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Indian institute of Technology (IIT), Madras

  • The institute was inaugurated in 1959, by the then Union Minister for Scientific Research and Cultural Affairs
  • The Campus is near Raj, bhavan where governor of Tamil Nadu sits and the other entrance falls on Gandhi road. Campus is just 10 km from Airport of Chennai and 12 km from Chennai railway station.

Motto सिद्धिर्भवति कर्मजा
Established in 1959
Dean Prof. Koshy Varghese
Director Prof. Bhaskar Ramamurti
Address Chennai, Tamil Nadu, 600036, India

IIT campus is spread over 250 hectors, it has nearly 550 faculty, 8000 students and 1250 administrative & supporting staff. IIT Madras offers U.G, P.G and research degrees across 16 disciplines in Engineering, Sciences, Humanities and Management

About Campus and Hostel

  • IIT-M is located in Chennai city which is state capital of Tamil Nadu
  • The city was formerly known as Madras and was renamed Chennai, which evolved from old name ‘Chennapatnam’. Chennai is a coastal city with the second largest beach in the world known as ‘Marina’ beach. The climate is generally hot and humid. During summers, (May – July) the temperature reaches up to 42° C ; while, in winters (Dec. – Feb.), it is slightly less hot 18° C. The Monsoon season starts in September and lasts till November.

Program Offered

  • Bachelor of Technology (B Tech)
  • Dual Degree progammes in Engineering leading to B Tech and M Tech degrees
  • Master of Technology (M Tech)
  • Master of Science (MSc)
  • Master of Arts (MA)
  • Master of Business Administration (MBA)

The following are the Research oriented degrees offered by the departments:

  • Master of Science by Research (MS)
  • Doctor of Philosophy (PhD)

Specialty Courses

  • Aerospace Engineering
  • Biotechnology
  • Civil Engineering
  • Chemical Engineering
  • Computer Science and Engineering
  • Electrical Engineering
  • Engineering Physics
  • Mechanical Engineering
  • Metallurgical and Materials Engineering
  • Naval Architecture & Ocean Engineering
Sector CTC (per annum – in lakh)
Engineering 12.5
Humanities & Social Sciences 7.8

GATE Cutoff For IIT Madras 2019

Program Qualifying Discipline GATE Cutoff 2019
AE1Y AE GEN – 761
OBC – 625
SC – 442
ST – 277
AE1Y* ME GEN – 761
OBC – 746
SC – 564
ST – 451
AE1Y* AU,CE,CH,EN,MF,MM,NA,PR GEN – 762
AM1Y AE,AU,CE,CH,ME,MM,NA,PR,ZE GEN – 746
OBC – 691
SC – 615
ST – 494
AM2Y BM GEN – 485
OBC – 609
SC –
ST –
AM2Y* IN GEN – 737
OBC – 609
SC –
ST –
AM2Y* AE,CE,CH,CS,EC,EE,ME,MM,ZE GEN – 773
OBC –
SC – 547
ST – 375
BT1Y AE,AG,AR,AU,BI,BM,BT,CE,CH,CR,CS,EC,EE,EN,E GEN – 711
OBC – 511
SC – 317
ST – 276
CA1Y CH,ZE GEN – 514
OBC – 460
SC – 371
ST –
CA1Y CY,ZS GEN – 547
OBC – 350
SC –
ST –
CE1Y CE GEN – 808
OBC – 762
SC – 630
ST – 552
CE1Y AR GEN – 862
OBC – 852
SC –
ST –
CE2Y CE GEN – 722
OBC – 644
SC – 463
ST – 470
CE2Y* AG,BT,CH,EV,ME,ZE GEN – 741
OBC – 660
SC –
ST –
CE3Y CE GEN – 788
OBC – 742
SC – 563
ST – 526
CE4Y CE GEN – 674
OBC – 628
SC – 478
ST – 439
CE4Y* AG GEN – 725
OBC –
SC –
ST –
CE5Y CE GEN – 859
OBC – 748
SC – 596
ST – 519
CE6Y* AR,ZE GEN – 783
OBC – 697
SC –
ST –
CH1Y BI,CH,EV,ZE,ZS GEN – 649
OBC – 586
SC – 474
ST – 389
CL1Y AE,AG,AR,AU,BI,BM,BT,CE,CH,CR,CS,EC,EE,EN,E GEN – 642
OBC – 566
SC – 424
ST – 322
CS1Y P,EV,IE,IN,IT,ME,MF,ML,MM,MR,NA,PE,PI,PR,ZE GEN – 825
OBC – 729
SC – 566
ST – 485
EE1Y EC,EE,EP,IN,ZE GEN – 787
OBC – 680
SC – 503
ST – 400
EE2Y EC,EE,EN,EP,IN,ZE GEN – 852
OBC – 806
SC – 559
ST – 771
EE3Y EC,EE,EP,IN,ZE GEN – 891
OBC – 834
SC – 618
ST – 618
EE4Y IN,BM,ZE GEN – 741
OBC – 730
SC –
ST – 418
EE4Y BM,EC,EE,EP,ZE GEN – 855
OBC – 831
SC – 707
ST –
EE5Y PH,EP GEN – 603
OBC –
SC –
ST –
EE5Y EC,EE,IN,ZE GEN – 845
OBC – 799
SC – 580
ST – 524
EE6Y EE,EC,EP,IN,ZE GEN – 857
OBC – 813
SC – 566
ST – 637
MA1Y MA GEN – 601
OBC – 421
SC – 207
ST –
MA1Y* PH GEN – 646
OBC –
SC –
ST –
MA1Y* AE,CE,CH,CS,EC,EE,ME,MM,NA GEN – 863
OBC – 757
SC – 538
ST – 453
ME1Y ME GEN – 811
OBC – 756
SC – 586
ST – 529
ME1Y* AE,AU,CH,EN,MR,PE,ZE,ZS GEN – 858

IIT Madras 2018

Program Qualifying Discipline GATE Cutoff 2018
AE1Y AE GEN – 847
OBC – 752
SC – 444
ST – 276
AE1Y* ME GEN – 794
OBC – 782
SC – 648
ST –
AM1Y AE,AU,CE,CH,ME,MM,NA,ZE GEN – 786
OBC – 739
SC – 564
ST – 446
AM2Y BM GEN – 581
OBC – 434
SC –
ST –
AM2Y* IN GEN – 716
OBC –
SC – 388
ST –
AM2Y* AE,CE,CH,CS,EC,EE,ME,MM,ZE GEN – 736
OBC – 635
SC –
ST –
E,PI,PR,ZE GEN – 676
OBC – 591
SC – 487
ST – 487
CA1Y CH,ZE GEN – 539
OBC – 489
SC – 394
ST –
CA1Y CY,ZS GEN – 441
OBC –
SC –
ST –
CE1Y CE GEN – 863
OBC – 754
SC – 639
ST –
CE1Y AR GEN – 856
OBC –
SC –
ST – 195
CE2Y CE GEN – 800
OBC – 724
SC – 692
ST –
CE2Y* AG,BT,CH,EV,ME,ZE GEN – 811
OBC – 729
SC –
ST –
CE3Y CE GEN – 810
OBC – 804
SC – 804
ST –
CE4Y CE GEN – 795
OBC – 744
SC – 591
ST – 470
CE4Y AG GEN – 660
OBC –
SC –
ST – 156
CE4Y* EV,ME,ZE GEN – 1000
OBC –
SC –
ST –
CE5Y CE GEN – 895
OBC – 846
SC – 640
ST –
CE6Y CE GEN – 826
OBC – 747
SC – 524
ST – 497
CE6Y* AR,ZE GEN – 851
OBC –
SC –
ST –
CH1Y BI,CH,EV,ZE,ZS GEN – 694
OBC – 603
SC – 294
ST – 448
E,PI,PR,ZE GEN – 682
OBC – 577
SC – 383
ST – 382
CS1Y All Disciplines of Qualifying Degree GEN – 770
OBC – 695
SC – 560
ST – 394
EE1Y EC,EE,EP,IN,ZE GEN – 692
OBC – 622
SC – 436
ST – 320
EE2Y EC,EE,EN,EP,IN,ZE GEN – 762
OBC –
SC – 576
ST – 470
EE3Y EC,EE,EP,IN,ZE GEN – 775
OBC – 662
SC – 589
ST – 365
EE4Y IN,BM,ZE GEN – 755
OBC – 705
SC – 563
ST – 292
EE4Y BM,EC,EE,EP,ZE GEN – 749
OBC – 742
SC – 624
ST – 433
EE5Y EC,EE,IN,ZE GEN – 766
OBC – 698
SC – 503
ST – 273
EE6Y EE,EC,EP,IN,ZE GEN – 745
OBC – 727
SC – 616
ST – 268
MA1Y MA GEN – 483
OBC – 430
SC – 335
ST –
MA1Y* PH GEN – 55
4OBC – 444
SC – 401
ST –
MA1Y* AE,CE,CH,CS,EC,EE,ME,MM,NA GEN – 822
OBC – 791
SC –
ST – 381
ME1Y ME GEN – 822
OBC – 782
SC – 630
ST – 458
ME2Y ME GEN – 871
OBC – 832
SC – 665
ST – 623
ME2Y* AE,AU,ZE,ZS GEN – 1000
OBC –
SC –
ST –
ME3Y ME GEN – 787
OBC – 752
SC – 602
ST – 484
ME3Y* AE,AU,CS,EC,EE,IE,IN,MF,ML,NA,PI,PR,ZE GEN – 831
OBC –
SC –
ST –
MM1Y MM GEN – 593
OBC – 551
SC – 444
ST – 231
MM1Y* BT,CH,CR,CY,ME,MF,MS,NT,PH,PR,ZE,ZS GEN – 780
OBC – 739
SC – 564
ST –
OE1Y AE,CE,ME,MR,NA,ZE GEN – 700
OBC – 650
SC – 526
ST – 328
OE2Y AE,CE,ME,MR,NA,ZE GEN – 693
OBC – 626
SC – 483
ST – 296
PE1Y All Disciplines of Qualifying Degree GEN – 660
OBC – 556
SC – 192
ST – 92
PH1Y PH GEN – 384
OBC – 367
SC – 193
ST –
PH1Y* EP,NT GEN – 603
OBC –
SC – 295
ST –

IIT Madras 2017 – With Y Code

Program Eligible GATE Disciplines GATE Cutoff Scores
Aerospace Engineering (AE1Y) AE General – 641
OBC – 614
SC – 438
ST – 493
PWD – 466
ME SC – 750
ST – 412
PR, NA, MM, MF, AU, CH, EN, CE General – 681
OBC – 644
ZS, EC, ZE, CS, EE, IN SC – 634
Engineering Mechanics (AM1Y) NA, MM, AE, ZE, AU, CE, CH, ME General – 766

 

OBC – 743

SC – 572

ST – 405

Biomedical Engineering (AM2Y) BM General – 357
IN General – 748
OBC – 424
MM, AE, ZE, ME, CH, CE, CS, EE, EC General – 760
OBC – 656
Catalysis Technology (CA1Y) ZE, CH General – 577

 

OBC – 508

SC – 362

ST – 246

ZS, CY General – 381
Building Technology and Construction Management (CE1Y) CE General – 754

 

OBC – 723

ST – 524

PWD – 321

AR General – 734
OBC – 606
ZE OBC – 294
Environmental Engineering (CE2Y) CE General – 730

 

OBC – 643

SC – 606

ST – 448

ZE, AG, BT, CH, EV, ME General – 814
OBC – 676
PWD – 380
Geotechnical Engineering (CE3Y) CE General – 768

 

OBC – 651

SC – 499

ST – 397

Hydraulic and Water Resources Engineering (CE4Y) CE General – 700

 

OBC – 666

SC – 478

ST -362

AG General – 630
OBC – 517
ZE, EV, ME SC – 500
Structural Engineering (CE5Y) CE General – 730

 

SC – 507

ST – 454

PWD – 282

Transportation Engineering (CE6Y) CE General – 714

 

OBC – 637

SC – 475

ST -382

ZE, AR General – 835
Chemical Engineering (CH1Y) ZE, ZS, BI, CH, EV General – 582

 

OBC – 573

SC – 384

ST –242

PWD – 199

Clinical Engineering (CL1Y) NA, PE, ZE, MR, AE, AG, AR, AU, BI, BM, BT, CE, CH, CR, CS, EC, EE, EN, EP, EV, IE, IN, IT, ME, MF, ML, MM, PI, PR General – 649

 

OBC – 502

SC – 409

ST -197

Computer Science and Engineering (CS1Y) CY, GG, MA, MC, MP, MS, NT, AE, AG, AR, AU, BI, BM, BT, CE, CH, CR, CS, EC, EE, EN, EP, EV, IE, IN, IT, ME, MF, ML, MM, MR, NA, PE, PI, PR, ZE, OR, PH, ST, ZL, ZS General – 799

 

OBC – 658

SC – 537

ST – 345

PWD – 266

Communication and Signal Processing (EE1Y) ZE, EC, EE, EP, IN General – 740

 

OBC – 691

SC – 593

ST – 308

PWD – 290

Power System and Power Electronics (EE2Y) EE, EN, EP, IN, ZE, EC General – 771

 

OBC – 719

SC – 549

ST – 490

PWD – 264

Microelectronics and VLSI Design (EE3Y) EC, EE, EP, IN, ZE General – 838

 

OBC – 717

SC – 606

ST – 423

PWD – 410

Control and Instrumentation (EE4Y) IN General – 788

 

OBC – 700

SC – 523

ST – 398

PWD – 339

EP, BM, EC, EE, ZE General – 779
OBC – 706
SC – 550
PWD – 430
 

 

 

 

Microelectronics and Photonics (EE5Y)

PH, EP General – 429

 

SC – 213

IN, EC, EE, ZE General – 736
OBC – 678
SC – 600
ST – 472
EE, EC, EP, IN, ZE General – 773
OBC – 693
SC – 554
ST – 404
PWD – 566
Industrial Mathematics and Scientific Computing (MA1Y) MA General – 396

 

OBC – 318

SC – 315

PH General – 712
OBC – 340
NA, AE, CE, CH, CS, EC, EE, ME, MM General – 858
SC – 676
ST – 387
Thermal Engineering (ME1Y) ME General – 777

 

OBC – 739

SC – 569

ST – 419

PWD – 401

Design [Mechanical Engineering] (ME2Y) ME General – 835

 

OBC – 803

SC – 558

ST – 458

PWD – 402

Manufacturing Engineering (ME3Y) ME General – 772

OBC – 747

SC – 576

ST – 437

ZE, PR, AE, AU, CS, EC, EE, IE, IN, MF, ML, NA, Pl General – 805
OBC – 796
SC – 638
ST – 529
PWD – 257
Metallurgical and Materials Engineering (MM1Y) MM General – 526

OBC – 423

SC – 249

ST – 206

MF, MS, NT, BT, CH, CR, CY, ME, PH, PR, ZE, ZS General – 772
OBC – 739
SC – 514
ST – 402
Ocean Engineering (OE1Y) CE, ME, MR, ZE, AE, NA General – 655

 

OBC – 560

SC – 427

ST – 268

Ocean Technology (OE2Y) and (PE1Y) ME, MR, NA, AE, CE, ZE General – 677

 

OBC – 572

SC – 392

ST – 294

AE, AG, AR, AU, BI, BM, BT, CE, CH, CR, CS, EC, EE, EN, EP, EV, IE, IN, IT, ME, MF, ML, MM, MR, NA, PE, PI, PR, ZE, CY, GG, MA, MC, MP, MS, NT, OR, PH, ST, ZL, ZS General – 677
OBC – 589
SC – 267
ST – 56
Functional Materials and Nanotechnology (PH1Y) PH General – 349

 

OBC – 301

SC – 236

ST – 316

NT, EP General – 197
ZE, CY, EE, MM, MS General – 659
OBC – 603
SC – 325

IIT Madras – 2017 – With N Code

 

Program Eligible GATE Disciplines GATE Cutoff Scores
Aerospace Engineering (AE1N) AE General – 592
ME General – 691
MF, MM, NA, PR, AU, CE, CH, EN General – 599
Engineering Mechanics (Fluid Mechanics and Solid Mechanics) (AM1N) CE, CH, ME, MM, AE, AU, NA, ZE General –719
Biomedical Engineering (AM2N) BM General – 387
Building Technology and Construction Management (CE1N) CE General – 711
Environmental Engineering (CE2N) CE General – 616
Geotechnical Engineering (CE3N) CE General – 696
Hydraulic and Water Resources Engineering (CE4N) CE General – 603
Structural Engineering (CE5N) CE General – 772
Transportation Engineering (CE6N) CE General – 712

 

PWD – 289

Chemical Engineering (CH1N) EV, ZE, ZS, CH, BI General – 569
 

 

Photonics (EE3N), (EE5N), (EE6N)

EC, EE, EP, IN, ZE General – 733

 

PWD – 352

PH, EP General – 331
EC, EE, IN, ZE General – 723
EE, EC, EP, IN, ZE General – 774
Industrial Mathematics and Scientific Computing (MA1N) MA General – 358
 

 

Thermal Engineering (ME1N)

ME General – 768

 

PWD – 356

Mechanical Engineering – Design (ME2N) ME General – 796
 

 

 

Manufacturing Engineering (ME3N)

ME General – 761

 

PWD – 253

Pl, PR, ZE, AE, AU, CS, EC, EE, IE, IN, MF, ML, NA General – 812
Metallurgical and Materials Engineering (MM1N) MM General – 454
PR, ZE, ZS, BT, CH, CR, CY, ME, MF, MS, NT, PH General – 761
Ocean Engineering (OE1N) MR, NA, ZE, AE, CE, ME General – 655
Solid State Technology (PH1N) PH General – 259

IIT Madras – 2016 – With Y Code

 

Program Eligible GATE Disciplines GATE Cutoff Scores
 

 

Aerospace Engineering (AE1Y)

AE General – 756

 

OBC – 708

SC – 381

ME General – 805
SC – 734
ST – 600
SC – 415
PR, NA, MM, MF, AU, CH, EN, CE General – 743
OBC – 702
ZS, EC, ZE, CS, EE, IN SC – 430
Engineering Mechanics (AM1Y) NA, MM, AE, ZE, AU,

 

CE, CH, ME

General – 757

 

OBC – 738

SC – 549

Biomedical Engineering (AM2Y) BM General – 551

 

OBC – 466

IN General – 796
OBC – 713
MM, AE, ZE, ME, CH, CE, CS, EE, EC General – 788
SC – 524
Catalysis Technology (CA1Y) ZE, CH General – 527

 

OBC – 475

SC – 331

ST – 322

ZS, CY General – 564
OBC – 533
Building Technology and Construction Management (CE1Y) CE General – 718

 

OBC – 634

ST – 578

AR General – 798
OBC – 302
Environmental Engineering (CE2Y) CE General – 674

 

OBC – 624

SC – 544

ZE, AG, BT, CH, EV, ME General – 791
OBC – 681
Geotechnical Engineering (CE3Y) CE General – 693

 

OBC – 670

SC – 674

Hydraulic and Water Resources Engineering (CE4Y) CE General – 667

 

OBC – 634

SC – 576

ST – 413

AG General – 732
SC – 102
ZE, EV, ME ST – 404
Structural Engineering (CE5Y) CE General – 759

 

SC – 587

Transportation Engineering (CE6Y) CE General – 704

 

OBC – 666

SC – 580

ST – 406

ZE, AR General – 798
Chemical Engineering (CH1Y) ZE, ZS, BI, CH, EV General – 540

 

OBC – 435

SC – 348

ST – 475

Clinical Engineering (CL1Y) NA, PE, ZE, MR, AE, AG, AR, AU, BI, BM, BT, CE, CH, CR, CS, EC, EE, EN, EP, EV, IE, IN, IT, ME, MF, ML, MM, PI, PR General – 747

 

OBC – 700

SC – 479

ST – 393

Computer Science and Engineering (CS1Y) CY, GG, MA, MC, MP, MS, NT, AE, AG, AR, AU, BI, BM, BT, CE, CH, CR, CS, EC, EE, EN, EP, EV, IE, IN, IT, ME, MF, ML, MM, MR, NA, PE, PI, PR, ZE, OR, PH, ST, ZL, ZS General – 808

 

OBC – 729

SC – 532

ST – 404

Communication and Signal Processing (EE1Y) ZE, EC, EE, EP, IN General – 792

 

OBC – 737

SC – 542

ST – 477

Power System and Power Electronics (EE2Y) EE, EN, EP, IN, ZE, EC General – 832

 

OBC – 802

SC – 560

ST – 483

Microelectronics and VLSI Design (EE3Y) EC, EE, EP, IN, ZE General – 842

 

OBC – 796

SC – 789

ST – 604

Control and Instrumentation (EE4Y) IN General – 781

 

OBC – 738

SC – 533

EP, BM, EC, EE, ZE General – 846
SC – 442
 

 

 

 

Microelectronics and Photonics (EE5Y)

PH, EP General – 455

 

OBC – 424

SC – 475

IN, EC, EE, ZE General – 775
OBC – 734
SC – 569
ST – 463
Industrial Mathematics and Scientific Computing (MA1Y) MA General – 445

 

OBC – 421

SC – 184

PH General – 481
NA, AE, CE, CH, CS, EC, EE, ME, MM General – 802
SC – 555
ST – 547
Thermal Engineering (ME1Y) ME General – 769

 

OBC – 760

SC – 593

ST – 449

ZS, AE, AU, CH, EN, MR, PE, ZE General – 791
Design [Mechanical Engineering] (ME2Y) ME General – 779

 

OBC – 776

SC – 615

ST – 535

Manufacturing Engineering (ME3Y) ME General – 759

 

OBC – 741

SC – 564

ST – 570

ZE, PR, AE, AU, CS, EC, EE, IE, IN, MF, ML, NA, Pl SC – 667
Metallurgical and Materials Engineering (MM1Y) MM General – 556

 

SC – 325

ST – 396

MF, MS, NT, BT, CH, CR, CY, ME, PH, PR, ZE, ZS General – 752
OBC – 739
SC – 543
Ocean Engineering (OE1Y) CE, ME, MR, ZE, AE, NA General – 635

 

OBC – 603

SC – 435

ST – 379

 

 

 

Ocean Technology (OE2Y) and (PE1Y)

ME, MR, NA, AE, CE, ZE General – 649

 

OBC – 562

SC – 440

ST – 315

ME General – 723
OBC – 695
General – 514
OBC – 418
SC – 441
ST – 265
PE General – 741
OBC – 691
SC – 379
Functional Materials and Nanotechnology (PH1Y) PH General – 475

 

OBC – 347

SC – 228

NT, EP General – 470
ZE, CY, EE, MM, MS General – 827
SC – 555

IIT Madras – 2016 – With N Code

Program Eligible GATE Disciplines GATE Cutoff Scores
Aerospace Engineering (AE1N) AE General – 736
ME General – 765
MF, MM, NA, PR, AU, CE, CH, EN General – 743
Engineering Mechanics (Fluid Mechanics and Solid Mechanics) (AM1N) CE, CH, ME, MM, AE, AU, NA, ZE General –753
Biomedical Engineering (AM2N) BM General – 495
Building Technology and Construction Management (CE1N) CE General – 674
Environmental Engineering (CE2N) CE General – 651
Geotechnical Engineering (CE3N) CE General – 685
Hydraulic and Water Resources Engineering (CE4N) CE General – 620
Structural Engineering (CE5N) CE General – 703
Transportation Engineering (CE6N) CE General – 699
Chemical Engineering (CH1N) EV, ZE, ZS, CH, BI General – 522
Photonics (EE5N) EE, IN, PH, EP, EC, ZE General – 760
Industrial Mathematics and Scientific Computing (MA1N) MA General – 366
Thermal Engineering (ME1N) ME General – 768
Mechanical Engineering – Design (ME2N) ME General – 722
  Manufacturing Engineering (ME3N) ME General – 755
Pl, PR, ZE, AE, AU, CS, EC, EE, IE, IN, MF, ML, NA General – 790
Metallurgical and Materials Engineering (MM1N) MM General – 551
PR, ZE, ZS, BT, CH, CR, CY, ME, MF, MS, NT, PH General – 759
Ocean Engineering (OE1N) MR, NA, ZE, AE, CE, ME General – 654
Solid State Technology (PH1N) PH General – 450

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GATE ME 2021 Analysis

Analysis of ME Slot-1 will be uploaded on 14th February 2021 at 3 PM.

Analysis of ME Slot-2 will be uploaded on 14th February 2021 at 8 PM.

GATE CH 2021 Analysis

Analysis of CH will be uploaded on 13th February 2021 at 3 PM.

GATE CSE 2021 Analysis

Analysis of CSE Slot-1 will be uploaded on 13th February 2021 at 3 PM.

Analysis of CSE Slot-2 will be uploaded on 13th February 2021 at 8 PM.

GATE EC 2021 Analysis

Analysis of EC will be uploaded on 7th February 2021 at 8 PM.

Analysis of EE will be uploaded on 7th February 2021 at 3 PM.

GATE IN 2021 Analysis

Analysis of IN will be uploaded on 6th February 2021 at 3 PM.

GATE CE 2021 Analysis

Analysis of CE-Slot 1 will be uploaded on 6th February 2021 at 3 PM.

Analysis of CE-Slot 2 will be uploaded on 6th February 2021 at 8 PM.

Mechanical Engineering

GATE Study Planner Mechanical Engineering(ME)

Introduction

Hi Warriors,

Please find a comprehensive GATE Study Plan for your GATE exam 2021 preparation. The number of hours considered in this planner is 3 hours per day (on an average). You can adjust number of hours as per your convenience. For instance, if you see the Master planner below, you will find we need approx. 220-250 hours for completing Stage-I. So if we study 3 hours, on an average, for 90 days = 270 hours, we can easily cover what’s given in the document.

Note: This plan is designed in consideration with students who have got top 100 ranks in GATE or any national level exam in the past few years

A similar plan is followed by many exam toppers and is highly recommended by most of The top faculties of the country. You will realize while going through it that a lot of research is gone In to make it helpful to you.

The following document contains :

  • Master plan
  • Flow of a subject which should be followed
  • How to make notes
  • How to do Test Analysis
  • How to do revision
  • Subject wise( topic wise) time devotion plan

1.Master Plan

Stage – I Stage – II Stage – III Stage – IV Stage – V
Notes + Gate Ques + Topic Test + Subject Test GA = 27 hrs

Maths = 44 hrs

EM = 46 hrs

FM = 69 hrs

SOM = 68 hrs

 

Thermo = 79 hrs

Manufacturing = 77 hrs

TOM = 64 hrs

MD = 40 hrs

HT = 52 hrs

IE = 59 hrs

3 FLT 3 FLT
Extra Workout One Mock with Analysis = 7 hrs 2 Mocks with Analysis = 15 hrs 3 Mocks 3 Mocks
Revise all 8 Subjects = 130 hrs Revise all Subjects = 120 hrs Revision 2 Revision 3
Total Hours 254 357 286 125 140

2. Flow of Studies for Any subject:

  1. Notes
  2. GATE que for past 10 years topic wise
  3. Topic wise test on aspiration.ai
  4. Subject tests on aspiration.ai
  5. Extra practice que + revision of subject

3.How to Make Notes:

  • If you attend lectures of any faculty through GATEFLIX then you can easily make notes. If you haven’t done so, go to online videos to do so. You may also go to Youtube:- Khan academy, Nptel or the latest and most popular are Gateflix videos.
  • Make notes neatly as they will be very very useful while revision in the last 30 days. Use 3 colour pen to indicate important, very important and very very important concepts.
  • Make a separate handbook for formulas. In exams 40% questions are direct formula based or implied formula based. Problem with students is that they tend to mix up formula. If you have this handbook of formula ready and have revised the things at least 2 times , I can guarantee you the 40 % marks.
  • Don’t Xerox someone’s notes because the moment you write yourself then you can memorize the concept for a longer duration.
  • Leave one page Space after 2/3 pages or after every major chapter. This is to ensure that if you come across any vital formula or Information or short trick while referring tests or reference book later then you may place That information in these spaces.

4.How to do a Test Analysis:

  • Any test( Online or offline) need to taken in time frame.There is No point in taking the test without a time Limit.
  • Don’t take any test without revision of Notes of the syllabus covered in the test. It will be a wastage if You just randomly take a test.
  • Once the test time is over, don’t jump to answer Solution . Check the answer key and get To Know your score.
  • Now follow a 3 stage process .

Stage 1: Go to the right ones and check whether you were confident of answering that question . If the answer is “yes” check the solution given in order to see which method was better( yours or the given in Book or online portal ). Adopt the best you like.

Stage 2: Go to questions which you got wrong. Try to fight with the question that why you got it wrong without looking at the solution yet. Try 3 or 4 times by re-reading the question or even refer notes. Maximum time it’s a silly mistake. These silly Mistakes can’t be zeroed but can be reduced by practicing more .Refer notes again if needed. In case you are still not able to click after a lot of Slumber, try to open the solution and check your mistake. If it was a new concept to you, add in the void space you have kept in your notes. This will help to solve similar question again.

Stage 3: Now the turn of questions which are unattempted.This could be due to

  1. Not knowing The concept or due to lack of time. If it was conceptual ignorance , go to your faculty ( many online live class teachers are available , In case you don’t have one)and learn the concept.
  2. It was a lack of time issue try now and solve it. If you are taking a lot of Time try to memorize few steps so that if it appears in exam you will be able to do it fast. Other students might leave such question in exam , But you will probably dare to attempt such and score more.
  • The key to successs in any entrance exam is solve More , analyse more. In each subject you should Solve almost 1000+ questions including past year Actual Exam questions, topic wise test, subject test and mock tests.

5. How To do Revision:

  • Well this is dependent on the way you have prepared notes and how effectively have you done the Test Analysis.
  • Go through the whole cycle again in this revision phase like NOTES >- GATE QUESTIONS >- Topic test >- Subject Test >- Extra questions (if any ).
  • While Revising, don’t solve Each and every question from notes or tests. Try To randomly pick 20 questions from different pages or test( purely random) . If you are able to recall the logic of 16+ then you are good to go ahead. If you are Not able to solve more than 10 questions then it’s a re revision time. Follow step 2.
  • Try to have a bird eye view and See topics on which questions Are asked again and Again. Star mark them for making revision 2 and revision 3 effective.

6.SUBJECT WISE PLAN:

Below given is a detailed execution of the GATE study plan which carries subject wise in-depth action plan. In this artificial intelligence of GATE Study Planner, you will find:

  • No of days and hours required to complete particular topics of particular subjects,
  • No of times questions have been asked in GATE Exam for the last 10 years with the weightage of those questions.

a. General Aptitude

Chapter 1 Numerical Ability Numerical computation, numerical estimation, numerical reasoning, data interpretation 4 days
Chapter 2 Verbal Ability English grammar, sentence completion, verbal analogies, word groups, instructions, critical reasoning and verbal deductions 2 days

Note: For the years 2014 to 2017 there have been 2 and 3 sets so we have taken the average weightage of the topics for the same

  • Column 1 represents Time to study and make notes + Solving GATE Questions of that topic .
  • The last 10 columns represent year wise number questions( marks in Bracket ).
 

GA

Master

Plan

 

 

Hours Remarks
Notes + Gate Questions 22
Topic test from Aspiration.ai 3 with Analysis
Subject test from aspiration.ai 2 with Analysis
revision overall 2
Total 29hrs

b. Engineering Maths

Chapter 1 Linear Algebra Matrix Algebra, Type of matrices, Determinant, Cramer’s rule, Systems of linear equations, Rank of the equation, consistency of the equation, Eigen values and Eigen vectors. 2 day
Chapter 2 Probability & distribution Sampling theorems, Conditional probability, Baye’s theorem, Random variables, Expectation & Variance, Discrete and continuous distributions, uniform, normal, exponential, Poisson, Binomial. Correlation and regression analysis, covariance, correlation coefficient, Mean, median, mode and standard deviation, 1 day
Chapter 3 Numerical methods Solutions of non-linear algebraic equations, Newton Raphson method, Regulafalsi method or (method of false position), secant method, Gauss Elimination Method, Gauss Jordon method, Jacobi iteration method , Gauss Siedel iteration method, Numerical Integration: Trapezoidal rule, Simpson’s 1/3 & 3/8 rule, single and multi-step methods for differential equations, Euler’s method, RungeKutta Method 1 day
Chapter 4 Calculus Limits & continuity, Basic differentiation & integration, Mean value theorems, Theorems of integral calculus, Evaluation of definite and improper integrals, Partial Derivatives, Maxima and minima, Multiple integrals, Vector identities, Directional derivatives, Line, Surface and Volume integrals, Stokes, Gauss and Green’s theorems. 3 days
Chapter 5 Differential Equations First order equation (linear and nonlinear), Higher order linear differential equations with constant coefficients, Method of variation of parameters, Cauchy’s and Euler’s equations, Initial and boundary value problems, Partial Differential Equations and variable separable method. 2 days
Chapter 6 Complex Variables Analytic functions, Cauchy’s integral theorem and integral formula, Taylor’s and Laurent series, Residue theorem 1 day
Chapter 7 Laplace Transforms+ Fourier series Definition & property of Laplace transform + Fourier Series 0.5 day

  • Column 1 represents Time to study and make notes + Solving GATE Questions of that topic .
  • The last 10 columns represent year wise number questions( marks in Bracket ).
 

Maths

Master

Plan

 

 

  Hours Remarks
Notes + Gate Questions 35  
Topic test from Aspiration.ai 5 with Analysis
Subject test from aspiration.ai 4 with Analysis
revision overall 6  
Total 50 hrs  

c. Engineering Mechanics

Chapter 1 Force and moment systems Force and moment systems 1 day
Chapter 2 Equilibrium of force systems Equilibrium of force systems 2 days
Chapter 3 Structural analysis Structural analysis 2 days
Chapter 4 Kinematics and dynamics of particles and rigid bodies in plane motion Kinematics and dynamics of particles and rigid bodies in plane motion 2 days
Chapter 5 Friction Friction 1 day
Chapter 6 Work and energy principle Work and energy principle 1 day
Chapter 7 Impulse and momentum Impulse and momentum 1 day

  • Column 1 represents Time to study and make notes + Solving GATE Questions of that topic .
  • The last 10 columns represent year wise number questions( marks in Bracket ).
 

EM

Master

Plan

 

 

  Hours Remarks
Notes + Gate Questions 37  
Topic test from Aspiration.ai 5 with Analysis
Subject test from aspiration.ai 4 with Analysis
revision overall 7  
Total 53 hrs  

d. Fluid mechanics

Chapter 1 Basics of fluid mechanics Definition of fluids, basic equations 2 days
Chapter 2 Properties of fluids Density, specific gravity, viscosity, surface tension, capillarity, bulk modulus, vapour pressure 1 day
Chapter 3 Pressure and fluid statics Pressure, barometer, atmospheric pressure, principle, pressure measurement, buoyancy and floatation 2 days

 

 

Chapter 4 Kinematics Introduction, description, types of fluid flow, continuity equation, motion of fluid element, flow patterns, stream function 3 days
Chapter 5 Bernoulli’s equations and its applications Euler’s equation, bernoulli’s equation and its applications 2 days

 

 

Chapter 6 Dynamics of fluid flow Introduction, impulse momentum principle, forces exerted by fluids 2 days
Chapter 7 Flow through conduits/pipes Internal, laminar, turbulent flow, loss of energy, flow through pipes and nozzles 2 days
Chapter 8 External flow Boundary layers, drag force, boundary conditions 2 days
Chapter 9 Hydraulic turbines Classification, various types of turbines, model testing 2 days

  • Column 1 represents Time to study and make notes + Solving GATE Questions of that topic .
  • The last 10 columns represent year wise number questions( marks in Bracket ).
 

FM

Master

Plan

 

 

  Hours Remarks
Notes + Gate Questions 62  
Topic test from Aspiration.ai 4 with Analysis
Subject test from aspiration.ai 3 with Analysis
revision overall 3  
Total 72hrs  

e. Strength of Materials

Chapter 1 Simple stress and strain Types of stresses and strains, types of materials, thermal stress 2 days
Chapter 2 Strain energy and impact load Strain energy 2 days
Chapter 3 Shear force and bending moment diagram Shear force, beam, FBD, method of analysis, equation of equilibrium 2 days
Chapter 4 Bending stress and shear stress Pure bending moment, direct shear stress 2 days
Chapter 5 Pure torsion Pure torsion, composite shafts, springs 2 days
Chapter 6 Combined stress and strain Different stress and strains, combined stress and strain 3 days
Chapter 7 Column and pressure level Types of column, slenderness ratio, pressure level 2 days
Chapter 8 Slope and deflection General expressions, methods 2 days

  • Column 1 represents Time to study and make notes + Solving GATE Questions of that topic .
  • The last 10 columns represent year wise number questions( marks in Bracket ).
 

SOM

Master

Plan

 

 

  Hours Remarks
Notes + Gate Questions 59  
Topic test from Aspiration.ai 3 with Analysis
Subject test from aspiration.ai 3 with Analysis
revision overall 6  
Total 71 hrs  

f. Thermal Engineering

Chapter 1 Basic concepts of thermodynamics Basic concepts of thermodynamics, thermodynamic system and processes; Zeroth law of thermodynamics,
basic terminologies of thermodynamics
2 days
Chapter 2 First law of thermodynamics

 

First law of thermodynamics for a cycle and process,

application of first law of thermodynamics,

study flow energy equation

2 days
Chapter 3 Second law of thermodynamics

 

Second law of thermodynamics statement,

heat engine,

refrigerator and heat pump,

Clausius inequality law,

entropy

3 days
Chapter 4 Available energy and thermodynamic relations

 

Available and unavailable energy,

energy,

enthalpy and maxwell’s equations

2 days
Chapter 5 Properties of pure substance and gas mixture

 

Properties of pure substances,

dryness,

fraction of steam,

triple point water

2 days
Chapter 6 Refrigeration

 

Vapour refrigeration cycle,

heat pumps,

gas refrigeration,

Reverse Carnot & Reverse Brayton cycle

2 days
Chapter 7 Psychrometry

 

Psychrometric terms,

psychrometric properties relations, psychrometric chart,

different processes on psychrometric chart.

2 days
Chapter 8 Power plant engineering Sterling and Ericson cycle,

gas and steam power plant,

compressor,

steam turbine

3 days
Chapter 9 Internal combustion engine Classification,

applications,

basic components,

terms used

2 days

  • Column 1 represents Time to study and make notes + Solving GATE Questions of that topic .
  • The last 10 columns represent year wise number questions( marks in Bracket ).
 

Thermal

Master

Plan

 

 

  Hours Remarks
Notes + Gate Questions 69  
Topic test from Aspiration.ai 6 with Analysis
Subject test from aspiration.ai 4 with Analysis
revision overall 5  
Total 84 hrs  

g. Manufacturing

Chapter 1 Metal casting

 

Various properties and methods of metal casting 3 days
Chapter 2 Welding

 

Introduction, SMAW, MIG, various types of welding 3 days
Chapter 3 Metal forming

 

Introduction, rolling, extrusion, wire drawing, forging 3 days
Chapter 4 Metal cutting

 

Drilling, grinding, miling, metal cutting with single point cutting tool 3 days
Chapter 5 Power metallurgy Power metallurgy and material science 2 days
Chapter 6 Metrology Important terms, fits, grades of tolerance, direct and indirect measurement 2 days

  • Column 1 represents Time to study and make notes + Solving GATE Questions of that topic .
  • The last 10 columns represent year wise number questions( marks in Bracket ).
 

Manufacturing

Master

Plan

 

 

  Hours Remarks
Notes + Gate Questions 68  
Topic test from Aspiration.ai 5 with Analysis
Subject test from aspiration.ai 4 with Analysis
revision overall 6  
Total 83 hrs  

h. Theory of Machines

Chapter 1 Mechanics

 

Various mechanisms 2 days
Chapter 2 Gears

 

Classification, analysis, different types 2 days
Chapter 3 Gear train

 

Introduction, components, simple, compound, reverted, planetary gear trains 1 day
Chapter 4 Flywheel

 

Role, vibrations 1 day
Chapter 5 Vibrations

 

Logarithmic decrement, death of shaft 2 days
Chapter 6 Cams and followers

 

 Classification, application, terminology 1 day
Chapter 7 governors

 

Classification, characteristics, different types 1 day

  • Column 1 represents Time to study and make notes + Solving GATE Questions of that topic .
  • The last 10 columns represent year wise number questions( marks in Bracket ).
 

TOM

Master

Plan

 

 

  Hours Remarks
Notes + Gate Questions 55  
Topic test from Aspiration.ai 4 with Analysis
Subject test from aspiration.ai 5 with Analysis
revision overall 5  
Total 69 hrs  

i. Machine Design

Chapter 1 Static, dynamic loading and theories of failure

 

Static and dynamic loading, various theories of failures 3 days
Chapter 2 Design of bearings

 

Classifications, components, different bearings 2 days
Chapter 3 Clutches brakes and rope designs

 

Clutches brakes and rope design 3 days
Chapter 4 Welded and riveted joints

 

Welded joints and its designs and characteristics, riveted joints and its design and characteristics 2 days
Chapter 5 Design of spur gears and springs

 

Terminology, design 2 days
Chapter 6 Design of shafts, keys and couplings

 

Design of shaft, keys and couplings 2 days

  • Column 1 represents Time to study and make notes + Solving GATE Questions of that topic .
  • The last 10 columns represent year wise number questions( marks in Bracket ).
 

MD

Master

Plan

 

 

  Hours Remarks
Notes + Gate Questions 50  
Topic test from Aspiration.ai 6 with Analysis
Subject test from aspiration.ai 5 with Analysis
revision overall 4  
Total 65 hrs  

j. Heat Transfer

Chapter 1 Introduction to modes of heat transfer

 

Conduction, convection, thermal radiation 1 day
Chapter 2 Introduction to conduction

 

One dimensional heat conduction in plane walls, cylinders, electrical analogy, fins, unsteady heat conduction

 

1 day
Chapter 3 One dimensional steady state conduction without heat generation

 

One dimensional steady state conduction without heat generation

 

1 day
Chapter 4 One dimensional  steady state conduction with heat generation

 

One dimensional  steady state conduction with heat generation

 

1 day
Chapter 5 Extended surface

 

Temperature distribution of infinite long fin 1 day
Chapter 6 Transient  heat conduction

 

Temperature profile with time.

 

1 day
Chapter 7 Radiation

 

Radiative heat transfer, black and grey surfaces, shape factors, network analysis

 

`2 days
Chapter 8 Convection Dimensionless parameters in free and forced convective heat transfer , various

correlations for heat transfer in flow over

flat plates and through pipes; thermal

boundary layer; effect of turbulence

1 day
Chapter 9 Natural convection 1 day
Chapter 10 Heat exchangers Mean effective temperature in parallel flow heat exchanger, mean effective temperature in counter flow heat exchanger, NTU method 2 days

  • Column 1 represents Time to study and make notes + Solving GATE Questions of that topic .
  • The last 10 columns represent year wise number questions( marks in Bracket ).
 

HT

Master

Plan

 

 

  Hours Remarks
Notes + Gate Questions 43  
Topic test from Aspiration.ai 5 with Analysis
Subject test from aspiration.ai 4 with Analysis
revision overall 5  
Total 57 hrs  

k. Industrial Engineering

Chapter 1 Forecasting

 

 Forecasting types, errors and categories of methods 1 day
Chapter 2 Inventory control

 

 Inventory control, models, economic order quantity 2 days
Chapter 3 Project management

 

 CPM & PERT 2 days
Chapter 4 Plant layout

 

 Production system 1 day
Chapter 5 Line balancing

 

 Important definitions and parameters 2 days
Chapter 6 Sequencing model

 

 Gantt chart 1 day
Chapter 7 Queuing theory

 

Kendell notations, operating characteristics 2 days
Chapter 8 Linear programming problem  Definition and solution of programming problems 2 days
Chapter 9 Assignment model  Solution method, solving algorithm 1 days

  • Column 1 represents Time to study and make notes + Solving GATE Questions of that topic .
  • The last 10 columns represent year wise number questions( marks in Bracket ).
 

IE

Master

Plan

 

 

  Hours Remarks
Notes + Gate Questions 51  
Topic test from Aspiration.ai 4 with Analysis
Subject test from aspiration.ai 4 with Analysis
revision overall 5  
Total 64 hrs  

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