NIT Kurukshetra M.Tech Renewable Energy: Fees 2026, Course Duration, Dates, Eligibility

Kurukshetra, HaryanaDeemed UniversityEstd 2002
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Content Curator | Updated 3+ months ago

The M.Tech Renewable Energy program at NIT Kurukshetra is a 2-year full-time postgraduate course designed to provide advanced knowledge in renewable energy systems, solar technology, and wind energy. This program prepares students for careers in renewable energy development, sustainability consulting, and clean energy projects. Students gain expertise in solar photovoltaic systems, wind energy conversion, and energy storage technologies. With a total course fee of 2.10 Lakhs and an intake of approximately 20 seats, this program is ideal for engineers seeking specialization in renewable energy.

Admission for the 2026-2027 academic year is currently ongoing. The application deadline is typically in June 2026, with classes commencing in July 2026. Admission is merit-based through GATE scores in Mechanical Engineering (ME) stream. Counselling and seat allocation are expected to conclude by June 2026.

Key Points

  • Advanced curriculum covering solar energy, wind energy, and energy storage systems
  • Hands-on experience with renewable energy simulation software and design tools
  • Internship opportunities with renewable energy companies and sustainability organizations
  • Focus on sustainable energy solutions and climate change mitigation
  • Research opportunities in advanced renewable energy technologies

NIT Kurukshetra Latest Updates and News

29 Aug, 2026 GATE 2027 registration has been delayed. The application portal will be activated soon @gate2027.iitm.ac.in. GATE 2027 will be held between Feb 6 & 21, 2027. Read News.

03 Jun, 2026 NIT Kurukshetra M.Tech Renewable Energy Fee structure 2026-27 has been released. The total academic fee is ₹ 2.44 Lakhs.

NIT Kurukshetra M.Tech Renewable Energy Fees

The M.Tech Renewable Energy program at NIT Kurukshetra involves a total tuition fee of 2.10 Lakhs spread across 4 semesters (2 years). The annual fee structure is approximately 1.05 Lakhs per year. This fee covers all academic instruction, laboratory access, and course materials. Hostel accommodation is available on campus at an additional cost of approximately 1.5 Lakhs per year if availed.

Fee Structure

Fee ComponentSemester 1Semester 2Semester 3Semester 4Total
Tuition Fees52,50052,50052,50052,5002,10,000
Total Fees52,50052,50052,50052,5002,10,000
  • Hostel fees (approximately 1.5 Lakhs per year) are optional and charged separately.

NIT Kurukshetra M.Tech Renewable Energy Admission 2026

Admission to the M.Tech Renewable Energy program is merit-based and conducted through GATE scores. The institute accepts GATE scores in Mechanical Engineering (ME) stream. Students must meet the eligibility criteria of a Bachelor's degree in Mechanical Engineering or related field with a minimum of 50% aggregate marks (45% for reserved categories).

Important Dates

EventDate
GATE ExamFebruary 2026
GATE ResultMarch 2026
Application DeadlineMay 2026
Merit List ReleaseJune 2026
Counselling DatesJune 2026
Class CommencementJuly 2026

The dates mentioned above are tentative and subject to change.

Eligibility Criteria

  • Candidates must have a Bachelor's degree in Mechanical Engineering or related field from a recognized university
  • Minimum aggregate marks of 50% in the qualifying examination (45% for reserved categories)
  • Valid GATE score in Mechanical Engineering (ME) stream

Admission Process

  • Register on the official NIT Kurukshetra admission portal and submit application with GATE score
  • Participate in merit-based counselling conducted by the institute
  • Accept allocated seat and complete fee payment within the specified deadline
  • Report to the institute for registration and document verification

NIT Kurukshetra: Students' Opinion

AI-Generated Summary based on 2 Reviews

Admission to the M.Tech program at this institute is through the All India GATE exam. The institute ranks 6th among all NITs and is located in the northern region, known for its disciplined study culture and committed staff. The department has 25 faculty members, including senior faculty with expertise, some of whom manage projects for organizations like DRDO, ISRO, and BARC, and conduct interviews for the IES exam. The fee structure for the M.Tech program is affordable, with reduced fees for reserved category students.

Payment can be made both online and offline, and a late fee of Rs. 500 applies for delayed submissions. B.Tech placements offer packages up to Rs. 50 lakh per annum, with an average of Rs. 10 lakh. For M.Tech, especially in computer science, packages are generally higher than those in core branches. Students become eligible for campus placements after the 3rd semester, with about 80% securing jobs. The highest package for M.Tech is Rs. 12.5 lakh per annum, with an average of Rs. 9 lakh.

Companies like TATA, SLII, WRI, ICF SIEMENS, and others visit the campus for placements, especially in the energy domain, offering internship stipends from Rs. 25,000 to Rs. 45,000. M.Tech students receive a monthly stipend of Rs. 12,400 for research work and can avail of the GATE scholarship. The program is cost-effective with minimal fees over two years, and scholarships for reserved caste students are available. Placements are particularly favorable in the energy domain.

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NIT Kurukshetra M.Tech Renewable Energy Scholarships 2026

NIT Kurukshetra offers various scholarship schemes to support meritorious and economically disadvantaged students. Scholarships are awarded based on academic merit and family income criteria. The institute also provides scholarships for students belonging to reserved categories (SC/ST/OBC/EWS).

Scholarship Details

Scholarship NameEligibilityAmountApplication Deadline
Merit ScholarshipGATE rank within top 100Up to 50% fee waiverJuly 2026
SC/ST/OBC ScholarshipBelonging to reserved category25-50% fee reductionJuly 2026
EWS ScholarshipEconomically Weaker Section25-50% fee reductionJuly 2026
Institute ScholarshipMerit-basedVariesJuly 2026
  • Scholarship amounts and eligibility criteria are subject to change.

NIT Kurukshetra M.Tech Renewable Energy Placement 2026

The M.Tech Renewable Energy program at NIT Kurukshetra has demonstrated strong placement outcomes. Graduates are recruited by renewable energy companies, sustainability consulting firms, and government agencies. The average placement rate stands at approximately 85%, with average salary packages ranging from 5.5 to 8.5 Lakhs per annum.

Placement Statistics

Placement Metric2026-2027
Placement Rate85%
Average Package6.8 LPA
Highest Package12 LPA
Number of Students Placed17 out of 20
Top Recruiting CompaniesRenewable energy companies, sustainability consulting firms, government agencies

NIT Kurukshetra M.Tech Renewable Energy FAQs

Ques. What is the eligibility for M.Tech Renewable Energy at NIT Kurukshetra?

Ans. Candidates must have a Bachelor's degree in Mechanical Engineering or related field with a minimum of 50% aggregate marks (45% for reserved categories). A valid GATE score in Mechanical Engineering (ME) stream is mandatory.

Ques. What are the career prospects after M.Tech Renewable Energy?

Ans. Graduates can pursue careers as Renewable Energy Engineers, Sustainability Consultants, or Project Managers in renewable energy companies, consulting firms, and government agencies.

Ques. What software tools are taught in the program?

Ans. Students learn renewable energy simulation software, CAD tools, and energy modeling software. They also gain proficiency in MATLAB and data analysis tools.

Ques. Is hostel accommodation available?

Ans. Yes, hostel accommodation is available on campus for both male and female students at approximately 1.5 Lakhs per year.

Ques. What is the average salary for M.Tech Renewable Energy graduates?

Ans. The average salary package is approximately 6.8 Lakhs per annum for entry-level positions, with the highest package reaching 12 Lakhs.

Ques. Are there research opportunities in the program?

Ans. Yes, students have opportunities to participate in research projects on renewable energy technologies and sustainable energy solutions.

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