H H igher education in India has expanded very fast since the early 1990s. Compared to 3.6 million students enrolled in 5,227 institutions of higher education in 1985-86 (University Grants Commission [UGC], 1987), the system has grown to nearly one thousand universities, 39 thousand colleges with nearly 37 million students in 2017-18 (Ministry of Human Resource Development [MHRD], 2018). Almost all branches of higher education have experienced high growth. Among the many branches, engineering education has grown relatively fast. In 1985-86, there were 180,000 enrolments in engineering and technology, constituting 3.4% of the total enrolments in higher education. By 2017-18, the student numbers increased to 4.8 million, and the number of students in engineering education increased more than four-fold, to 16% of the total (UGC, 2018). But all streams of engineering education have not grown fast. There are as many as 17 streams (or sub-streams) of engineering education being offered in Indian institutions. The top five sub-streams offered at first degree level in Indian institutes of engineering education in 2017-18 were mechanical engineering with 880,000 students, computer engineering with 830,000 students, electronics engineering with 650,000 students, civil engineering with 590,000 Hindistan'da mühendislik e¤itimi son otuz y›lda h›zl› bir ivme kaydetmifltir. Bununla birlikte, mühendislik e¤itiminin tüm dallar› ayn› h›zda büyümemifltir. Makine, inflaat ve elektrik mühendisli¤i gibi geleneksel alanlar uzun zamand›r pek ra¤bet görmemekte, ancak elektronik mühendisli¤i, bilgisayar bilimleri mühendisli¤i ve bilgi teknolojisi ile ilgili mühendislik alanlar› ise son y›llarda h›zla geliflmektedir. Ortaokul mezunlar› ileride uzmanlaflacaklar› alanlar› seçme konusunda ak›lc› bir seçim yapmak zo-rundad›r. Bu çal›flma, Hindistan'daki dört farkl› eyalette bulunan 40 mühendislik fakültesine kay›tl› yaklafl›k 7.000 ö¤rencinin cevaplad›¤› anketle toplanan verileri kullanarak, ö¤rencilerin 'geleneksel' ve 'modern' / 'bilgi teknolojileri ile ilgili' mühendislik dallar› aras›ndaki seçimlerini aç›klayan belirleyicileri probit regresyon denklemi yoluyla incelemeyi amaçlam›flt›r. Ö¤rencilerin bireysel ve hane halk› özellikleri, akademik geçmifli, mevcut e¤itimin özellikleri, gelecekteki istihdam beklentileri ve e¤itim hedefleri gibi baz› temel faktörler belirlenmifl, probit analizinde kullan›lm›fl ve sonuçlar ayr›nt›l› olarak tart›fl›lm›flt›r.