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Subject-Specific — GATE

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About Subject-Specific in GATE

Subject-Specific is one of the 6 core subjects in the GATE syllabus. Our editorial team has structured this section into 20 topic notes that follow the official GATE weightage and the latest exam-pattern guidance. Each topic note is researched against the published GATE syllabus, drafted with AI assistance, and reviewed by before it ships.

The topics below are ordered by their syllabus weightage so you can focus on high-yield areas first. If you are starting late or short on time, prioritise the top-weighted topics and use our study-plan generator for a time-boxed plan.

Topic weightage for Subject-Specific

The top 12 topics in Subject-Specific by exam weightage. Totals reflect the share of the Subject-Specific section in GATE; weight values are taken from the published exam pattern.

TopicWeight
Thermodynamics — Laws and Applications 3%
Thermodynamic Cycles and Steam Turbines 3%
Heat Transfer — Conduction 3%
Heat Transfer — Convection and Radiation 3%
Manufacturing Engineering — Casting and Welding 3%
Manufacturing Engineering — Machining and CNC 3%
Machine Design — Stress Analysis 3%
Machine Design — Bearings and Gears 3%
Theory of Machines — Kinematics 3%
Theory of Machines — Dynamics 3%
Strength of Materials — Axial and Torsional Loading 3%
Strength of Materials — Beams and Columns 3%
Combined36%

How to use these notes

Start with the highest-weighted topic in the table above. Each topic page opens with the concept, then works through formulas or frameworks, exam-pattern context, and a short verification block citing the official source. Notes are designed for a 25-30 minute focused study session per topic, with summary flashcards at the end for revision passes.

Frequently asked questions

What topics are covered in Subject-Specific for GATE?

Subject-Specific for GATE covers 20 topics including Thermodynamics — Laws and Applications, Thermodynamic Cycles and Steam Turbines, Heat Transfer — Conduction, and more. Each topic offers three content tiers: Quick (last-minute revision), Standard (comprehensive study), and Deep (expert-level coverage).

What is the weightage of Subject-Specific in GATE?

Subject-Specific carries significant weight in GATE. Our roadmap prioritises topics by their exam frequency and marks weightage, so you can focus on high-yield topics first and maximise your score with the time available.

Which Subject-Specific topics should I study first for GATE?

Start with the highest-weighted topics in Subject-Specific for GATE. Our roadmap algorithm orders all topics by exam weight — covering the most frequently-tested concepts first so you score maximum marks early in your preparation.

Are these Subject-Specific notes enough for GATE preparation?

These notes cover the complete GATE Subject-Specific syllabus with Quick, Standard, and Deep content tiers. Use them alongside your AI-generated study roadmap for prioritised study sessions and regular revision before exam day.

Reviewed by · methodology: research → draft → verify → curate.

All 20 Subject-Specific Topics

subjec-001 3%

Thermodynamics — Laws and Applications

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subjec-002 3%

Thermodynamic Cycles and Steam Turbines

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subjec-003 3%

Heat Transfer — Conduction

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subjec-004 3%

Heat Transfer — Convection and Radiation

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subjec-005 3%

Manufacturing Engineering — Casting and Welding

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subjec-006 3%

Manufacturing Engineering — Machining and CNC

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subjec-007 3%

Machine Design — Stress Analysis

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subjec-008 3%

Machine Design — Bearings and Gears

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subjec-009 3%

Theory of Machines — Kinematics

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subjec-010 3%

Theory of Machines — Dynamics

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subjec-011 3%

Strength of Materials — Axial and Torsional Loading

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subjec-012 3%

Strength of Materials — Beams and Columns

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subjec-013 3%

Fluid Mechanics — Fluid Statics and Kinematics

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subjec-014 3%

Fluid Mechanics — Flow Through Pipes and Hydraulic Machines

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subjec-015 3%

Engineering Mechanics — Statics

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subjec-016 3%

Engineering Mechanics — Dynamics

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subjec-017 3%

Control Systems — Transfer Function and Block Diagrams

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subjec-018 3%

Control Systems — Time and Frequency Response

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subjec-019 3%

Electrical Machines — Transformers

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subjec-020 3%

Electrical Machines — DC Machines and Induction Motors

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🌍 Equivalent Exams in Other Countries

The same field of study — accepted in other countries' universities.

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