Building up the Tech. work force

M. A. Pai  Univ. of Illinois

   

In recent months there have been lots of discussions, speeches and warnings about the low quality of the technical graduates in engineering. The reasons are well known and many. But the primary reason is the lack of good quality faculty in engineering institutions. Many of them have fresh B.Tech's as faculty and some have M.Tech's. Only the elite schools have Ph.D’s as faculty and their intake is a trickle compared to the needs of the country. Many of the god universities and NITs have a good proportion of Faculty having Ph.D. The lack of both M.Tech and PhD faculty in majority of engineering schools has been highlighted by the U R Rao committee report.

In this article we will examine some immediate as well as long term measures which can be implemented nation wide to prepare a workforce in large numbers at the M.Tech and PhD level hoping  that many will take up to teaching.

1. First we have to recognize that a large number of students about 1, 70, 000 take GATE exam and about 5% are taken nation wide in all disciplines. The GATE exam is now a single paper of objective type which is a step in the right direction. The threshold for admission however appears to be high for the IITs. This leads to demoralization at an early stage for aspiring grads to go for higher studies. The interview portion is not needed and can be limited to marginal candidates only thus saving money. Students who do not make to an elite Institution take the GRE which is given several times a year (computer based) and get admission to a US university.

2. IITs and NITs must admit many more students at the M.Tech level and as for space except for PhD students, others including UG’s can share a room as in China.

3. In big cities, let housing of students be out sourced under strict supervision.

4. The QIP program should be accelerated in a big way. That was one of the most successful initiatives of HRD in the 70’s.

5. Part- time registration in the PhD program should be encouraged after a basic course work for a year for those having a M.Tech

6. About 1000 scholarships should be instituted every year for students about to complete PhD to go abroad in a place where similar work is being carried out .They can do this in their final year to get exposure to a different environment. This practice is followed by China, Mexico, Sweden and other countries. The cost of about $ 25 Million Dollars can be borne by industry who will be the ultimate beneficiaries of good teaching. Many NRI’s in universities abroad may welcome this move. This will result in a better confidence on the part of Ph.D students when they graduate. It is not a formal joint guidance since that will delay the whole process.

7. On- Line M.Tech program should be encouraged in some areas such as CS, ECE etc. Many years ago when University of Illinois had a program in India in CS it was a success.

8. Serious consideration should be given to having a one year Master’s program whereby a good student can finish in a year (6 courses plus a project) and some may take three semesters. The current practice of a terminal M.Tech should be done away with. A seamless graduate program with both M.Tech and Ph.D must be in place.

9. Finally an M.Tech by course work only may be considered (8 courses and no project work) for Industry people. Experience indicates this may not be popular but in India it may work out.

10. A temporary but worth considering is the concept of finishing school. It is not viable in the long run as experience has shown in one of the IITs.

These are all suggestions to consider and Institutions should be given the autonomy to implement them.

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