The dates for NET Exam 2022 (NET 2022) have been announced by the University Grants Commission (UGC). This information has been given by UGC Chairman Professor M. Jagdish Kumar by tweeting on Saturday. The exam will be conducted in the month of July and August. The detailed datesheet will be released soon on the official website of the commission at nta.ac.in or ugcnet.nta.nic.in.
Professor M Jagadesh Kumar tweeted that UGC NET December 2021 and June 2022 merged cycle exam will be conducted on 8, 9, 11 and 12 July 2022 and 12, 13 and 14 August 2022. The detailed datesheet will be uploaded soon on the official website of the commission. With this, he has wished all the best to all the students who applied for this exam.
Earlier, the UGC NET 2022 exam was to be conducted in the first and second week of June. At the same time, the last date to submit the application form for this examination was also extended till 30 May 2022. According to media reports, the admit card will also be issued soon by the commission. Students will be able to download their admit card through the steps given below.
How to download UGC NET Exam 2022 Admit Card
- Students first go to the official website of UGC NET, ugcnet.nta.nic.in.
- After this click on the link of UGC NET Admit Card 2022 given on the home page.
- Now a new page will open in front of you. Here you will be able to download the admit card by entering your login details.
- Take a printout of the admit card and keep it with you for future reference.
NET exam is conducted twice a year by UGC, but due to Corona epidemic, UGC NET exam was postponed in December 2021 last year. The UGC NET June 2022 session exam was also getting delayed due to the postponement of the December 2021 exam.
In view of this, the National Testing Agency has decided to conduct the December 2021 and June 2022 session exams simultaneously in the months of July and August.
This has been done so that the cycle of UGC NET examination can be continued regularly. The examinations of both the sessions will be conducted in CBT mode.