How can I contact RAC?


DRDO RAC Contact Details

The Director
Recruitment & Assessment Centre
Defence Research and Development Organisation
Ministry of Defence, Government of India
Lucknow Road
Timarpur
Delhi 110 054

TeleFax: +91-011-23812690,+ 91-011-23817833
CAPIO: +91-011-23812608
Email:
 



Whom to contact for information?
 Smt. Shashi Varshney
Joint Director, Central Public Information Officer (CPIO)
Ph No. +91-011-23971049

Ms. Balbir Kaur,
Public Relation Officer (PRO)
Ph No. +91-011-23812608

From where I can get more information on DRDO and RAC? 
 For more information on DRDO visit      http://www.drdo.gov.in
For more information on RAC visit         http://rac.gov.in 


What are the primary responsibilities of RAC?

RAC has been entrusted with the prime responsibilities in the recruitment and assessment of scientists at various levels under DRDS cadre. It executes several mission mode programmes under the recruitment category. The centre has high quality infrastructure for conducting multiple Selection Board Meetings, CCTV based monitoring system, video conferencing system and a variety of audio-visual aids. The centre is served by a dedicated team of scientific, technical and admin staff who are well qualified and specially trained in recruitment procedures.The primary responsibilities of RAC are :

Recruitment of Scientists (Gazetted Group 'A') in DRDO
Assessments of Scientists of DRDO for promotion to the next higher grades
Selection of candidates for higher study courses (M.E/ M.Tech/ M.Sc Engg) under Research & Training Scheme of DRDO and Post Graduate Training schemes of Army, Navy and Air Force.

DRDR SET ECE Question Paper with Answers

Part 1
1.The current I in the given network.
a) 1A b) 3A c) 5A d) 7A

2.For the Delta- Wye transformation in given figure, the value of the resistance R is.
a) 1/3 ohms b) 2/3 ohms c) 3/2 ohms d) 3 ohms

3.In the given network, the Thevenin’s equivalent as seen by the load resistance Rl is
a) V=10 V, R= 2ohms b) V=10V, R=3 ohms c) V=15V, R= 2ohms d) V=15V, R=3 ohms