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Best - Marik Institute of Computing, AI, Robotics & Cybernetics

Ph.D. in Hydrogen Technology in Jaipur | NIMS University Rajasthan

Asia's Leading Private University

Ph.D. in Hydrogen Technology at NIMS University focuses on advanced research in clean energy, hydrogen fuel systems, and sustainable engineering solutions.

100%
Scholarship
45000+
Placements
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Why NIMS - Marik Institute of Computing, AI, Robotics & Cybernetics

  • Advanced research ecosystem focused on hydrogen energy and sustainability
  • Modern labs for fuel cell technology, hydrogen storage, and energy systems
  • Collaboration with renewable energy industries and research organizations
  • Experienced research faculty guiding innovation in clean energy technologies
  • Strong support for patents, publications, and startup incubation

Committed to
Knowledge, Innovation
& Excellence

Nims University Rajasthan, Jaipur. One of the Leading Universities in India and a largest self-financed university in Rajasthan, is structured as a composite model university. A legendary in quality teaching and action oriented research in all disciplines.

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NIMS University Ph.D. in Hydrogen Technology
Detailed Fee Structure

Duration: Minimum 4 Years

Coursework Phase : 6 months

Minimum Ph.D. Duration: 24 months after completion of coursework
Application Fee Entrance Examination Fee Course Fee
₹600 ₹2,000 3 lakh per year
  • It is mandatory for students to attend RAC meeting every six months.
  • Missing two consecutive RAC meetings will extend Ph.D. duration.

NIMS University Ph.D. in Hydrogen Technology
Scholarship Details

Minimum 60% required in 10th/12th Std CBSE, ICSE, IGCSE, State Board for UG courses as applicable and 60% required in graduation for PG courses to avail below NEXT scholarship

Percentage Required Scholarship Percentage
70% - 79.99% 15% on First Year Tuition Fees
80% - 89.99% 25% on First Year Tuition Fees
90% - 94.99% 50% on First Year Tuition Fees
95% - 100% 100% on First Year Tuition Fees
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Why Study Hydrogen Technology at NIMS Jaipur

Doctoral-level specialization in hydrogen energy, fuel cells, and sustainable technologies

Hands-on research in hydrogen production, storage, and energy systems

Advanced exposure to renewable energy integration and smart energy solutions

Research-driven projects in clean energy, green hydrogen, and sustainability

Skill development in simulation, modeling, and experimental research

Strong career opportunities in R&D, academia, and global energy sectors

Industry-Integrated Research with Global Relevance.

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Career Opportunities in Hydrogen Technology

Hydrogen Energy Research Scientist Fuel Cell Research Engineer Renewable Energy Scientist Energy Systems Analyst Sustainability Consultant R&D Engineer (Clean Energy) Academic Researcher / Professor Green Hydrogen Project Lead Energy Policy Analyst Environmental Research Specialist

Discover More in Our Brochure

Everything you need to know about the University in one place.

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Shaping Careers with Strong Placements

  • 1.2 Cr. Highest Overseas
  • 45000+ Placements
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350+ Global Academic Partnerships Worldwide

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Everything you need to know about the University in one place.

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Frequently Asked Questions –
Ph.D. in Hydrogen Technology

Get answers to the most common queries about Ph.D. in Hydrogen Technology, including admission, eligibility, research scope, and career opportunities.

Still Have Questions?

Didn't find what you're looking for? Connect with our counsellor for guidance.

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What is the eligibility for Ph.D. in Hydrogen Technology? +
Candidates must have a Master’s degree (M.Tech/M.Sc or equivalent) in a relevant field with qualifying marks as per university norms.
What is the duration of the program? +
The program duration typically ranges from 3 to 5 years depending on research progress.
What are the career opportunities after this course? +
Graduates can work in research organizations, renewable energy industries, academic institutions, and global sustainability projects.
Does NIMS University provide research facilities? +
Yes, students have access to advanced labs, research guidance, and industry collaborations.