GATE ME Previous Year Questions & Study Resources
GATE Mechanical Engineering (ME)
1,690 solved GATE ME questions from 2014–2026, each with the official answer and a step-by-step solution. Solving past papers is the highest-signal preparation there is: it teaches the real difficulty level, the recurring topics, and the time pressure of the actual exam.
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GATE ME subject-wise PYQs
Choose a subject to revise one area at a time. Subject tags can overlap; these question counts are not marks weightage.
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Build on your GATE ME PYQ revision
Reading a solution is a useful start. In Success Tracker, you can attempt questions yourself, review mistakes and return to the topics that need another pass.
- PYQs with solutions
- Attempt available previous-year questions, then compare your reasoning with the worked solution. Coverage varies by stream.
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- Choose a topic, work on weaker areas and bookmark questions to revisit. Your attempts feed your progress tracking.
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Learn the concept, then solve the PYQs
Start with the available GATE ME revision companions: Engineering Mathematics, General Aptitude, Manufacturing Processes, Thermodynamics, Strength of Materials, Theory of Machines & Vibrations, Fluid Mechanics, Heat Transfer, Engineering Mechanics, Industrial Engineering, Machine Design, Metrology, CIM & Additive Mfg, Engineering Materials, Turbomachinery. Each combines concept notes, mistakes to avoid, an original worked example, a self-check and free further reading with the subject’s PYQs. No account is needed to read them.
Engineering Mathematics: verify conditions before applying a formula
State the domain, convergence condition, or matrix property a method requires before substituting values. These selected foundations connect linear algebra, calculus, differential equations, probability, and numerical methods as they appear in the GATE ME syllabus. Each topic needs its own deeper study.
Read notes and solve questionsGeneral Aptitude: read the claim, then test it
Separate what is stated from what is inferred. Verbal reasoning depends on the passage's own claims; quantitative reasoning depends on a stated relationship. These selected foundations connect reading comprehension, data interpretation, and basic arithmetic reasoning. They are not a substitute for broader practice.
Read notes and solve questionsManufacturing Processes: match the process to its mechanics and limits
Identify whether a process is casting, forming, joining, or machining, then apply the relevant mechanics: fluid flow for casting, plastic deformation for forming, heat input for welding, or cutting mechanics for machining. These selected foundations cover core manufacturing topics. They are not a complete syllabus; non-traditional machining and detailed weld metallurgy need separate study.
Read notes and solve questionsThermodynamics: account for energy across a chosen boundary
Begin with Laws & Properties: identify the system, label transfers, and distinguish states from processes. These original ideal-gas exercises build selected foundations, not a complete syllabus. Audit signs and units before calculating.
Read notes and solve questionsStrength of Materials: move from axial force to elastic displacement
Study Stress, Strain & Elastic Constants through equilibrium, material response, and displacement constraints. These original axial-bar exercises build selected foundations; beams, columns, and material testing need separate study.
Read notes and solve questionsTheory of Machines & Vibrations: trace the motion from input to output
Identify kinematic pairs, count degrees of freedom, and track velocity through linkages and gear trains before analyzing forces or vibrations. These selected foundations cover mechanisms, gear trains, and single-DOF vibrations. They are not a complete syllabus; balancing, governors, and multi-DOF systems need separate study.
Read notes and solve questionsFluid Mechanics: connect mass flow with pressure and elevation
Start with Fluid Kinematics & Dynamics: continuity constrains mass transport, while Bernoulli constrains mechanical energy under additional assumptions. These original idealized-liquid exercises build selected foundations, not comprehensive coverage of viscous or compressible flow.
Read notes and solve questionsHeat Transfer: identify the mode, then write the rate equation
Determine whether conduction, convection, or radiation dominates, then apply the corresponding rate equation with correct boundary conditions. These selected foundations cover one-dimensional conduction, convection correlations, and basic radiation exchange. They are not a complete syllabus; transient conduction, boiling, and condensation need separate study.
Read notes and solve questionsEngineering Mechanics: draw the free-body diagram before writing equations
Identify the system, isolate it, and label every external force and moment before applying equilibrium or Newton's laws. These selected foundations cover statics and dynamics of particles and rigid bodies. They are not a complete syllabus; friction, virtual work, and 3D problems need separate study.
Read notes and solve questionsIndustrial Engineering: model the system, then optimize the objective
Define the decision variables, constraints, and objective function before solving. These selected foundations connect work study, inventory models, scheduling, linear programming, and quality control. They are not a complete syllabus; simulation, facility layout, and advanced scheduling heuristics need separate study.
Read notes and solve questionsMachine Design: identify loading, then check stress against strength
Determine the type of loading (static, fluctuating, or impact), compute the relevant stress, and compare it against the appropriate material strength using the correct failure theory. These selected foundations cover static and fatigue design of common machine elements. They are not a complete syllabus; detailed bearing life, gear-tooth analysis, and weld design need separate study.
Read notes and solve questionsMetrology, CIM & Additive Mfg: define the tolerance, then verify the measurement
Specify the nominal dimension, tolerance band, and allowable deviation before selecting the measurement system. These selected foundations connect limits and fits, measurement instruments, CNC programming, and additive manufacturing basics. They are not a complete syllabus; advanced GD&T and detailed CIM architectures need separate study.
Read notes and solve questionsEngineering Materials: link structure to properties through processing
Connect crystal structure and phase diagrams to mechanical properties and heat-treatment outcomes. These selected foundations cover crystallography, the iron-carbon system, and basic material testing. They are not a complete syllabus; composites, polymers, and advanced alloys need separate study.
Read notes and solve questionsTurbomachinery: draw velocity triangles, then apply Euler's equation
Identify the machine type (impulse or reaction), draw inlet and outlet velocity triangles, and apply the Euler turbomachinery equation to find energy transfer. These selected foundations cover basic turbine and pump analysis. They are not a complete syllabus; detailed cascade analysis, compressor maps, and cavitation need separate study.
Read notes and solve questionsA repeatable PYQ revision routine
- Attempt a question before reading its solution. Write down your assumptions and reasoning, not just the answer.
- Compare the reasoning. Classify a miss as a concept gap, a calculation error or a misread condition.
- Use the revision notes to repair the gap, then attempt a different question from the same subject.
- Reattempt the missed question later without the solution. Use a complete paper to check pacing after topic revision.
This is our suggested study workflow, not an official sequence or a prediction of the next paper. Read how we produce our content.
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GATE ME 2026
65 questions · 1 paper
GATE ME 2025
65 questions · 1 paper
GATE ME 2024
65 questions · 1 paper
GATE ME 2023
65 questions · 1 paper
GATE ME 2022
130 questions · 2 papers
GATE ME 2021
130 questions · 2 papers
GATE ME 2020
130 questions · 2 papers
GATE ME 2019
130 questions · 2 papers
GATE ME 2018
130 questions · 2 papers
GATE ME 2017
130 questions · 2 papers
GATE ME 2016
195 questions · 3 papers
GATE ME 2015
195 questions · 3 papers
GATE ME 2014
260 questions · 4 papers
Guides & resources
GATE Mechanical 2027: Dates, Eligibility & Exam Pattern
GATE Mechanical 2027: GATE exam window 6–21 Feb 2027; paper slot unannounced. IIT Madras dates, eligibility, fees and marking rules. Dates liable to change.
Official syllabusGATE Mechanical Syllabus 2027: PDF & Topics
Read the official GATE ME 2027 syllabus, including Additive Manufacturing and PID control, with PDFs, verified comparisons and practical revision checkpoints.