SSC JE Civil Syllabus 2026: Topic-Wise Guide

The SSC JE Civil syllabus covers three areas: General Intelligence and Reasoning, General Awareness, and General Engineering in Civil and Structural Engineering. The engineering part carries the most weight, because it makes up half of Paper 1 and the whole of Paper 2 in the 2026 cycle. Knowing what to study, and in what order, saves weeks of unfocused reading.

This page breaks the syllabus into subjects and topics, shows where the two papers overlap, and gives a phase-wise plan to cover everything. Paper 1 has been proposed for 2 to 6 November 2026, so use the plan below to decide what to revise first.

The Staff Selection Commission (SSC) names the subjects in its notification and lists the topics in the syllabus section of the notice. The topic lists below follow the structure SSC has used for Junior Engineer notifications and the questions asked in earlier years. Use them as a working checklist, not as an official list, and compare them with the current notice on ssc.gov.in.

Table of Contents

• SSC JE Civil Syllabus at a Glance

• Key Changes to Know for 2026

• Paper 1 Syllabus

• Civil and Structural Engineering Syllabus

• Overlap Between Paper 1 and Paper 2

• High-Weight Topics to Start With

• How to Cover the Syllabus in Phases

SSC JE Civil Syllabus at a Glance

These figures are as reported for the 2026 notification. The marking details are explained on the SSC JE Civil exam pattern page.

Key Changes to Know for 2026

• Paper 2 is objective: It is reported as a multiple-choice paper in 2026. Descriptive answer writing is not the focus, so practise speed and accuracy with numerical questions.

• Paper 1 role changed: Reports say Paper 1 is qualifying and the final merit list uses Paper 2. Do not skip Reasoning and General Awareness, because you must clear Paper 1 first.

• Old pages are outdated: Older pages may still show Paper 2 as a conventional paper or Paper 1 as part of merit. Follow the official notification.

Paper 1 Syllabus

Paper 1 tests general aptitude along with engineering. The first two sections are shared with other Junior Engineer streams, so there is plenty of practice material available.

General Intelligence and Reasoning

Questions here are quick to solve when you know the pattern. A steady daily practice of 30 to 40 minutes is enough to keep this section scoring.

General Awareness

The section tests everyday awareness of your environment and its application to society. For a civil engineering candidate, it is wise to treat it as a short, revision-friendly section.

• Current affairs: Recent national and international events, government schemes, awards, sports and infrastructure projects.

• History and culture: Major movements and events in Indian history and the cultural heritage of India.

• Geography and environment: Physical features of India, rivers, climate, resources and basic environmental issues.

• Polity and economy: The Constitution, governance structure, budget basics and key economic terms.

• General science: Physics, chemistry and biology topics at the level of school textbooks.

Civil and Structural Engineering Syllabus

This is the core of the exam. It appears in Paper 1 as 100 questions and in Paper 2 as 100 questions, with deeper numerical questions expected in Paper 2. The subjects below are grouped the way most candidates study them.

Building Materials

• Bricks, stones and tiles: Classification, properties and tests.

• Cement and lime: Types of cement, ingredients, setting time, tests and uses of lime.

• Timber, paints and other materials: Seasoning, defects, plywood, glass, bitumen, steel and modern materials.

• Concrete and mortar: Mix proportions, workability, curing and admixtures.

Estimating, Costing and Valuation

• Quantity estimation: Methods such as centre line and long wall and short wall for buildings.

• Specifications and rate analysis: Items of work, analysis of rates and schedules of rates.

• Valuation: Depreciation, sinking fund and methods of valuation.

• Contracts: Types of contract, tenders, measurement books and bills.

Surveying

• Basics: Principles of surveying, chain survey, compass survey and bearings.

• Levelling: Types of levels, reduction methods, contouring and curvature corrections.

• Advanced instruments: Theodolite, tacheometry, plane table, and basics of total station and GPS.

• Curves: Simple, compound and transition curves.

Soil Mechanics and Foundation Engineering

• Soil properties: Phase relations, index properties, classification and compaction.

• Soil behaviour: Permeability, seepage, consolidation, shear strength and stress distribution.

• Foundations: Bearing capacity, types of foundations, earth pressure and retaining walls.

Fluid Mechanics, Hydraulics and Irrigation

• Fluid properties and statics: Pressure, buoyancy, manometers and forces on surfaces.

• Flow: Bernoulli equation, flow measurement, pipe flow, open channel flow and hydraulic jump.

• Irrigation engineering: Crop water requirement, canals, canal lining, dams, spillways and hydrology basics.

Transportation Engineering

• Highways: Alignment, geometric design, sight distance and pavement types.

• Pavement and traffic: Flexible and rigid pavement design, traffic studies and road signs.

• Railways, airports and bridges: Track components, runway basics, tunnels and docks at an introductory level.

Environmental Engineering

• Water supply: Demand, sources, treatment units and distribution.

• Wastewater: Sewage characteristics, sewer design, treatment and disposal.

• Pollution and solid waste: Air and noise pollution, solid waste management and standards.

Structural Engineering

• Theory of structures: Stress and strain, bending moment and shear force diagrams, deflection, trusses, columns and indeterminate structures.

• Reinforced concrete design: Working stress and limit state methods for beams, slabs, columns and footings.

• Steel design: Connections, tension and compression members, beams and plate girders.

• Concrete technology: Properties, mix design and testing.

Overlap Between Paper 1 and Paper 2

The engineering subjects are common to both papers, so one round of preparation serves both. The depth of questions is what changes.

High-Weight Topics to Start With

SSC does not publish topic-wise weightage. From the structure of previous papers, a few subjects tend to supply a large share of engineering questions: theory of structures, RCC design, soil mechanics, hydraulics, surveying and estimating. Strengthen these first, then move to building materials, transportation and environmental engineering, where marks come with steady revision. Treat this as a planning guide, not an official ranking.

How to Cover the Syllabus in Phases

If you have eight weeks or more, use a phase-wise plan. If your exam is closer, compress the first two phases and spend more time on mocks.

1. Phase 1, concepts: Cover each engineering subject once from your standard notes. Keep a one-page summary for every subject.

2. Phase 2, topic practice: Solve topic-wise questions and note the errors. Add 30 minutes of Reasoning and 20 minutes of current affairs daily.

3. Phase 3, previous papers: Solve earlier Junior Engineer papers under time to understand the question style.

4. Phase 4, full mocks: Attempt full-length tests and review every error the same day.

5. Phase 5, revision: Revise formula sheets and your error log in the final week. Avoid starting new topics.