TABLES & FIGURES
103
Out-turn of Undergraduates from all IITs
Year IIT IIT IIT IIT* IIT
Kharagpur Bombay Madras Kanpur Delhi
1955 169 - - - -
1956 221 - - - -
1957 236 - - - -
1958 253 - - - -
1959 280 - - - -
1960 317 - - - -
1961 306 - - - -
1962 354 70 - - -
1963 318 79 - - -
1964 215 115 92 - -
1965 248 197 115 66 -
1966 344 289 203 - 111
1967 351 304 259 85 202
1968 393 285 292 247 229
1969 332 302 321 197 186
1970 290 274 345 234 258
1971 288 330 230 - 246
1972 312 342 235 243 251
1973 157 304 209 452 187
1974 266 268 236 - 197
1975 272 256 244 258 215
1976 235 209 280 323 227
1977 251 263 267 182 212
1978 218 213 219 173 187
1979 304 214 234 172 224
1980 273 223 214 368 208
1981 293 242 251 222 203
1982 270 253 260 255 203
1983 211 253 216 221 209
1984 262 289 261 203 225
Total 8,239 5,574 4,983 3,901 3,980
* Unlike other IITs, IIT Kanpur has intimated the figures for the
years based on the Convocation held and hence the gap during the years
1966, 1971 and 1974.
Table 2.2A
104
105
Q.I.P. Scholars Trained
Year IIT IIT IIT IIT IIT
Kharagpur Bombay Madras Kanpur Delhi
1970 1 - 12 - -
1971 43 10 18 - -
1972 31 16 20 16 -
1973 32 15 23 15 -
1974 29 21 23 - 18
1975 21 13 31 30 28
1976 19 16 22 15 22
1977 17 17 18 20 17
1978 17 14 17 14 17
1979 25 8 18 9 10
1980 15 12 14 16 16
1981 23 11 19 13 18
1982 1 17 25 15 12
1983 5 12 22 15 25
1984 - 17 - 11 16
Total 279 199 282 189 199
Table 2.2B
F.I.P. Scholars Trained
Year IIT IIT IIT IIT IIT
Kharagpur Bombay Madras Kanpur Delhi
1975 - - - - 1
1976 8 - 4 - -
1977 5 - 10 - -
1978 3 - 1 - -
1979 3 - 1 - 1
1980 4 - 15 4 8
1981 - 2 5 2 5
1982 - 2 - 5 2
1983 1 - - 8 1
1984 - - - - 6
Total 24 4 36 19 24
Table2.2C
106
107
Number of Institutions Helped by IITs Under the Institutional
Network Scheme of the Ministry of Human Resource Development
Year IIT IIT IIT IIT IIT
Kharagpur Bombay Madras Kanpur Delhi
1971 - - - - 3
1972 - - - - 6
1973 - - - - 6
1974 - - - - 7
1975 - - - - 8
1976 8 - - - 10
1977 5 - - - 10
1978 3 - - - 10
1979 3 1 - - 10
1980 4 1 - - 10
1981 - 2 5 2 10
1982 - 2 5 2 10
1983 1 5 5 2 10
1984 - 2 5 - 10
Table 2.2D
108
109
110
111
112
113
1. Aeronautical Engineering 2. Farm Machinery & Power 3. Soil and Water Conservation Engineering 4. Dairy & Food Engineering 5. Applied Botany 6. Water Resources Development & Management 7. Aquacultural Engineering 8. Chemical Engineering Plant Design & Fabrication 9. Coal Process Engineering , 10. Petroleum Refinery Engineering & Petrochemicals 11. Process Simulation, Optimisation and Control 12. Minerals Resources Development & Management 13. Water Resources Engineering 14. Highway and Traffic Engineering 15. Environmental Engineering and Sanitation 16. Soil Mechanics and Foundation Engineering 17. Structural Engineering 18. Control System Engineering 19. Machine Drives & Power Electronics 20. Power Systems Engineering 21. Instrumentation 22. Automation & Control Engineering 23. Microwave and Radar Engineering 24. Satellite Communication and Remote Sensing Engineering 25. Integrated Circuits and Systems Engineering 26. Computer Engineering 27. Industrial Management 28. Industrial Engineering and Operation Research 29. Systems Engineering and Management 30. Maintenance Engineering and Management 31. Foundry Engineering 32. Thermal Engineering 33. Machine Design 34. Machine Tool Engineering 35. Mechanical Handling Science and Technology 36. Production Science and Technology 37. Machine Dynamics 38. Metallurgical Engineering 39. Mine Planning and Mechanisation 40. Marine Technology 41. Cryogenic Engineering 42. Materials Science & Engineering 43. Post Harvest Engneering 44. Microwaves and Optical Communication Engineering 45. Reliability Engineering 46. Rubber Technology 47. High Pressure Technology & Catalysis
114
48. Applied Geology 49. Exploration Geophysics 50. Geochemistry 51. Computer Science and Data Processing 52. Computational Mechanics 53. Industrial Physics 54. Architecture 55. City Planning 56. Regional Planning 57. Human Resources Development and Management
1. Aeronautical Engineering 2. Chemical Engineering 3. Civil Engineering 4. Computer Science 5. Electrical Engineering 6. Mechanical Engineering 7. Metallurgical Engineering 8. Corrosion Science & Engineering 9. Energy Systems Engineering 10. Environmental Science & Engineering 11. Industrial Engineering and operations Research 12. Industrial Management 13. Material Science 14. Systems and Control Engineering 15. Reliability Engineering
16. Industrial Design 17. Visual Communication
18. Dock and Harbour Engineering
19. Applied Geology 20. Chemistry 21. Physics 22. Mathematics (Pure Mathematics) 23. Mathematics (Statistics and Operations Research) 24. Mathematics (Computer Science) 25. Mathematics (Applied Mathematics)
115
1. Aeronautical Engineering 2. Engineering Mechanics 3. Industrial Tribology 4. Maintenance Engineering & Management 5. Chemical Engineering 6. Civil Engineering 7. Computer Science 8. Electrical Engineering 9. Industrial Management 10. Mechanical Engineering 11. Industrial Metallurgy 12. Ocean Engineering 13. Solid State Technology
14. Chemistry 15. Mathematics 16. Physics
1. Aeronautical Engineering 2. Chemical Engineering 3. Civil Engineering 4. Computer Science 5. Electrical Engineering 6. Mechanical Engineering 7. Metallurgical Engineering 8. Industrial & Management Engineering 9. Materials Science 10. Nuclear Engineering & Technology
11. Chemistry 12. Mathematics 13. Physics
14. Chemistry 15. Mathematics 16. Physics 17. Statistics
116
1. Applied Mechanics 2. Design Engineering 3. Process Engineering & Design 4. Modern Methods of Chemical Analysis & Control 5. Soil Mechanics & Foundation Engineering 6. Structural Engineering 7. Water Resources Engineering 8. Rock Mechanics 9. Building Science & Construction Management 10. Communication & Radar Engineering 11. Control Engineering & Instrumentation 12. Integrated Electronics & Circuits 13. Power Apparatus & Systems 14. Computer Technology 15. Behavioural & Social Sciences 16. Computer Science 17. Thermal Engineering 18. Production Engineering 19. Industrial Engineering 20. Design of Mechanical Equipment 21. Applied Optics 22. Solid State Materials 23. Fibre Science & Technology 24. Textile Engineering 25. Biochemical Engineering & Biotechnology 26. Energy Studies 27. Industrial Tribology & Maintenance* 28. Management & Systems" 29. Polymer Science & Technology 30. Opto-Electronics & Optical Communication
31. Chemistry 32. Mathematics 33. Physics
34. Naval Construction-for sponsored candidates from Indian Navy.
** This course is also run on part-time basis in the evening exclusively for the sponsored Executives of Public Sector Undertakings.
Table 4.3.1A
117
Intake and Out-turn of Postgraduates from all IITs
(1977-1983)
Institution Sanctioned Actual Postgraduates
Intake Intake Produced
1. IIT Kharagpur 3121 2811 1773
2. IIT Bombay 1559 1612 1082
3. IIT Madras 1760 1804 1336
4. IIT Kanpur 2819 2009 936
5. IIT Delhi 1742 2211 1004
Total 11,001 10,447 6,131
Table 4.3.1 B
118
1. Project Title
2. Name of Sponsoring/Supporting Institution:
The category to which the sponsoring/supporting institution belongs:
(a) IIT itself (b) Government R&D Institution (c) Government Department or Ministry (d) Public Sector Organisation (e) Private Sector Organisation
Please give the name of the concerned department (s) or division (s) of the institution.
3. Estimated/Actual Project Cost 4. Method and Sources of Finance 5. Estimated/Actual Project duration 6. Project Focus:
(a) Basic Research includes research projects which represent fundamental investigations for the advancement of scientific knowledge and which do not have specific commercial objectives.
(b) Applied Research includes research projects which represent investigations directed to discovery of new scientific knowledge and which have specific commercial objectives with respect to either product or processes.
(c) Development Research includes technical activity concerned with non-routine problems which are encountered in translating research findings or other general scientific knowledge into marketable products or processes.
(d) Design Research includes evolving of new design approaches such as computer simulation and use of orthogonal arrays/finite element method etc. for design optimisation. Also to undertake theoretical and experimental studies which are not specific to a particular size or design and the results which can facilitate improved design for an entire range of product.
(e) Application Research includes studies in the areas of application engineering and systems engineering, cutting across specific product and processes areas as required.
7. Technological Benefits
7.1 Development of specific product/process
(a) Is it completely a new product/process? Specify the old technology it replaces and the technological and economic benefits derivable.
(b) Is it an improvement in an existing product/process? Please specify the improvement in quality, applicability, and cost of production.
119
7.2 Improvement in Product Design
Please specify the improvement in the following parameters: (a) Overall cost reduction per unit
(b) Size reduction
(c) Material content reduction-specify the material saved
(d) Substitution of critical materials/not-easily available materials
(e) Improvement in performance parameters applicable to the product
(f) Improvement in customer acceptance-Attach acceptance data or certificate
7.3 Improved Process Design Please specify the improvement on the following parameters:
(a) Simplification of the process
(b) Energy saving in the new process
(c) Saving in capital investment
7.4 Application know-how
(a) Better maintainability
(b) Ease of operation
8. Potential/Actual Economic Benefits
8.1 Lumpsum and Royalty earnings
8.2 Import substitution-specify criticality
8.3 Foreign exchange saving-specify annual saving to the country
8.4 Export promotion
8.5 Foreign exchange earning (per year)
9. Other benefits
9.1 Patents-National and international
9.2 Papers published in National/International journals
9.3 Achievement of "industry-institute" cooperation
9.4 Achievement of "inter-disciplinary team-work"
9.5 Achievement of appropriate technology in national perspective
Based on the planned time duration, cost estimates and the benefits anticipated, the project should be reviewed monthly/quarterly.