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GATE MT 2027 Program Official Curriculum

8 Full Syllabus Sections

100% covered from Fundamentals to GATE Level

AIR 1 Tested Strategy

Concept-wise problem sets & past 30 yr solutions

TCS iON Test Simulator

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Live Exam Clock

GATE MT 2027 Official Countdown

Organizing Institute: IIT Madras • Standard February Slot

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Recommended Phase: Phase 1 - Fundamental Concept Building
Organizing Institute: IIT Madras

GATE 2027 Official Exam Calendar

Track crucial registration windows, admit card releases, and exam dates for Metallurgical Engineering (MT).

AUGUST 2026

Notification Release

Official GATE 2027 brochure & eligibility criteria released on GOAPS portal.

Status: Upcoming
SEP - OCT 2026

GOAPS Application Window

Online application submission begins. Extended late fee window available till mid-October.

Key Action Phase
JANUARY 2027

Admit Card Download

Admit cards available for download on the official IIT Madras GATE portal.

Online Verification
FEB 6 - 14, 2027

GATE MT Exam Days

Metallurgical Engineering Paper scheduled in designated CBT exam centers nationwide.

Target Examination
IIT Madras Official Curriculum

GATE MT 8-Section Syllabus Showcase

Slide through the complete 8 sections of Metallurgical Engineering with dynamic graphic illustrations, weightage insights, and formula highlights.

Section 1 • Engineering Maths ~13 - 15 Marks

Engineering Mathematics

Linear Algebra (Matrices, Eigenvalues), Calculus (Fourier series & transforms), Vector Calculus (Gauss Theorem), ODEs & PDEs, Probability & Statistics, and Numerical Methods (Newton-Raphson).

Eigenvalues Gauss Theorem Poisson Dist. Newton-Raphson
DYNAMIC VECTOR FIELD
det(A-λI)=0
Key Formula: |A - λI| = 0 Study Module →
Section 2 • Core Metallurgy ~12 - 15 Marks

Metallurgical Thermodynamics

Laws of Thermodynamics, Free Energy, Maxwell's Relations, Ideal & Regular Solutions, Binary Phase Diagrams, Lever Rule, Ellingham Diagrams, and Electrochemical Potential-pH (Pourbaix) diagrams.

Ellingham Diagram Gibbs Phase Rule Nernst Eq.
ELLINGHAM FREE ENERGY PLOT
ΔG° Temp T 2CO + O2 = 2CO2
Key Formula: ΔG° = -RT ln(K) Study Module →
Section 3 • Transport & Kinetics ~10 - 12 Marks

Transport Phenomena & Rate Processes

Momentum Transfer (Viscosity, Bernoulli's equation), Heat Transfer (Fourier's law, radiation), Mass Transfer (Fick's 1st & 2nd Laws), Dimensional Analysis, and Chemical Kinetics.

Fourier's Law Fick's Diffusion Reynolds No.
FLUID VELOCITY BOUNDARY LAYER
v(y) Profile
Key Formula: J = -D (∂C/∂x) Study Module →
Section 4 • Industrial Extractive ~14 - 16 Marks

Extractive Metallurgy & Ironmaking

Mineral Beneficiation (Flotation), Extraction of Al, Cu, Zn, Blast Furnace Ironmaking (MIDREX, COREX), BOF/EAF Primary Steelmaking, and Continuous Casting.

Blast Furnace BOF Converter Froth Flotation
BLAST FURNACE SCHEMATIC
1500°C Liquid Fe
Focus: C + O2 → CO2 & CO Reduction Study Module →
Section 5 • Highest Weightage ~18 - 22 Marks

Physical Metallurgy

Characterisation (XRD Bragg's law, SEM), Defects, Solidification, Phase Transformations (TTT/CCT diagrams, Martensitic, Heat treatment of steel), and Corrosion.

XRD Bragg's Law Fe-Fe3C Diagram TTT & CCT Curves
XRD BRAGG DIFFRACTION PEAKS
(110) Peak
Key Formula: λ = 2d sin(θ) Study Module →
Section 6 • Mechanics & Dislocations ~15 - 18 Marks

Mechanical Behaviour of Materials

Stress Tensor & Mohr's Circle, Tresca & Von Mises Yield Criteria, Dislocation Theory, Hall-Petch Strengthening, LEFM Fracture, Fatigue, and High-Temp Creep.

Mohr's Circle Hall-Petch Relation Griffith Theory
MOHR'S CIRCLE STRESS STATE
σ1
Key Formula: σ_y = σ_0 + k_y d^(-1/2) Study Module →
Section 7 • Manufacturing & NDT ~12 - 14 Marks

Manufacturing Processes

Metal Casting (Chvorinov's rule), Rolling, Forging, Extrusion, Wire Drawing, Welding Metallurgy, Powder Metallurgy, and Non-Destructive Testing (Ultrasonic, Dye Penetrant).

Chvorinov's Rule Welding HAZ Ultrasonic NDT
CASTING GATING & RISER SYSTEM
Mold Cavity
Key Formula: t_s = B (V/A)^2 Study Module →
Section 8 • Advanced Materials ~8 - 10 Marks

Materials Science & Non-Metallics

Polymers (Thermographics, Crystallinity), Ceramics (Radius ratio, Schottky/Frenkel defects), Composites (Isostrain/Isostress loading), Electronic Band Gaps, and Magnetic B-H Loops.

Schottky Defect Isostrain Modulus B-H Loop
ELECTRONIC BAND GAP STRUCTURE
Conduction Band Valence Band Band Gap Eg
Key Formula: E_c = E_f V_f + E_m V_m Study Module →
Daily GATE Challenge

TCS iON Exam Simulator Question of the Day

Experience the exact official TCS iON GATE CBT interface, complete with Question Palette, Virtual Calculator, and detailed metallurgical derivations.

GATE 2027 MT
Metallurgical Engineering • Daily QOD
Time Left: 02:45
Question No. 1
Type: MCQ (Multiple Choice) Marks: +2.0 / -0.66

At 1000 K, the standard Gibbs free energy of formation for titanium dioxide ($\text{TiO}_2$) reaction:

\text{Ti (s)} + \text{O}_2 \text{ (g)} \rightarrow \text{TiO}_2 \text{ (s)}, \quad \Delta G^\circ = -730,000 \text{ J/mol}

Calculate the equilibrium oxygen partial pressure ($P_{\text{O}_2}$) required for the dissociation of $\text{TiO}_2$ at $1000\text{ K}$. (Universal gas constant $R = 8.314\text{ J/mol}\cdot\text{K}$).

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Roll: 2027MT8812

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Dominating AIR 1
6 Consecutive Years (2019 - 2024)

Results don't happen by chance. Our targeted metallurgy pedagogy produces top ranks consistently.

2019
AIR 1 2019

Arjun Mehta

IIT Bombay

AIR 1
2020
AIR 1 2020

Kavya Sharma

IIT Kanpur

AIR 1
2021
AIR 1 2021

Rohan Deshmukh

IIT Madras

AIR 1
2022
AIR 1 2022

Vikram Singh

IIT Kharagpur

AIR 1
2023
AIR 1 2023

Neha Gupta

IIT Roorkee

AIR 1
2024
AIR 1 2024

Siddharth Roy

IISc Bangalore

AIR 1
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In Top 100

AIR 1 Rahul Kumar AIR 1

Rahul Kumar

Marks: 88.33 / 100

"Samarjeet Sir's Thermodynamics notes were a total gamechanger for my preparation."

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High-Yield Reading

Metallurgy Insights & Exam Hacks

Curated articles, formula cheat sheets, and topper strategy guides authored directly by Samarjeet Kumar Singh.

Thermodynamics 5 Min Read

Mastering Ellingham Diagrams in 3 Easy Steps

Learn how to calculate oxygen partial pressure thresholds and reduction potential for metals with simple graphical techniques.

By Samarjeet Sir
Physical Met 7 Min Read

Top 15 Physical Metallurgy High-Yield Formulas

From XRD Bragg's law calculations to Kirkendall effect diffusion equations and TTT cooling rates, master these key exam equations.

By AIR 1 Rahul Kumar
Extractive 6 Min Read

Blast Furnace Stoichiometry & Heat Balances

A quick step-by-step guide to solving complex Blast Furnace material balance numericals involving carbon direct/indirect reduction.

By Samarjeet Sir
Samarjeet Kumar Singh Founder & Chief Mentor
Meet The Architect

Samarjeet Kumar Singh

"Metallurgy isn't just formulas and phase diagrams. It is about visualizing microstructures and mastering thermodynamics strategy. My mission is to make GATE Metallurgy simple, logical, and scoring."

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