NIT Kurukshetra - National Institute of Technology

{Source: M.E./M.Tech students & alumni}Effectiveness of Placement Cell for M.E./M.Tech Courses at NIT KurukshetraBased on student reviews, the placement cell for M.E./M.Tech courses at NIT Kurukshetra is considered less efficient. Here's what students have said:* Placements for M.E./M.Tech courses are not as good as those for Bachelor's courses, except for Computer Engineering.* Currently, only around 5-10% of students receive placements in good companies.* Internship opportunities are available, and students have been placed in firms like Tata Power and Qualcomm, with stipends ranging from INR12,000 to INR30,000-40,000 per month.It appears that while the placement cell exists, its effectiveness is limited, particularly for Master's programs. This could be due to various factors, including market demand, industry requirements, and the curriculum structure.

NIT Kurukshetra cutoff 2024 has been released across various specialisations in opening and closing ranks. NIT Kurukshetra BTech cutoff 2024 ranged between 5661 and 29292 for the General AI category candidates, wherein BTech in CSE is the most competitive course. The easiest BTech specialisation to secure admission in is B.Tech. in Civil Engineering. For a detailed NIT Kurukshetra branch-wise cutoff 2024, candidates can refer to the table below for the Round 1 cutoff. The cutoff mentioned below is for the General category under the AI Quota.Course2024B.Tech. in Electronics and Communication Engineering10202B.Tech. in Computer Science and Engineering5661B.Tech. in Information Technology6734B.Tech. in Mechanical Engineering20553B.Tech. in Electrical Engineering14983B.Tech. in Civil Engineering29292B.Tech. in Artificial Intelligence and Machine Learning7457B.Tech. in Industrial Internet of Things Engineering15635B.Tech. in Mathematics and Computing Engineering8619B.Tech. in Production and Industrial Engineering30321B.Tech. in Robotics and Automation9579B.Tech. in Microelectronics and VLSI Engineering12962B.Tech. in Sustainable Energy Technologies27441B.Tech. in Artificial Intelligence and Data Science7023B.Arch. in Architecture and Planning1183B.Tech. + M.Tech. in Civil Engineering29906B.Tech. + M.Tech. in Computer Science and Engineering6615B.Tech. + M.Tech. in Electrical Engineering15514B.Tech. + M.Tech. in Mechanical Engineering18205B.Tech. + M.Tech. in Electronics and Communication Engineering10657

NIT Kurukshetra MSc cutoff 2024 has been released across multiple specialisations. Based on the Round 1 seat allotment, the MSc cutoff ranks ranged between 1042 and 1420 for the General AII India category students. Among all the MSc specialisations, M.Sc. in Mathematics is the most competitive specialisation. So, considering the round 1 cutoff, candidates seeking admission to National Institute of Technology Kurukshetra must secure over and above the cutoff range mentioned here to be eligible.A detailed course-wise NIT Kurukshetra CCMN cutoff 2024 is given below for the General category students under the AII India Quota. Course2024M.Sc. (Chemistry) (Self Finance)1420M.Sc. (Mathematics) (Self Finance)1137M.Sc. in Chemistry1231M.Sc. in Mathematics1042M.Sc. in Physics1203

JEE Main Reservation Criteria in 2024,  As per the Central List by the Government of India,   The reservation is offered to students backward communities like SC/ST/OBC. For example,  candidates belonging to SC, ST, OBC-NCL and EWS can avail a benefit of 15%, 7.5%, 27% and 10% respectively. You can claim the reservation if you meet the required criteria. NIT Kurukshetra M.Tech admission is based on a valid GATE score, followed by CCMT Counselling.NIT Kurukshetra offers admission to its courses based on the entrance examination. Candidates can apply for NIT Kurukshetra admission on the official website of the college.  To get NIT Kurukshetra B.Tech admission the candidates have to appear for the JEE Mains entrance examination.Candidates will be selected for NIT Kurukshetra admissions based on the scores obtained in the entrance examination and counselling process.