Published On: 01-03-2025 Updated On: 01-03-2025
Are you preparing for the JKSSB JE Exam 2025? Knowing the JKSSB JE Syllabus 2025 and exam pattern is crucial for your success. This article provides a detailed JKSSB Junior Engineer Syllabus 2025 and the latest JKSSB JE Exam Pattern 2025 to help you prepare effectively. Read on to find comprehensive details about the JKSSB JE 2025 syllabus and exam structure.
Table of Contents
The Jammu and Kashmir Services Selection Board (JKSSB) is all set to conduct the recruitment process for 292 Junior Engineer (JE) vacancies. Candidates aiming to secure a JKSSB Junior Engineer position must be well-versed with the JKSSB JE Exam Syllabus 2025 and exam pattern to prepare efficiently. The selection process includes a written examination, making it essential to understand the topics covered in the JKSSB JE 2025 syllabus.
Candidates preparing for the JKSSB JE written exam 2025 must thoroughly understand the JKSSB Junior Engineer syllabus to focus on relevant subjects. While the official JKSSB JE Syllabus 2025 is yet to be released, candidates can refer to the previous year’s syllabus for guidance. This will help in planning a strategic study schedule to cover all important topics effectively.
Candidates aspiring for a Junior Engineer post in JKSSB can check key details about the JKSSB JE Recruitment 2025 below:
| Organization | Jammu and Kashmir Services Selection Board (JKSSB) |
|---|---|
| Post Name | Junior Engineer (JE) |
| Number of Vacancies | 292 |
| Application Start Date | 8th March 2025 |
| Last Date to Apply | 7th April 2025 |
| JKSSB JE Exam Pattern | Available Here |
| JKSSB JE Exam Syllabus | Available Here |
| Official Website | jkssb.nic.in |
To help candidates get familiar with the JKSSB JE Exam Structure, we have provided the JKSSB Junior Engineer Exam Pattern 2025 based on the previous year’s format. The written exam consists of multiple-choice questions (MCQs), with all questions in English. Candidates must also note the negative marking scheme, where 1/4th of the marks will be deducted for every incorrect answer.
| Section | Total Marks | Total Time Duration | Total Questions |
| Technical Subject | 120 Marks | 120 Minutes | 120 Questions |
Candidates appearing for the JKSSB JE 2025 Exam can refer to the detailed syllabus for Junior Engineer (Electrical) below. The JKSSB is expected to release the official JKSSB JE Syllabus 2025 soon. To stay updated with the latest JKSSB JE syllabus, bookmark this page and visit regularly for updates. As soon as the official JKSSB JE 2025 syllabus PDF is available, we will provide a direct JKSSB JE Syllabus PDF Download link for easy access.
For the latest updates on the JKSSB Junior Engineer Exam 2025, syllabus modifications, and official announcements, keep checking this page. Stay ahead in your preparation by following the official JKSSB website (jkssb.nic.in) and leveraging our resources to enhance your JKSSB JE Exam 2025 preparation.
Marking Scheme: 1 mark per correct answer
Negative Marking: 0.25 marks deducted for each incorrect answer
Subjects Covered: Technical Subjects (Civil/Electrical Engineering)
The JKSSB JE Electrical Engineering Syllabus 2025 has not been officially released yet. However, based on previous exam patterns, it is expected to cover topics like Circuit Theory, Electrical Machines, Power Systems, and Measurements. The official syllabus will be made available once released by JKSSB. Stay tuned for updates!
Below is the subject-wise expected JKSSB JE Syllabus 2025 for Electrical Engineering:
| Topics | Key Subtopics |
|---|---|
| Electrical Circuits and Fields | Ohm’s Law, Kirchhoff’s Laws, Network Theorems, Power & Energy, Star-Delta Transformation |
| Electrical Machines | DC Machines, Transformers, Induction Motors, Synchronous Machines, Speed Control Methods |
| Power Systems | Generation (Thermal, Hydro, Nuclear, Renewable), Transmission, Distribution, Protection Systems |
| Power Electronics | Diodes, SCR, MOSFET, IGBT, Rectifiers, Converters, Inverters, Choppers, AC/DC Drives |
| Control Systems | Open-loop & Closed-loop Systems, Transfer Functions, Stability Analysis, PID Controllers |
| Electrical Measurements & Instrumentation | Ammeter, Voltmeter, Wattmeter, Energy Meters, Transducers, Digital Meters |
| Utilization of Electrical Energy | Illumination, Electric Heating & Welding, Electric Traction, Energy Conservation |
| Electromagnetic Theory | Electrostatics, Magnetostatics, Maxwell’s Equations, Electromagnetic Induction |
| Signals & Systems | Fourier Transform, Laplace Transform, Convolution, Analog & Digital Filters |
The syllabus for the JKSSB Junior Engineer (Civil) exam is outlined in the table below to help candidates understand the topics covered:
| Topic | Syllabus | Marks |
|---|---|---|
| Surveying | Fundamentals and significance of surveying, classification, and principles, distance and direction measurement techniques, chain and compass surveying, leveling, tachometry, theodolite, traversing, contour mapping, plane table surveying, and curve setting. | 10 Marks |
| Mechanics and Structural Analysis | Basics of rigid body mechanics, vector and scalar quantities, force laws, moments, friction, center of gravity, fundamental machines, torsion concepts, material properties, shear force and bending moment in beams. Stress-strain analysis, biaxial stress, principal stress, and transformation. Bending principles, shear and flexural stresses, eccentric loading, unsymmetrical bending, shear center determination. Analysis of thin-walled pressure vessels, uniform torsion, column buckling (Euler’s and Rankine’s theories), direct and combined bending stresses, truss analysis, and slope-deflection method. | 15 Marks |
| RCC Structures | Concrete technology concepts, components of concrete, water-cement ratio, workability characteristics, admixtures, special concretes, non-destructive testing methods, and basics of mix proportioning. Working stress and limit state design principles, ultimate load analysis, flexure, shear, torsion, and compression member design. Prestressed concrete basics, sectional analysis at transfer and service loads, design of one-way and two-way slabs. | 15 Marks |
| Soil Mechanics | Soil formation and classification, engineering properties, phase relationship fundamentals, interrelationship equations, permeability, seepage, effective stress principle, soil deformation, consolidation, compaction, shear strength parameters, plate load test, SPT, density assessment using core cutter and sand replacement method, soil exploration techniques, bearing capacity evaluation. | 10 Marks |
| Fluid Mechanics and Hydraulics | Fluid properties, hydrostatic pressure concepts, pressure measurement techniques, flow measurement principles, pipe and open channel flow, hydraulic pumps, mass, momentum, and energy conservation laws, potential flow applications, Bernoulli’s equation and its applications, laminar vs. turbulent flow, pipe flow and networks, boundary layer concepts, uniform, critical, and gradually varied flow in channels, specific energy theory, hydraulic jump analysis, forces on submerged bodies, dimensional analysis, and kinematics of flow. | 15 Marks |
| Irrigation Engineering | Overview of irrigation, crop water requirements, hydrological processes, dam structures, canal systems, headworks, regulatory works, cross drainage structures, river training methods, water-logging, drainage, groundwater recharge techniques, well hydraulics principles. | 10 Marks |
| Water Supply and Wastewater Engineering | Fundamentals of water supply systems, water demand estimation, quality assessment, treatment methods, pipeline conveyance, pipe installation techniques, building water supply systems, sanitary fixtures, plumbing, sewerage systems, sewer construction, sewage composition, treatment, disposal techniques, building drainage, air, and noise pollution control measures. | 10 Marks |
| Highway Engineering | Evolution and planning of road networks, key terminologies in highway engineering, road construction methods, IRC classifications, highway surveying and planning, geometric design considerations, types of road materials, binding agents, pavement types, CBR testing, subgrade preparation, WBM, WMM, bituminous macadam, dense bituminous macadam, unique challenges in hill road construction. | 10 Marks |
| Railway Engineering | Indian railway system history, gauge classifications, permanent way components, rail types, rail creep, welding techniques, rail fastenings, signaling mechanisms, points and crossings, bridge definitions, classification, components, foundation types. | 10 Marks |
| Construction Planning and Management | Network analysis techniques, PERT-CPM methods, cost minimization strategies, contract and tender processes, depreciation calculations, valuation techniques, record-keeping (measurement books, cash books), management functions, project planning, quality assurance, inventory management, estimation, costing methods, and estimation types. | 15 Marks |
Candidates preparing for the JKSSB Junior Engineer (Mechanical) Exam can check the topic-wise syllabus below. This detailed syllabus will help aspirants understand the exam pattern and focus on essential subjects.
The following table outlines the subjects and topics covered under the JKSSB JE Mechanical Engineering Syllabus along with their respective marks distribution:
| Topic | Syllabus | Marks |
|---|---|---|
| Theory of Machines & Machine Design | Fundamentals of four-bar linkage and mechanisms, Flywheel function and energy fluctuations, Power transmission via V-belts and flat belts. Types and profiles of gears, gear ratio computation, Cam mechanisms, Principles and classifications of governors, Design concepts of shafts, keys, couplings, and riveted joints. | 15 marks |
| Thermal Engineering & Refrigeration & Air-conditioning | Basic thermodynamic concepts including heat, work, and temperature, First and second laws of thermodynamics, Carnot, Rankine, Otto, and Diesel Cycles, Steam properties: Saturated, wet, and superheated steam, Steam Rankine cycle and efficiency analysis, Coefficient of Performance (COP), Vapour compression cycle, Refrigerants, Psychometric properties including DBT, WBT, and DPT. | 20 marks |
| Engineering Mechanics & Strength of Materials | Force equilibrium, laws of forces, Moments of inertia, Motion laws, Friction mechanics, Simple machine principles including Mechanical Advantage (M.A), Velocity Ratio (V.R), Stress-strain concepts, Elastic limit and constants, Bending moments and shear force analysis, Composite bar stress calculations, Torsion in circular shafts, Euler’s and Rankine’s column theory, Thin-walled pressure vessels. | 15 marks |
| Fluid Mechanics & Machinery | Fluid properties and classification, Newton’s viscosity law, Fluid statics, Pressure measurement via manometers (U-tube, inclined tube), Fluid kinematics concepts including streamline, laminar and turbulent flow, Flow equations and Bernoulli’s theorem, Measurement of fluid flow using Venturimeter, Orifice meter, and Pitot tube, Hydraulic turbines and centrifugal pumps operation. | 15 marks |
| Material Science & Production Engineering | Crystal structure of metals, BCC and FCC lattices, Iron-carbon phase diagram, Classification of steels (mild steel, alloy steel), Steel heat treatment processes, Welding techniques including Arc, Gas, Resistance, MIG, and TIG welding, Soldering and brazing processes, Welding defects and quality testing, Casting and foundry methods, Forging and extrusion processes, Metal cutting principles, Machine tool operations (lathe, milling, drilling, shaping, grinding), Manufacturing processes. | 20 marks |
| Industrial Management & CAD/CAM | Concepts of planning, organizing, leading, and controlling, Inventory management, Quality control & inspection, Introduction to CAD/CAM systems, Numerical Control (NC), Direct Numerical Control (DNC), and Computer Numerical Control (CNC) machines. | 20 marks |
| Metrology & Automobile Engineering | Measurement tools for linear, angular, and surface roughness analysis, Tolerances, fits, and measurement errors, Automobile engineering fundamentals, Transmission mechanisms, Steering and braking systems, Suspension system components, IC engine performance evaluation, Combustion process in IC engines, Cooling and lubrication systems. | 15 marks |
Aspirants preparing for the JKSSB Junior Engineer exam can access the JKSSB JE Syllabus PDF download link below once it is announced officially.
Ans: The syllabus PDF is available on the official JKSSB website at www.jkssb.nic.in.
Ans: Yes, there is a negative marking of 0.25 marks for every incorrect answer.
Ans: The exam includes Civil/Mechanical Engineering, General Awareness, and Reasoning Ability.