plate and gantry girders; plate and lattice girder railway bridges and bearings; plastic analysis · Pre-stressed concrete — basic concepts, materials, losses in pre-stress, classification of systems, analysis of PSC sections
- 4. Fluid Mechanics and Hydraulics: Fluid properties; measurement of pressure and manometers; fluid kinematics — classification of fluids, stream function and velocity potential, flow nets; fluid dynamics — continuity, Bernoulli's and impulse-momentum equations; laminar and turbulent flow through pipes — Reynolds number, Hagen-Poiseuille and Darcy-Weisbach equations, friction factor, water hammer; compressible flow — Bernoulli's equation for isothermal and adiabatic conditions, Mach number and cone, stagnation properties; steady uniform flow in open channels; gradually varied flow — Froude number, flow profiles, hydraulic jump, surges; boundary layer — laminar and turbulent, thickness, rough and smooth boundaries, separation; dimensional analysis and similarity laws; hydraulic turbines — classification, velocity triangles, reaction and impulse turbines; centrifugal pumps — specific speed, work done, efficiency and characteristic curves
- 5. Hydrology and Water Resources Engineering: Hydrological cycle; rainfall — types, measurement, network design; infiltration and φ-index; runoff — process, factors, determination, dependable yield; floods — flood hydrograph, rational formula, unit hydrograph and Gumbel's extreme value method; groundwater — aquifer types and properties, Darcy's law, specific yield, steady radial flow to wells; irrigation — types, soil-water-plant relationship, consumptive use, duty, delta, base period, crop water requirements; single and multipurpose projects; dams — classification, forces and design of gravity and earth dams; spillways — types, energy dissipation, stilling basins, appurtenances; canals — alignment, Kennedy's and Lacey's theories, lining; weirs — components, design of vertical drop and sloping glacis weirs; seepage — Bligh's and Khosla's theories; canal falls; cross drainage works — classification and design of aqueducts; hydropower — classification and components of hydroelectric plants
- 6. Environmental Engineering: Water supply — objectives, rate of demand, population forecasts; analysis of water; design of coagulation, sedimentation, filtration, disinfection and softening; distribution layout and Hardy Cross method · waste water — systems of sewerage, hydraulic formulae and design of sewers, BOD, COD, self-purification of streams, methods of disposal; treatment — grit chamber, sedimentation tanks, trickling filters, activated sludge process, sludge digestion and septic tanks · municipal solid waste — characteristics, collection and transportation · air pollution — types and sources of pollutants, air quality standards · noise pollution — impacts, permissible limits, measurement and control
- 7. Transportation Engineering: Highway classification as per IRC; alignment; engineering surveys; geometric design; cross-sectional elements; gradient and grade compensation; traffic surveys — speed, volume, origin and destination; intersections at grade and grade separated; channelisation; rotary; signal design by Webster's method; traffic signs and pavement marking; parking and accident studies; pavement types and design factors; flexible and rigid pavement design concepts · Railways — permanent way, rails, sleepers, ballast, creep, coning of wheels, fixtures and fastenings, superelevation, cant deficiency, curves, turnouts, points and crossings · Airports — site selection, runway orientation and design, wind rose diagram, basic runway length and corrections
- 8. Soil Mechanics and Foundation Engineering: Physical properties of soils, classification and identification, permeability, capillarity, seepage, compaction, consolidation, shear strength, Mohr's circle, earth pressure, slope stability · foundations — site investigation, stress distribution, bearing capacity, settlement analysis, types of foundation, pile foundations, foundations on expansive soils and swelling prevention, cofferdams, caissons, dewatering, bracing for excavations, Newmark charts, machine foundations · engineering geology — mineralogy, structural geology, groundwater exploration, applications to tunnels, dams and reservoirs, geological hazards and preventive measures
- 9. Estimation and Costing: Abstract estimate; detailed estimate — centre line and long & short wall methods; items of civil engineering works as per Indian Standard; general specifications for earthwork, brick/stone masonry in cement mortar, RCC, plastering, floor finishes, white and colour wash; standard schedule of rates; lead and lift and lead statement; computation of earthwork — mid-ordinate, mean sectional area, trapezoidal and prismoidal rules; approximate estimates — plinth area and cubic rate
- 10. Construction Management: Types of construction projects; tendering and construction contracts; project planning and network analysis — PERT and CPM
- 11. Surveying: Principles and classification of surveying; chain surveying; compass surveying; levelling and contouring; theodolite surveying; curves; fundamentals of electronic measuring instruments — EDM and total station; components of GPS and basics of GIS
See the syllabus in real TGPSC Manager (Civil) papers
1 previous-year paper, with the subject-wise question count of each.
TGPSC Manager (Civil) previous year papers →TGPSC Manager (Civil) Syllabus — FAQs
What is the syllabus of TGPSC Manager (Civil) 2026?
TGPSC Manager (Civil) covers 29 subjects in 2 parts — Paper-I — General Studies, Paper-II — Civil Engineering. The subjects are Building Materials, Strength of Materials, Structural Analysis, RCC Design, Steel Structures, Fluid Mechanics & Hydraulics, Hydrology & Irrigation, Environmental Engineering, Transportation Engineering, Soil Mechanics & Foundation Engineering, Engineering Geology, Estimating & Costing, Construction Management, Surveying, Current Affairs, State Current Affairs, General Science, History, State History, Geography, State Geography, General Polity, Economic Scene, State GK & Culture, Sustainable Development & Environmental Protection, Disaster Management, General Intelligence & Reasoning, Data Analysis & Interpretation, General English.
Which subjects carry the most questions in TGPSC Manager (Civil)?
Across the 1 previous paper on CIVILGYAN, the most-asked subjects are Structural Analysis (about 30 questions a paper), Transportation Engineering (about 17 questions a paper), Fluid Mechanics (about 16 questions a paper), Soil Mechanics & Foundation Engineering (about 15 questions a paper).
Is this the official TGPSC Manager (Civil) syllabus?
The subject list follows the official notification (tgpsc.gov.in — Notification No. 04/OG/HM/2026); the chapter split and the weightage come from real previous papers and our test series. Always confirm against the latest notification.
How do I practise the TGPSC Manager (Civil) syllabus chapter by chapter?
The TGPSC Manager (Civil) test series has 256 chapter tests and 20 full mocks built on this syllabus, each with a detailed solution. 2 tests are free to attempt.