Eligibility for Admission

B.E / B.Tech. Aeronautical Engineering / Aerospace / Mechanical Engineering / Mechatronics / EEE / ECE / EIE or Equivalent degree in relevant field with a minimum CGPA of 5.0 / 50% of marks.

• Admission is based on the CGPA /Percentage obtained in the UG degree and performance in the Crescent University Admission Test (CUAT-2025) conducted by our institute.
• Applicants who have already appeared in the National level Entrance Exams like GATE, TANCET, etc., and have secured valid scores are exempted from appearing CUAT.
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• Admission Brochure

  • M.Tech. Avionics

  Tricopter Flying demonstration by the student

  Programme Educational Objectives

  • To impart adequate knowledge in practical and theoretical domains in the field of Avionics Engineering through rigorous post graduate education
  • To provide skills required to have successful technical and managerial careers in Avionics industries and Aviation Engineering Management
  • To develop creativity, ability, and potential, to generate innovative ideas and contribute to development and other needs of Aviation industries
  • To develop sustained interest in learning and adapting new technology developments to meet the needs of changing industrial scenarios

  Programme Outcomes

  • Ability to design, analyze, and conduct experimentsto interpret data in the field of Avionics Engineering
  • Ability to design a system or a component to meet design requirements with constraints exclusively meant for Avionics Engineering
  • Familiarity with modern engineering tools and skills required to analyze problems in Avionics Engineering as a member of multidisciplinary teams
  • Understanding of professional and ethical responsibilities with reference to a career in the field of Avionics Engineering and other professional fields
  • Understand the importance of design and development of Flight Control System, Navigation System, and System Simulation, from a systems integration point of view
  • Ability to communicate effectively both in verbal and non-verbal forms
  • Capability to understand the value of lifelong learning
  • Development of a firm scientific, technological, and communications base that helps find placement in the Aircraft industry and R & D organizations related to Avionics Engineering and other professional fields
  • Acquire skills and knowledge required for undertaking doctoral studies and research in inter- and multidisciplinary areas

  Click here for Detailed Syllabus