SSC JE ME Syllabus 2026 & Exam Pattern: Paper 1 & 2
Oct 30 2026
The SSC JE Mechanical Engineering syllabus covers General Intelligence and Reasoning, General Awareness, and Mechanical Engineering subjects across Paper 1 and Paper 2. Candidates preparing for the SSC Junior Engineer examination should understand the subject-wise syllabus, marking scheme, question distribution, and important technical topics before creating a preparation plan.
The SSC JE ME Syllabus 2026 includes core engineering subjects such as Engineering Mechanics, Strength of Materials, Thermal Engineering, Fluid Mechanics, Manufacturing Engineering, and Machine Design. Paper 1 tests general aptitude and technical knowledge through objective questions, while Paper 2 focuses on Mechanical Engineering.
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SSC JE ME Syllabus 2026 Overview
The SSC JE Syllabus 2026 for Mechanical Engineering covers general aptitude and technical Mechanical Engineering subjects in two computer-based papers. Paper 1 includes Reasoning, General Awareness, and General Engineering (Mechanical), whereas Paper 2 contains only Mechanical Engineering questions.
|
Particulars |
Details |
|
Exam Name |
SSC Junior Engineer Examination 2026 |
|
Conducting Body |
Staff Selection Commission (SSC) |
|
Engineering Stream |
Mechanical Engineering (Part C) |
|
Examination Mode |
Computer-based examination for both papers |
|
Paper 1 |
Reasoning, General Awareness and Mechanical Engineering |
|
Paper 1 Total Marks |
200 |
|
Paper 1 Duration |
2 hours |
|
Paper 2 |
Mechanical Engineering |
|
Paper 2 Total Marks |
300 |
|
Paper 2 Duration |
2 hours |
|
Question Standard |
Approximately Diploma in Engineering level |
|
Negative Marking |
0.25 mark in Paper 1 and 1 mark in Paper 2 for each incorrect answer |
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SSC JE ME Exam Pattern 2026
The SSC JE ME Exam Pattern 2026 consists of Paper 1 and Paper 2. Both papers contain objective-type multiple-choice questions. Paper 1 assesses reasoning, general awareness, and technical knowledge, while Paper 2 evaluates candidates' understanding of Mechanical Engineering concepts.
SSC JE Paper 1 Exam Pattern
Paper 1 carries 200 marks and contains 200 questions divided across three sections. Candidates must attempt the Mechanical Engineering section under Part C. The examination duration is two hours, with additional time applicable to eligible candidates as specified in the notification.
|
Subject |
Number of Questions |
Maximum Marks |
|
General Intelligence and Reasoning |
50 |
50 |
|
General Awareness |
50 |
50 |
|
General Engineering (Mechanical) |
100 |
100 |
|
Total |
200 |
200 |
- Question type: Objective multiple-choice questions.
- Duration: 2 hours.
- Negative marking: 0.25 mark for each incorrect answer.
- Purpose: Shortlisting candidates for Paper 2.
SSC JE Paper 2 Exam Pattern
Paper 2 focuses entirely on General Engineering (Mechanical). It contains 100 questions carrying 300 marks, giving each question a value of three marks. Candidates need to apply engineering concepts, solve numerical problems, and understand technical principles across the prescribed syllabus.
|
Particulars |
Details |
|
Examination Mode |
Computer-based examination |
|
Subject |
General Engineering (Mechanical) |
|
Number of Questions |
100 |
|
Maximum Marks |
300 |
|
Marks per Question |
3 |
|
Duration |
2 hours |
|
Question Type |
Objective multiple-choice questions |
|
Negative Marking |
1 mark for each incorrect answer |
|
Merit Consideration |
Normalized Paper 2 marks |
Marking Scheme and Negative Marking
The SSC JE Mechanical Engineering marking scheme rewards correct answers and deducts marks for incorrect responses. Candidates should account for negative marking when deciding whether to attempt a question.
|
Particulars |
Paper 1 |
Paper 2 |
|
Marks for a Correct Answer |
1 |
3 |
|
Deduction for an Incorrect Answer |
0.25 |
1 |
|
Marks Deducted for an Unanswered Question |
0 |
0 |
|
Total Maximum Marks |
200 |
300 |
SSC JE ME Negative Marking: An incorrect answer in Paper 1 reduces the score by 0.25 mark, while an incorrect answer in Paper 2 reduces it by one mark. Candidates should avoid random guessing and attempt questions when they can eliminate incorrect options or have sufficient confidence in the answer.
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SSC JE Mechanical Engineering Syllabus for Paper 1
The SSC JE Mechanical Syllabus for Paper 1 includes three sections: General Intelligence and Reasoning, General Awareness, and General Engineering (Mechanical). The first two sections assess analytical ability and general knowledge, while the technical section tests core engineering concepts. Candidates should prepare all three sections because Paper 1 determines eligibility for shortlisting to Paper 2.
General Intelligence and Reasoning
The General Intelligence and Reasoning section tests logical thinking, observation, pattern recognition, and problem-solving skills. Candidates should practise verbal and non-verbal questions to improve accuracy and speed.
|
Topic |
Subtopics Covered |
|
Analogies |
Word, number and figure analogies |
|
Similarities and Differences |
Identifying relationships and distinctions |
|
Classification |
Verbal and figure classification |
|
Series |
Arithmetical number series and patterns |
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Coding and Relationships |
Relationship concepts and analytical reasoning |
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Spatial Ability |
Space visualisation and orientation |
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Problem-Solving |
Analysis, judgment and decision-making |
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Observation |
Visual memory, discrimination and observation |
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Arithmetical Reasoning |
Mathematical logic and numerical relationships |
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Abstract Reasoning |
Symbols, abstract ideas and analytical functions |
General Awareness
The General Awareness section covers current events, everyday scientific knowledge, and important areas of Indian and world affairs. Candidates should combine static general knowledge with regular current affairs revision.
|
Topic |
Subtopics Covered |
|
Current Affairs |
National and international events |
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History |
Major historical events and developments |
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Culture |
Indian culture and heritage |
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Geography |
Physical, Indian and world geography |
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Indian Polity |
Constitution, governance and political institutions |
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Economy |
Basic economic concepts and the economic scene |
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General Science |
Scientific principles and everyday observations |
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Scientific Research |
Major scientific developments and discoveries |
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India and Neighbouring Countries |
Important facts and developments concerning neighbouring nations |
General Engineering (Mechanical)
The General Engineering section contains 100 questions worth 100 marks in Paper 1. Its syllabus covers the main Mechanical Engineering subjects prescribed by SSC. Candidates should revise definitions, fundamental laws, formulas, diagrams, and basic numerical applications from each area.
|
Subject |
Important Topics |
|
Engineering Mechanics |
Forces, equilibrium, friction and centre of gravity |
|
Strength of Materials |
Stress, strain, bending moments and torsion |
|
Theory of Machines |
Gears, governors, flywheels, belts and clutches |
|
Machine Design |
Mechanical components, joints and design principles |
|
Materials Science and Engineering |
Material properties, alloys, heat treatment and testing |
|
Thermal Engineering |
Thermodynamics, IC engines, boilers and refrigeration |
|
Fluid Mechanics and Hydraulic Machinery |
Fluid properties, flow, pumps and turbines |
|
Industrial Engineering |
Production planning, work study and inventory control |
|
Manufacturing Engineering |
Casting, welding, machining and metal forming |
|
Metrology and Measurement |
Measuring instruments, tolerances and calibration |
|
Advanced Manufacturing Processes |
CNC, CAD/CAM, robotics and non-traditional machining |
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SSC JE ME Syllabus for Paper 2
The SSC JE ME Paper 2 Syllabus focuses exclusively on technical Mechanical Engineering subjects. It includes ten broad areas, from Engineering Mechanics and Strength of Materials to Manufacturing Engineering and Advanced Manufacturing Processes. The following tables explain the key topics within each area to help candidates organise their preparation.
Engineering Mechanics
Engineering Mechanics covers the principles used to analyse forces, equilibrium, motion, and the behaviour of simple mechanical systems. Candidates should understand the underlying concepts and practise numerical problems involving forces and geometrical properties.
|
Topic |
Subtopics Covered |
|
Force Systems |
Resultant forces, force components and free-body diagrams |
|
Equilibrium |
Equilibrium conditions and Lami's theorem |
|
Friction |
Laws of friction, sliding friction and rolling friction |
|
Centroid |
Centroid of geometrical plane figures |
|
Centre of Gravity |
Centre of gravity of simple solids |
|
Applied Mechanics |
Basic force analysis and mechanical equilibrium |
Strength of Materials
Strength of Materials examines how solid materials respond to external forces and loads. Candidates should focus on stress and strain relationships, beam analysis, torsion, and the strength of structural components.
|
Topic |
Subtopics Covered |
|
Stress and Strain |
Simple stress, strain and elastic behaviour |
|
Elastic Properties |
Elastic limit and material response |
|
Beams |
Types of beams and loading conditions |
|
Shear Force and Bending Moment |
Shear force and bending moment diagrams |
|
Bending of Beams |
Simple bending and beam deflection |
|
Torsion |
Torsion of circular shafts |
|
Pressure Vessels |
Thin cylindrical shells |
Theory of Machines and Machine Design
This section covers the motion, operation, and design of mechanical components. Candidates should understand how machines transmit power and how engineering principles guide the selection and design of machine elements.
|
Topic |
Subtopics Covered |
|
Mechanisms |
Cams, followers and link mechanisms |
|
Power Transmission |
Belt, chain and rope drives |
|
Gears |
Gear drives and gear trains |
|
Flywheels and Governors |
Speed regulation and energy fluctuation |
|
Balancing and Vibration |
Balancing of rotating systems and vibration |
|
Brakes and Dynamometers |
Braking systems and power measurement |
|
Clutches and Bearings |
Types, working principles and applications |
|
Machine Design Principles |
Loads, stresses, creep, fatigue and theories of failure |
|
Mechanical Joints |
Cotter joints, knuckle joints, bolted joints and welded joints |
|
Machine Elements |
Shafts, couplings, keys, springs, power screws and spur gears |
Materials Science and Engineering
Materials Science and Engineering focuses on the properties, composition, processing, and testing of engineering materials. Candidates should understand how material selection and treatment affect strength, durability, and performance.
|
Topic |
Subtopics Covered |
|
Crystal Structure |
Crystal structures and atomic bonding |
|
Iron-Carbon System |
Iron-carbon phase diagram |
|
Heat Treatment |
Heat treatment processes for steel |
|
Ferrous Materials |
Types of cast iron and steel |
|
Non-Ferrous Materials |
Major non-ferrous alloys |
|
Material Properties |
Mechanical and physical properties |
|
Material Testing |
Material testing methods and non-destructive testing |
|
Corrosion |
Types of corrosion and basic prevention methods |
Thermal Engineering
Thermal Engineering covers heat, work, energy conversion, engines, power plants, refrigeration, and heat transfer. Candidates should revise thermodynamic laws, cycles, performance parameters, and the working principles of thermal equipment.
|
Topic |
Subtopics Covered |
|
Thermodynamics |
Laws of thermodynamics and properties of steam |
|
Energy Sources |
Conventional energy sources and their applications |
|
Thermal Power Plants |
Power plant components and working principles |
|
Heat Engines |
Heat engines, heat pumps and refrigerators |
|
Steam Generators |
Boilers and steam generation |
|
Steam Turbines |
Steam turbine operation and basic principles |
|
Internal Combustion Engines |
Types of IC engines, engine cycles, cooling and lubrication |
|
Air Compressors |
Compressor types and operating principles |
|
Refrigeration and Air Conditioning |
Refrigeration cycles and air-conditioning fundamentals |
|
Gas Turbines and Jet Propulsion |
Basic working principles and applications |
|
Steam Nozzles |
Steam flow through nozzles |
|
Heat Transfer |
Conduction, convection and radiation |
|
Heat Exchangers |
Types and basic performance principles |
Fluid Mechanics and Hydraulic Machinery
Fluid Mechanics studies the properties and motion of fluids, while Hydraulic Machinery covers equipment that transfers energy to or from flowing fluids. Candidates should practise equations and numerical problems involving flow, pressure, pipes, pumps, and turbines.
|
Topic |
Subtopics Covered |
|
Fluid Properties |
Density, viscosity, pressure and other fluid properties |
|
Fluid Statics |
Pressure distribution and fluid equilibrium |
|
Fluid Flow |
Types of flow and fundamental flow principles |
|
Continuity Equation |
Conservation of mass in fluid flow |
|
Flow Through Pipes |
Pipe flow and associated losses |
|
Impact of Jets |
Impact of jets on flat plates and curved vanes |
|
Hydraulic Turbines |
Types, working principles and performance |
|
Hydraulic Power Plants |
Basic components and operation |
|
Centrifugal Pumps |
Construction, operation and performance |
|
Reciprocating Pumps |
Working principles and applications |
Industrial Engineering
Industrial Engineering covers the planning and control of industrial operations. The syllabus includes methods for improving productivity, managing inventory, arranging facilities, and maintaining quality during production.
|
Topic |
Subtopics Covered |
|
Plant Location |
Factors affecting site selection |
|
Plant Layout |
Types and principles of plant layout |
|
Work Study |
Method study and work measurement |
|
Production Planning and Control |
Production scheduling and control |
|
Quality Control |
Statistical quality control methods |
|
Inventory Control |
Inventory management and stock control |
Manufacturing Engineering
Manufacturing Engineering deals with the processes used to convert raw materials into finished components. Candidates should learn the working principles, applications, and limitations of common manufacturing processes and machines.
|
Topic |
Subtopics Covered |
|
Pattern Making |
Pattern types and allowances |
|
Moulding and Casting |
Mould preparation and casting processes |
|
Metal Forming |
Basic metal-forming processes |
|
Welding |
Gas, arc and resistance welding |
|
Lathe |
Lathe types and common lathe operations |
|
Drilling and Broaching |
Drilling machines, broaching and applications |
|
Milling |
Milling machines and operations |
|
Gear Manufacturing |
Basic gear-making processes |
|
Grinding and Finishing |
Grinding and surface-finishing methods |
|
Press Working |
Sheet-metal operations and press tools |
Metrology and Measurement
Metrology and Measurement focuses on dimensional accuracy, inspection, and the use of measuring instruments. Candidates should understand measurement terminology and the principles of limits, fits, tolerances, and calibration.
|
Topic |
Subtopics Covered |
|
Measurement Fundamentals |
Precision, accuracy, sensitivity and repeatability |
|
Instrument Characteristics |
Range, calibration and measurement errors |
|
Linear Measurement |
Linear measuring instruments and applications |
|
Angular Measurement |
Angular measurement instruments and methods |
|
Comparators |
Types and working principles |
|
Surface Measurement |
Form and surface-finish measurement |
|
Coordinate Measuring Machine |
CMM fundamentals and applications |
|
Limits and Fits |
Limits, fits and tolerances |
|
Interchangeability |
Interchangeability of machine components |
Advanced Manufacturing Processes
Advanced Manufacturing Processes covers modern machining systems, computer-controlled production, and automation technologies. Candidates should learn the basic working principles, applications, and characteristics of these processes.
|
Topic |
Subtopics Covered |
|
Jigs and Fixtures |
Purpose, types and applications |
|
CNC Technology |
CNC milling machines and machining centres |
|
Programmable Logic Controllers |
PLC fundamentals and industrial applications |
|
Special Purpose Machines |
Purpose and uses of specialised machines |
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Non-Traditional Machining |
EDM, ECM, AJM, LBM and EBM |
|
CAD/CAM |
Fundamentals of computer-aided design and manufacturing |
|
Industrial Robotics |
Robot configurations and industrial applications |
|
Flexible Manufacturing Systems |
FMS fundamentals and applications |
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SSC JE ME Syllabus 2026 PDF Download
Candidates can access the SSC JE Mechanical Engineering Syllabus PDF for 2026 through the Staff Selection Commission's official examination notification. The document contains the examination scheme and indicative syllabus for Paper 1 and Paper 2. It covers the general aptitude sections and the technical Mechanical Engineering topics prescribed under Part C. Candidates should save the PDF for offline revision and use its subject-wise headings to track preparation progress. Reviewing the syllabus before starting preparation helps candidates organise study sessions, identify weak areas, and avoid spending too much time on topics outside the prescribed examination scope.
SSC JE ME Important Topics for Preparation
Candidates should prioritise topics that require conceptual clarity, formula application, and regular numerical practice. However, the importance of a topic does not guarantee a particular number of questions in the examination. The following areas provide a practical starting point for SSC JE Mechanical Engineering preparation.
|
Subject |
Important Topics for Revision |
|
Engineering Mechanics |
Equilibrium of forces, friction, free-body diagrams, centroids |
|
Strength of Materials |
Stress and strain, shear force and bending moment diagrams, torsion, beam deflection |
|
Theory of Machines |
Gear trains, governors, flywheels, balancing and vibration |
|
Machine Design |
Failure theories, shafts, springs, couplings and mechanical joints |
|
Materials Science |
Iron-carbon diagram, heat treatment, material testing and corrosion |
|
Thermal Engineering |
Thermodynamic laws, IC engine cycles, boilers, refrigeration and heat transfer |
|
Fluid Mechanics |
Fluid properties, continuity equation, pipe flow and fluid losses |
|
Hydraulic Machinery |
Centrifugal pumps, reciprocating pumps and hydraulic turbines |
|
Industrial Engineering |
Work study, production planning, quality control and inventory management |
|
Manufacturing Engineering |
Casting, welding, machining, milling and metal forming |
|
Metrology and Measurement |
Limits, fits, tolerances, comparators and measurement instruments |
|
Advanced Manufacturing |
CNC, CAD/CAM, EDM, ECM, PLC and industrial robotics |
Candidates should use these topics to organise revision rather than skip the remaining syllabus. Previous year question papers can help identify recurring concepts and understand how these topics are tested.
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How to Prepare for SSC JE Mechanical Engineering
A systematic SSC JE ME Preparation Strategy should combine syllabus coverage, conceptual learning, numerical practice, and timed mock tests. Candidates should prepare for both papers while giving special attention to the technical syllabus tested in Paper 2.
1. Understand the Syllabus and Exam Pattern
Begin by dividing the SSC JE ME syllabus into its individual subjects and topics. Mark the concepts already covered, topics that require further study, and areas that need revision. Understand the difference between Paper 1 and Paper 2, including their marks, duration, and negative marking rules. This helps establish clear study priorities and prevents important topics from being overlooked.
2. Strengthen Mechanical Engineering Fundamentals
Build a strong foundation in Engineering Mechanics, Strength of Materials, Thermal Engineering, Fluid Mechanics, and Manufacturing Engineering. Study the fundamental laws and formulas before attempting advanced numerical problems. Use diploma-level textbooks, class notes, and subject-wise practice questions aligned with the prescribed syllabus. Revise difficult concepts regularly instead of relying only on memorisation.
3. Practise Numerical Questions Daily
Numerical practice is essential for subjects such as Strength of Materials, Thermodynamics, Fluid Mechanics, and Machine Design. Solve problems step by step and understand why a particular formula applies. Maintain a separate notebook for formulas, units, conversions, and common calculation errors. Gradually increase the difficulty of questions while maintaining accuracy.
4. Solve SSC JE ME Previous Year Question Papers
Attempt SSC JE ME Previous Year Question Papers after completing the relevant topics. Analyse the questions to identify frequently tested concepts, common calculation patterns, and areas that need improvement. Solve papers under timed conditions to develop exam discipline. After each attempt, review incorrect answers and revise the underlying concepts before taking another test.
5. Take Mock Tests and Revise Regularly
Take full-length mock tests to improve time management and understand your performance across different sections. Review every test to identify avoidable mistakes, weak subjects, and questions that consumed too much time. Revise technical formulas, important definitions, and General Awareness notes at regular intervals. Since both papers have negative marking, focus on accuracy rather than attempting every question without sufficient confidence.
SSC JE ME Syllabus and Exam Pattern FAQs
1. What is the SSC JE ME syllabus for 2026?
The SSC JE ME Syllabus 2026 includes General Intelligence and Reasoning, General Awareness, and General Engineering (Mechanical) in Paper 1. Paper 2 covers Mechanical Engineering subjects, including Engineering Mechanics, Strength of Materials, Theory of Machines and Machine Design, Materials Science, Thermal Engineering, Fluid Mechanics, Industrial Engineering, Manufacturing Engineering, Metrology, and Advanced Manufacturing Processes.
2. Where can I download the SSC JE Mechanical Engineering syllabus PDF?
Candidates can download the SSC JE Mechanical Engineering syllabus PDF from the Staff Selection Commission's official website. Open the Junior Engineer Examination 2026 notification and refer to its examination scheme and indicative syllabus sections.
3. What is the SSC JE ME Paper 1 exam pattern?
Paper 1 contains 200 objective-type questions carrying 200 marks. It includes 50 questions on General Intelligence and Reasoning, 50 on General Awareness, and 100 on General Engineering (Mechanical). The duration is two hours, and 0.25 mark is deducted for each incorrect answer.
4. What is the SSC JE ME Paper 2 exam pattern?
Paper 2 consists of 100 objective-type Mechanical Engineering questions carrying 300 marks. Each correct answer carries three marks, and one mark is deducted for each incorrect answer. The examination duration is two hours.
5. Which subjects are included in the SSC JE Mechanical Engineering syllabus?
The technical syllabus includes Engineering Mechanics, Strength of Materials, Theory of Machines and Machine Design, Materials Science and Engineering, Thermal Engineering, Fluid Mechanics and Hydraulic Machinery, Industrial Engineering, Manufacturing Engineering, Metrology and Measurement, and Advanced Manufacturing Processes.
6. Is the SSC JE ME syllabus the same for Paper 1 and Paper 2?
The technical Mechanical Engineering syllabus forms part of both papers, but their overall coverage differs. Paper 1 includes Reasoning, General Awareness, and Mechanical Engineering, whereas Paper 2 focuses exclusively on Mechanical Engineering. Paper 1 is used for shortlisting, while normalized Paper 2 marks determine final merit under the applicable examination scheme.
