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Christ University campus, Bangalore

Christ University

Bangalore, KarnatakaPrivateScience

NAAC A+UGC approvedAICTE approved
  • 314programs
  • NIRF#13(2023)
  • Est.1969
  • 4.2(2,428 reviews)
  • ₹5.4LPA median
PGEngineering

M.Tech in Power Systems

at Christ University · M.Tech

Duration
2 yrs
Total fee
₹3.55 L to ₹4.17 L
Entrance exam
GATE
Regulator
AICTE+1

Eligibility at a glance

Key conditions

  • (Master of Technology) degree at Christ University-Faculty of Engineering Bengaluru, candidates must meet the eligibility criteria
  • Successfully completed a B.Tech./B.E. degree in a relevant discipline from a recognized university
  • A minimum aggregate score of 50% or equivalent CGPA is generally required, although this may vary depending on the specialization

Entrance exams accepted

Fees

Fee breakdown for M.Tech in Power Systems
Tuition₹2,18,000 to ₹2,80,000
Hostel₹1,29,224
One-time₹8,000
Total₹3,55,224 to ₹4,17,224

The total includes hostel and one-time charges.

As published by the institute; confirm with its admissions office. All fees at Christ University

Full eligibility (official wording)

To pursue an M.Tech. (Master of Technology) degree at Christ University-Faculty of Engineering Bengaluru, candidates must meet the eligibility criteria. Applicants should have successfully completed a B.Tech./B.E. degree in a relevant discipline from a recognized university. A minimum aggregate score of 50% or equivalent CGPA is generally required, although this may vary depending on the specialization. Additionally, candidates may need to qualify in entrance exams such as GATE (Graduate Aptitude Test in Engineering) or any other relevant entrance test as specified by the university. Shortlisted candidates will be further evaluated through personal interviews and/or group discussions to determine their suitability for the program. Students who meet these eligibility requirements can study technology at Christ University-Faculty of Engineering Bengaluru.

What you’ll study

Typical outline for M.Tech; the institute’s own syllabus may differ.

Advanced specialization courses, research methods, laboratory work, seminars, dissertation, and publishable project work.

Core subjects5

  • Research Methodology
  • Advanced Engineering Mathematics
  • Specialization Core
  • Seminar
  • Dissertation

Skills4

  • Research
  • Simulation
  • Technical writing
  • Specialist engineering analysis

Career paths8

  • Research Engineer
  • Design Specialist
  • Assistant Professor
  • Systems Engineer
  • R&D
  • Specialist engineering
  • Teaching
  • Doctoral study

Higher education2

  • Ph.D.
  • MBA

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