RRB JE Syllabus 2024, Check Exam Pattern For CBT 1, 2, (Mathematics, Physics, General Science)

The Railway Recruitment Board (RRB) has announced the RRB JE 2024 Exam for 7951 vacancies. The Computer Based Test (CBT) 1 will be held from 16th to 18th December 2024. If you are preparing for the RRB JE exam, it’s essential to understand the detailed syllabus and exam pattern to score well. This article covers the RRB JE syllabus for Junior Engineers (JE), Junior Engineers (Information Technology), Depot Material Superintendents (DMS), and Chemical & Metallurgical Assistants (CMA).

RRB JE Syllabus 2024

The RRB JE Syllabus 2024 covers four stages: CBT 1, CBT 2, document verification, and medical examination. CBT 1 includes Mathematics, General Intelligence & Reasoning, General Awareness, and General Science. CBT 2 focuses on technical subjects relevant to the chosen engineering discipline, along with General Awareness, Physics, Chemistry, Basics of Computers and Applications, Basics of Environment and Pollution Control, and Technical Abilities. The syllabus emphasizes problem-solving, analytical skills, and subject-specific knowledge. Candidates should also focus on current affairs and technical concepts. Preparation requires thorough understanding of core engineering topics, general knowledge, and reasoning skills to qualify successfully.

RRB JE Exam Pattern

The RRB JE exam consists of two stages: CBT 1 and CBT 2. Here’s a breakdown of the exam pattern for both stages.

CBT 1 Exam Pattern

Subject	No. of Questions	Marks	Duration
Mathematics	30	30	90 minutes
General Awareness & Reasoning	25	25
General Awareness	15	15
General Science	30	30
Total	100	100

Total Marks: 100
Minimum Qualifying Marks: 40%
Negative Marking: 1/3rd mark for wrong answers
Duration: 1.5 hours (90 minutes)

CBT 2 Exam Pattern

Subject	No. of Questions	Marks	Duration
General Awareness	15	15	120 minutes
Physics & Chemistry	15	15
Basics of Computers & Applications	10	10
Basics of Environment & Pollution Control	10	10
Technical Abilities	100	100
Total	150	150

Total Marks: 150
Minimum Qualifying Marks: 40%
Negative Marking: 1/3rd mark for wrong answers
Duration: 2 hours (120 minutes)

RRB JE CBT 1 Syllabus

The CBT 1 will have multiple-choice questions from the following subjects:

RRB JE Maths Syllabus

Number Systems
BODMAS Rule
Decimals, Fractions
LCM and HCF
Ratio and Proportion
Percentages
Mensuration
Time and Work
Time and Distance
Simple and Compound Interest
Profit and Loss
Algebra
Geometry
Trigonometry
Elementary Statistics
Square Root
Age Calculations
Calendar & Clock
Pipes & Cistern

RRB JE Reasoning & General Intelligence Syllabus

Analogies
Alphabetical and Number Series
Coding and Decoding
Mathematical Operations
Relationships
Syllogism
Venn Diagrams
Data Interpretation and Sufficiency
Conclusions and Decision-Making
Analytical Reasoning
Classification
Directions
Statement-Arguments and Assumptions

RRB JE General Awareness Syllabus

Current Affairs
Indian Geography
Culture and History of India (including freedom struggle)
Indian Polity and Constitution
Indian Economy
Environmental Issues
Sports
Scientific and Technological Developments

RRB JE General Science Syllabus

Physics, Chemistry, and Life Science (Up to 10th Standard CBSE syllabus)

RRB JE CBT 2 Syllabus

The CBT 2 will cover topics from the following areas:

RRB JE General Awareness Syllabus

Current Affairs
Indian Geography
Culture and History of India (including freedom struggle)
Indian Polity and Constitution
Indian Economy
Environmental Issues
Sports
Technological Developments

RRB JE Physics and Chemistry Syllabus

Questions based on 12th Standard Physics and Chemistry (refer to 10th-grade books for basic understanding)

RRB JE Basics of Computers and Applications Syllabus

Computer Architecture
Input & Output Devices
MS Office
Storage Devices
Operating Systems
Internet and Email
Websites & Web Browsers
Networking
Computer Viruses

RRB JE Basics of Environment and Pollution Control Syllabus

Basics of Environment
Environmental Pollution and its Effects
Pollution Control Strategies
Types of Pollution (Air, Water, Noise, etc.)
Waste Management
Global Warming
Acid Rain
Ozone Layer Depletion

RRB JE Technical Abilities (for specific posts) Syllabus

Post-specific technical topics related to the engineering field you are applying for (Mechanical, Electrical, Civil, etc.)

RRB JE Syllabus 2024 for Technical Abilities

RRB JE Mechanical & Allied Engineering Syllabus

1. Engineering Mechanics

Forces: How to resolve forces, equilibrium, and the rules of forces (parallelogram, triangle, and polygon law), Lami’s theorem.
Couple and Moment of a Couple: What they are and how to calculate.
Friction: Static and dynamic friction, angle of friction and angle of repose, friction on horizontal and inclined planes.
Moment of Inertia: Calculating for different sections like I-Section, T-Section, etc.
Newton’s Laws of Motion: Basic principles (without derivation), D’Alembert’s principle.
Conservation Laws: Energy and momentum.

2. Material Science

Mechanical properties of materials: Strength, ductility, hardness, impact strength, etc.
Types of Steels: Mild steel, alloy steel.
Heat Treatment: Annealing, normalizing, hardening, tempering, and others.

3. Strength of Materials

Stress and Strain: Definitions and stress-strain diagram.
Bending and Shear Forces: Force diagrams for different beam types.
Torsion: Effects on shafts and springs.

4. Machining

Lathe Machine: Types, working principle, and operations (turning, facing, etc.).
Cutting Tools: Types and geometry of single-point cutting tools.
Other Machines: Introduction to shapers, slotters, milling, and gear manufacturing.

5. Welding

Welding Types: Arc welding, gas welding, MIG, TIG, etc.
Equipment: Types of welding machines, electrodes, and procedures.
Soldering and Brazing: Techniques and materials.
Welding Defects: Types, causes, and solutions.

6. Grinding & Finishing Processes

Grinding: Types of abrasives and wheels, different types of grinding machines (cylindrical, surface grinding).
Metal Finishing: Processes like honing, lapping, electroplating.

7. Metrology

Measurement Tools: Slip gauges, dial indicators, and comparators.
Surface Roughness: Methods to measure roughness and precision.
Machine Part Inspection: Methods like shadow projection and interferometry.

8. Fluid Mechanics & Hydraulic Machinery

Fluid Properties: Density, viscosity, surface tension, etc.
Pumps: Centrifugal, jet, and submersible pumps, along with their efficiencies and operations.

9. Industrial Management

Production and Control: Job analysis, planning, scheduling, and inventory control.
Safety and Materials: Economic ordering quantities, stock levels, material handling, and storage.

10. Thermal Engineering

Thermodynamics: Laws, processes (isothermal, adiabatic), and heat transfer methods.
Internal Combustion Engines: Working of petrol and diesel engines.
Refrigeration: Basics of refrigeration cycles and air compressors.

RRB JE Computer Science and Information Technology Syllabus

1. PC Software

MS Office: Basics of MS-Windows, Word, Excel, PowerPoint.

2. Computer Fundamentals

Computers: Evolution, hardware, software, and internet basics.

3. C Language

Basics: Structure, loops, arrays, pointers, functions, file handling.

4. Computer Organisation

Number Systems: Binary, hexadecimal, and logic gates.
Memory: Flip-flops, instruction sets, and DMA.

5. Information Systems

Overview: Hardware, software, and communication systems basics.

6. Data Structures using C++

OOP: Classes, objects, inheritance, arrays, and linked lists.
Algorithms: Sorting and searching techniques.

7. DBMS Fundamentals

Basics: Relational models, SQL, DDL, DML, and PL/SQL.

8. System Programming

Assemblers and Linkers: How compilers and linkers work.

9. Operating System using LINUX

Linux Basics: File system, commands, and user management.

10. Web Technologies and Programming

Web Basics: HTML, URL, web servers, internet security.

11. System Analysis and Design

System Development: Fact-finding, data flow diagrams, and system design.

12. Data and Network Communication

Communication: OSI model, protocols, data transmission, and error correction.

13. Java Programming

Java Basics: Variables, arrays, threads, applets, and inheritance.

14. Software Engineering

Software Process: Life cycle, testing strategies, project management, and CASE tools.

RRB JE Civil & Allied Engineering Syllabus

1. Engineering Mechanics

Force and Moment: Basics of force resolution, equilibrium, and friction.
Machines: Simple machines like levers, pulleys, etc.

2. Building Construction

Structure Types: Load-bearing, framed, and composite structures.
Materials: Masonry, timber, plastics, metals, and other construction materials.

3. Building Materials

Types: Stones, bricks, concrete, timber, glass, etc.

4. Substructure Construction

Foundations: Types, dewatering, and soil bearing capacity.

5. Superstructure Construction

Masonry: Stone, brick, concrete block, and composite masonry.
Vertical Communication: Stairs, lifts, and escalators.

6. Building Finishes

Floor, Wall, and Roof Finishes: Plastering, painting, and roofing materials.

7. Building Maintenance

Cracks and Settlement: Causes, repair methods, and preventive measures.

8. Building Drawings

Drawing Types: Plan, elevation, section, foundation plan, working drawings, and perspective views.

9. Concrete Technology

Concrete Properties: Mix design, testing, quality control, and special concretes (RCC, pre-stressed).

10. Surveying

Types: Chain survey, compass survey, leveling, theodolite, tacheometry, and remote sensing.

11. Computer Aided Design (CAD)

Software: AutoCAD, Auto Civil, 3D Max, etc., for generating plans and 3D views.

12. Geotechnical Engineering

Soil Properties: Permeability, shear strength, and soil testing.

13. Hydraulics

Fluid Mechanics: Pressure, flow through pipes, and measuring devices.

14. Irrigation Engineering

Hydrology and Reservoirs: Water planning and diversion head works.

15. Mechanics of Structures

Stress, Strain, and Beam Analysis: Force diagrams and energy methods.

16. Theory of Structures

Stresses: Bending, shear, and direct stresses, deflections, and columns.

17. Design of Concrete Structures

Methods: Working stress and limit state method for beams, slabs, columns, and footings.

18. Design of Steel Structures

Steel Design: Beams, columns, trusses, and connections.

19. Transportation Engineering

Railway Engineering: Track construction, maintenance, and bridge design.
Highway Engineering: Road design, materials, traffic management, and maintenance.

20. Environmental Engineering

Pollution Control: Water supply, sewage, waste management, and sanitation.

21. Advanced Construction Techniques

Modern Materials: Fiber-reinforced concrete, prefabricated construction, and advanced machinery.

22. Estimating and Costing

Types of Estimates: Detailed and approximate estimates, rate analysis.

23. Contracts and Accounts

Engineering Contracts: Tendering process, specifications, and payment methods.

RRB JE Syllabus for Electrical & Allied Engineering

1. Basic Concepts

Key Concepts: Resistance, inductance, capacitance, current, voltage, power, and energy.
Units: Understanding the units for these electrical quantities.

2. Circuit Laws

Kirchhoff’s Law
Solving simple circuits using network theorems.

3. Magnetic Circuit

Basic Concepts: Flux, MMF (Magnetomotive Force), reluctance.
Magnetic Materials: Types and properties.
Electromagnetic Induction: Self and mutual induction.
Magnetic Calculations: For different conductors like straight, circular, and solenoidal configurations.

4. AC Fundamentals

Key Values: Instantaneous, peak, RMS (Root Mean Square), and average values of AC.
Waveforms: Representation of sinusoidal waves.
AC Circuits: Simple series and parallel circuits with R, L, and C.
Resonance: Tank circuits and polyphase systems.
3-Phase System: Star and delta connections, DC and AC responses.

5. Measurement and Measuring Instruments

Power Measurement: Single-phase and three-phase (active and reactive power), 2-wattmeter method.
Instruments: Ammeter, voltmeter, wattmeter, multimeter, megger, energy meter, and oscilloscopes.
Other Tools: CT (Current Transformer), PT (Potential Transformer), earth fault detection.

6. Electrical Machines

DC Machines: Construction, basic principles, speed control, motor starting, braking, and efficiency.
Transformers: 1-phase and 3-phase transformers, principles of operation, voltage regulation, parallel operation, and auto transformers.
Induction Motors: Working, torque-speed characteristics, speed control, braking, and fractional motors.
Synchronous Machines: Generation of 3-phase EMF, voltage regulation, synchronizing, power control, and starting of synchronous motors.

7. Generation, Transmission & Distribution

Power Stations: Types, load factor, demand factor, and cost of generation.
Power Factor Improvement: Types of tariffs and faults.
Switchgear & Protection: Circuit breakers, fuses, Buchholz relay, and protection systems.
Cables: Types, ratings, and derating factors.

8. Estimation and Costing

Lighting Scheme: Estimation of electrical installations, machines, earthing practices, and IE (Indian Electricity) Rules.

9. Utilization of Electrical Energy

Applications: Illumination, electric heating, welding, electroplating, and electric drives.

10. Basic Electronics

Devices: P-N junction diodes, transistors (NPN/PNP), BJTs, JFETs.
Circuits: Simple circuits using these devices.

RRB JE Syllabus for Electronics & Allied Engineering

1. Electronic Components & Materials

Conductors, semiconductors, insulators, magnetic materials.
Materials for cable jointing, relays, switches, MCBs, and connectors.

2. Electronic Devices and Circuits

Devices: PN Junction diodes, thyristors, junction transistors.
Circuits: Amplifiers, oscillators, multivibrators, counters, rectifiers, inverters, and UPS.

3. Digital Electronics

Number Systems: Binary codes, Boolean algebra, logic gates.
Logic Circuits: Combinational and sequential logic circuits, A/D & D/A converters, and counters.
Memories: Types of memories in digital systems.

4. Linear Integrated Circuits

Operational Amplifiers: Applications in linear and non-linear circuits.
Other Applications: Voltage regulators, timers, phase-lock loops (PLLs).

5. Microprocessor and Microcontroller

Introduction: Basics of microprocessors and microcontrollers.
8085 Microprocessor: Working and assembly language programming.
Peripherals: Working with microprocessor peripherals.

6. Electronic Measurements

Measuring Systems: Basic principles, extension methods.
Instruments: Cathode ray oscilloscope (CRO), LCDs, LEDs, transducers.

7. Communication Engineering

Modulation Techniques: Types of modulation, multiplexing, wave propagation.
Transmission Lines: Characteristics of transmission lines and optical fiber cables (OFC).
Communication Systems: Public address systems, radar, cellular, and satellite communications.

8. Data Communication and Networks

Networking: Hardware, interfaces, local area network (LAN), wide area network (WAN), and internet working.

9. Computer Programming

Programming Concepts: Fundamentals of C and C++.
Key Topics: Operators, control statements, functions, arrays, strings, pointers, file handling, and data structures.

10. Basic Electrical Engineering

DC circuits, AC fundamentals, magnetic, thermal, and chemical effects of electrical current.
Earthing: Installation, maintenance, and testing.

RRB JE Syllabus for Printing Technology

1. Printing Systems

Types of Printing Methods: Image carriers, impression, and ink transfer methods.
Proofing Methods: Suitable jobs for various printing processes.

2. Printing Materials

Materials Used: Image carriers, substrates, inks, coatings, and binding materials.

3. Flexo, Gravure & Screen Printing

Flexographic Printing: Plate surface preparation, press work.
Gravure Printing: Image carrier preparation, ink types, quality control.
Screen Printing: Basic principles and application.

4. Printing Finishing

Binding: Types of binding, materials used, and modern commercial binding techniques.
Automation: Automation in binding and finishing.

5. Image Processing

Types of Originals: Process room equipment, line and halftone photography.
Digital Image Processing: Computer to film, image editing software.

6. Design & Advertising in Print Media

Typography: Role in design, designing aspects for books, magazines, and newspapers.
Advertising: Functions and operations of an advertising agency.

7. Sheet-Fed Offset Machines

Offset Lithographic Presses: Inking, dampening systems, machine setup.
Control: Make-ready and machine run, computer print control.

8. Publishing Software

Software: Anatomy of a computer, paging software, vector and scalar graphic editing, desktop publishing software.

9. Paper & Ink

Paper Manufacture: Chemistry of pulp, classification, and properties of paper.
Printing Ink: Manufacture, properties, and problems with paper and ink.

10. Colour Separation & Management

Colour Reproduction: Colour separation, electronic scanning, and proofing.

11. Plate Making Methods

Job Planning: Film assembly, lithographic plate surface chemistry.
Computer to Plate (CTP): Technologies for film, press, and plate.

12. Printing Machine Maintenance

Maintenance Types: Spare parts, machinery erection, lubrication, machine elements.

13. Digital Imaging

Art Work: Film image setters, non-impact printing, and digital offset presses.
Electronic Proofing: Systems for electronic proofing.

14. Web Offset Printing

Web Offset Press: Make-ready, feeding unit, printing unit, digital offset printing.

15. Printer’s Accounting and Estimating

Bookkeeping: Estimating and costing methods, machine, material, and labor costing.

16. Advanced Printing Technologies

Non-Impact Printing: Security printing, specialty processes, and E-printing.

17. Package Technology

Packaging: Materials, labels, types of packaging, and barcoding.

RRB JE Syllabus for CMA (Common Metal and Alloys Engineering)

1. Measurements, Units & Dimensions

Types of Errors in Measurements: Understanding the significance of accuracy in measurements.
Units and Dimensions: Standard units of measurement and their dimensions.

2. Light

Basic Principles: Reflection, refraction, laws of reflection, total internal reflection.
Wave Phenomena: Interference, diffraction, and polarization.
Magnification: Formulae for microscopes and telescopes.
Electromagnetic Spectrum: Types and properties of electromagnetic waves.

3. Heat

Heat as Energy: Sources and transmission of heat.
Expansion: How solids, liquids, and gases expand with heat.
Temperature: Thermal equilibrium and different temperature scales.
Calorimetry: Specific heat, latent heat, and their applications.
Anomalous Expansion of Water: Importance in nature.
Combustion: Calorific value and specific heat of gases.

4. Sound

Sources and Propagation: How sound is produced and travels through different media.
Velocity: Speed of sound in various substances.
Characteristics of Sound: Reflection, echo, resonance, and Doppler effect.
Applications: Sonar, and uses of sound in technology.

5. Mechanics

Scalars and Vectors: Basic concepts of quantities.
Types of Motion: Uniform, accelerated, and projectile motion.
Friction: Laws and its effects on motion.
Newton’s Laws of Motion: Fundamental principles of force and motion.
Momentum: Conservation of momentum.
Work, Power, and Energy: Work-energy theorem and energy conservation.
Center of Mass and Gravity: Concepts of balance, stability, and equilibrium.
Gravitational Laws: Universal law of gravitation and the relationship between ‘g’ and ‘G’.
Circular Motion: Kepler’s laws of planetary motion.
Elasticity: Hooke’s law and properties of materials under stress.

6. Magnetism

Magnetic Fields: Uniform and non-uniform magnetic fields, and magnetic induction.
Magnetic Materials: Types and classification based on their magnetic properties.
Magnetic Forces: Magnetic moment, lines of force, and the inverse square law.

7. Electricity & Electromagnetism

Electric Charge and Fields: Electric intensity, potential, and potential difference.
Circuits: Simple electric circuits with conductors and insulators.
Ohm’s Law: Its limitations and resistance in series and parallel.
Coulomb’s Law: Inverse square law of electric charges.
Kirchhoff’s Laws: Current and voltage laws for circuits.
Power and Energy: Relationship between electric potential and energy.
Joule’s Law: Heating effect of electric current.
Electromagnetic Phenomena: Ampere’s law, magnetic forces, and Fleming’s left-hand rule.
Induction and Transformers: Faraday’s law, Lenz’s law, and principles of alternating current (AC).

8. Modern Physics

Electric Discharge in Gases: Properties of cathode and anode rays.
X-rays: Discovery and properties.
Atomic Models: JJ Thomson, Rutherford, and Bohr’s models.
Atomic Nucleus: Structure and mass defect.
Radioactivity: Types of radiation (alpha, beta, gamma) and their properties.
Nuclear Reactions: Fission, fusion, atomic bomb, and hydrogen bomb.
Isotopes and Isobars: Concepts of half-life and artificial radioactivity.

9. Electronics and Communication

Semiconductors: p-n junction and diode characteristics.
Transistors: pnp and npn types, their characteristics and uses.
Zener Diodes: Characteristics and applications.
Basic Electronic Circuits: Logic gates and their applications.
Modulation and Demodulation: Basics of communication systems.

10. Matter

States of Matter: Solid, liquid, and gas.
Elements, Compounds, and Mixtures: Methods of separating mixtures like chromatography.
Gas Laws: Behavior of gases and properties such as pressure, volume, and temperature.
Mole Concept: Dalton’s, Avogadro’s, and Berzelius laws.

11. Chemical Reactions

Physical and Chemical Changes: Types of chemical reactions.
Common Compounds: NaOH, bleaching powder, baking soda, and their uses.
Acids and Bases: Strength, neutralization, and pH scale.
Salts: Types of salts, their properties, and uses.
Oxidation and Reduction: Redox reactions, rancidity, and balancing of reactions.
Stoichiometry: Calculations based on chemical equations.

12. Atomic Structure

Electromagnetic Spectrum: Characteristics of light and radiation.
Atomic Models: Rutherford, Bohr, and quantum mechanical models.
Electron Behavior: Quantum numbers, orbitals, and wave-particle duality.
Bohr’s Theory: Structure of atoms and spectral lines.
Quantum Mechanics: Heisenberg’s uncertainty principle and wave-particle nature of electrons.
Electronic Configuration: Aufbau principle, Pauli’s exclusion principle, and Hund’s rule.

13. Periodic Table

Classification of Elements: Groups and periods, s-block, p-block, d-block, and f-block elements.
Periodic Trends: Trends in physical and chemical properties across periods and groups.
Atomic Number and Electronic Configuration: Basis for periodic classification.

14. Chemical Bonding

Ionic and Covalent Bonds: Formation and properties of ionic and covalent compounds.
Hybridization: Shapes and bond angles in molecules like H₂O, CH₄, NH₃.
Hydrogen Bonding: Types and significance in compounds.

15. Carbon and Its Compounds

Classification of Organic Compounds: Alkanes, alkenes, alkynes, aromatic and aliphatic compounds.
Bonding in Carbon: Hybridization and catenation.
Chemical Properties: Combustion, oxidation, addition, and substitution reactions.
Important Organic Compounds: Polymers, carbohydrates, proteins, fats, and oils.
Industrial Uses: Polythene, nylon, PVC, rubber, and other compounds.

16. Environmental Chemistry

Pollution: Types of pollution, acid rain, and ozone depletion.
Global Warming: Greenhouse effect and its impact on the environment.
Green Chemistry: Alternative solutions for reducing pollution.

17. Metallurgy

Metals and Minerals: Occurrence and extraction of metals from ores.
Refining Metals: Electrolytic refining and prevention of corrosion.
Alloys: Types of alloys and their uses in various industries.

FAQs

Q 1. What are the main subjects covered in the RRB JE Syllabus 2024?

The RRB JE syllabus is divided into two stages:

CBT 1: General Awareness, Mathematics, General Science, and General Intelligence & Reasoning.
CBT 2: Technical subjects specific to the candidate’s discipline, Basics of Computers and Applications, Basics of Environment and Pollution Control, and General Awareness.

Q 2. What is the exam pattern for RRB JE 2024 CBT 1?

Total Questions: 100
Total Marks: 100
Subjects:
- Mathematics (30 marks)
- General Intelligence & Reasoning (25 marks)
- General Awareness (15 marks)
- General Science (30 marks)
Duration: 90 minutes
Negative Marking: 1/3 marks deducted for every wrong answer.

Q 3. Are the technical subjects different for each engineering stream in CBT 2?

Yes, the technical subjects in CBT 2 are specific to the candidate’s chosen engineering discipline, such as Electrical, Civil, Mechanical, Electronics, etc. Candidates need to study topics relevant to their engineering field.

Q 4. How can I prepare for the General Awareness section in RRB JE?

Focus on current affairs, Indian history, geography, economics, polity, and scientific developments. Reading newspapers, magazines, and using current affairs apps can be helpful.

Q 5. What is the role of the General Science section in RRB JE?

The General Science section tests basic concepts in Physics, Chemistry, and Biology from the 10th standard level. It is designed to assess a candidate’s foundational knowledge of scientific principles and their applications.