NTPC Management Trainee (MT) Syllabus 2026 | Exam Pattern, PDF Download

1. 📖General English

Vocabulary:

• Synonyms and Antonyms

• Homonyms, Homophones, and Homographs

• One-Word Substitutions

• Idioms and Phrases

• Phrasal Verbs

• Analogy

• Vocabulary Building Strategies

Grammar:

• Parts of Speech

• Tenses

• Articles

• Prepositions

• Conjunctions

• Verbals (Gerunds, Participles, Infinitives)

• Voice and Narration

• Sentence Structure

• Error Correction

2. 📖Reasoning aptitude

Verbal Reasoning:

• Analogy and Classification

• Similarities and Differences

• Coding and Decoding

• Number Series

• Letter Series

• Symbol Series

• Analogy-Based Questions

• Blood Relations

• Directions and Distance

• Time and Calendar

Non-Verbal Reasoning:

• Figure Matrix

• Figure Completion

• Pattern Completion

• Analogy-Based Questions

• Spatial Ability

• Visual Reasoning

• Observation and Reasoning

3. 📖Quantitative aptitude

Numbers:

• Number systems (fraction, decimal, Roman)

• HCF and LCM

• Divisibility rules

• Powers and roots

• Factorization

• BODMAS rule

Algebra:

• Linear equations and inequalities

• Quadratic equations

• Polynomials

• Logarithms

Ratios and Proportions:

• Ratio and proportion concepts

• Direct and inverse proportions

• Applications of ratios and proportions

Percentage:

• Percentage concepts

• Conversions between percentages, decimals, and fractions

• Applications of percentages

Average:

• Mean

• Median

• Mode

• Weighted average

• Moving average

Profit and Loss:

• Profit and loss concepts

• Cost price

• Selling price

• Profit percentage

• Loss percentage

• Discount

Simple Interest and Compound Interest:

• Simple interest concepts

• Compound interest concepts

• Applications of simple and compound interest

Time and Distance:

• Speed, time, and distance concepts

• Relative speed

• Average speed

• Applications of time and distance concepts

Data Interpretation:

• Data interpretation concepts

• Tables

• Graphs

• Charts

• Data sufficiency

Geometry:

• Basic geometry concepts

• Area

• Perimeter

• Volume

• Pythagoras theorem

1. 📖Electrical Engineering

Electrical Fundamentals:

• Basic concepts of electricity, such as voltage, current, resistance, power, and energy

• AC and DC circuits

• Network theorems, such as Kirchhoff's laws, Thevenin's theorem, and Norton's theorem

• Electromagnetism and magnetic circuits

• Transformers

• Induction motors

Electrical Machines:

• DC machines, including generators and motors

• AC machines, including synchronous machines and induction machines

• Single-phase and three-phase systems

• Power factor and power factor correction

Electronic Devices and Circuits:

• Semiconductor devices, such as diodes, transistors, and integrated circuits

• Digital electronics

• Operational amplifiers

• Electronic communication systems

Control Systems:

• Basic concepts of control systems, such as feedback, stability, and response time

• Block diagrams and transfer functions

• PID controllers

• State-space analysis

Power Systems:

• Power generation, transmission, and distribution

• Power system analysis, including load flow and fault analysis

• Protective relaying

Instrumentation and Measurement:

• Basic concepts of measurement, such as accuracy, precision, and resolution

• Transducers and instrumentation amplifiers

• Data acquisition systems

• Digital signal processing

2. 📖Mechanical Engineering

Applied Mechanics:

• Force, work, energy, and power

• Laws of motion and friction

• Simple machines

• Centroids and moments of inertia

• Kinematics and kinetics of rigid bodies

• Stress and strain

• Bending and shear stresses

• Torsional stress

Engineering Materials:

• Properties of materials

• Ferrous and non-ferrous metals

• Polymers and composites

• Heat treatment of steels

• Mechanical testing of materials

Machine Design:

• Design of machine elements

• Gears, bearings, and couplings

• Springs and brakes

• Belts, pulleys, and chains

• Machine tools

• Power transmission

Thermal Engineering:

• Thermodynamics

• Heat transfer

• Fluid mechanics

• Internal combustion engines

• Refrigeration and air conditioning

• Power plant engineering

Production Engineering:

• Manufacturing processes

• Metal forming and casting

• Welding and joining

• Metrology and quality control

• Production planning and control

Engineering Drawing:

• Orthographic projection

• Isometric projection

• Sections and intersections

• Dimensions and tolerances

• Assembly drawings

Electrical and Electronics Engineering:

• Basic electrical concepts

• DC circuits

• AC circuits

• Transformers and motors

• Electronic devices and circuits

• Digital electronics

Instrumentation and Control:

• Measurement of mechanical and electrical parameters

• Control systems

• Data acquisition and processing

• Industrial automation

3. 📖Control and Instrumentation

Fundamentals of Control and Instrumentation:

• Basic concepts of control systems

• Block diagram representation of control systems

• Transfer functions and frequency response

• Stability analysis of control systems

• Introduction to feedback control systems

Process Control:

• Process modeling and simulation

• Process control instrumentation

• PID controllers

• Advanced control strategies

• Process monitoring and fault detection

Instrumentation:

• Sensors and transducers

• Signal conditioning

• Data acquisition and transmission

• Industrial control systems

• Programmable logic controllers (PLCs)

Applications of Control and Instrumentation:

• Process control in industries such as chemical, petrochemical, and power generation

• HVAC control systems

• Robotics and automation

• Biomedical instrumentation