B.TECH Aeronautical Engineering – Bir tikendrajit university

Bachelor Of Technology Aeronautical Engineering In Distance Education | Correspondence | Part Time | Online

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Duration:

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4-8 Years

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Universities:

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1 University

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Fees:

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31,500/-

Per semester

Eligibility:

  • 10+2 With PCM
  • Diploma in Engineering
  • B.Sc. With Mathematics

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    Program Overview

    BTech Aeronautical Engineering course is a four-year program designed to provide students with a robust education in the principles and practices of aeronautical engineering. The curriculum covers a wide range of subjects including mathematics, physics, basic engineering, and specialized aeronautical topics such as aerodynamics, aircraft structures, propulsion, flight mechanics, avionics, and control systems. Students engage in practical training through laboratories and workshops, gaining hands-on experience with fluid mechanics, propulsion systems, and aircraft maintenance. The program also includes mandatory internships and a final year project, ensuring that students gain real-world experience. Electives allow for specialization in areas like UAV technology or space technology. Graduates are well-prepared for careers in aerospace manufacturing, defense, space research, airlines, and MRO companies, with roles ranging from design engineers to flight safety engineers. The program emphasizes analytical and problem-solving skills, proficiency in CAD and simulation tools, and a deep understanding of regulatory standards and safety protocols, all aimed at fostering innovation and excellence in the field of aeronautical engineering.

    Get More Information About The Program In One Place

    To embark on your journey as a aeronautical engineer, you’ll typically need to meet one of the following eligibility requirements:

    1. Completion of 10+2 with Physics, Chemistry, and Mathematics (PCM) from a recognized board.
    2. Diploma in Engineering from a recognized institution.
    3. Bachelor of Science (B.Sc.) degree with Mathematics from a recognized university.th PCM,

    Per semester 31,500/- (fee might vary university to university)

    B.tech in Online Education is a Maximum of 8 years & minumum of a 4 year program.

    BTech Aeronautical Engineering program spans four years and aims to give students a solid foundation in aeronautical engineering principles and practices. The curriculum encompasses a broad spectrum of subjects, including mathematics, physics, fundamental engineering, and specialized aeronautical areas like aerodynamics, aircraft structures, propulsion, flight mechanics, avionics, and control systems.

    • Comprehensive Curriculum
    • Hands-On Training
    • Internships and Industrial Exposure
    • Capstone Project
    • Elective Courses
    • Industry Collaborations
    • Skill Development

    Course Syllabus

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    Duration: 4-8 Years

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    Rating: 4.5/5

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    4 Credits Per Subject

    • BTAE101 – Engineering Mathematics-I
    • BTAE102 – Engineering Chemistry
    • BTAE103 – Engineering Graphics
    • BTAE104 – Computer Programming
    • BTAE105 – Laboratory – I
    • BTAE106 – Laboratory – Ii
    • BTAE201 – Engineering Mathematics-II
    • BTAE202 – Engineering Physics
    • BTAE203 – Solid Mechanics
    • BTAE204 – Engineering Mechanics
    • BTAE205 – Environmental Science And Engineering
    • BTAE206 – Laboratory – I
    • BTAE207 – Laboratory – Ii
    • BTAE301 – Engineering Mathematics III
    • BTAE302 – Elements Of Aeronautics
    • BTAE303 – Aero Engineering Thermodynamics
    • BTAE304 – Fluid Mechanics And Machinery
    • BTAE305 – Aircraft Materials
    • BTAE306 – Laboratory – I
    • BTAE307 – Laboratory – Ii
    • BTAE401 – Numerical Methods
    • BTAE402 – Aircraft Systems & Instruments
    • BTAE403 – Mechanics Of Machines
    • BTAE404 – Aircraft Structure-I
    • BTAE405 – Aerodynamics-I
    • BTAE406 – Laboratory – I
    • BTAE407 – Laboratory – Ii
    • BTAE501 – Microprocessor & Applications
    • BTAE502 – Propulsion-i
    • BTAE503 – Aerodynamics-ii
    • BTAE504 – Aircraft Structure-ii
    • BTAE505 – Laboratory – I
    • BTAE506 – Laboratory – Ii
    • BTAE601 – Flight Dynamics
    • BTAE602 – Control Engineering
    • BTAE603 – Experimental Stress Analysis
    • BTAE604 – Propulsion – II
    • BTAE605 – Laboratory – I
    • BTAE606 – Laboratory – Ii
    • BTAE701 – Heat Transfer
    • BTAE702 – High Temperature Materials
    • BTAE703 – Composite Materials And Structures
    • BTAE704 – Avionics
    • BTAE705 – Rockets & Missiles
    • BTAE706 – Laboratory – I
    • BTAE707 – Laboratory – II
    • BTAE801 – Computational Fluid Dynamics
    • BTAE802 – Total Quality Management
    • BTAE803 – Laboratory
    • BTAE804 – Project

    Key Role of B.Tech. Aeronautical Engineering

    • Research and Development (R&D): Curriculum: Encourages innovation through courses and projects focused on new technologies and methodologies in aeronautics. Skills: Develops strong research skills and the ability to apply theoretical knowledge to practical problems. Opportunities: Students participate in research projects, internships with R&D organizations, and have access to state-of-the-art research facilities.
    • Manufacturing: Curriculum: Covers principles of aerospace manufacturing, materials science, and production techniques. Skills: Provides hands-on experience with manufacturing processes, quality control, and the use of advanced manufacturing tools and machinery. Opportunities: Workshops and internships offer practical exposure to manufacturing environments and processes in aerospace companies.
    • Design: Curriculum: Includes comprehensive courses on aircraft and spacecraft design, CAD, and engineering drawing. Skills: Trains students in the use of computer-aided design (CAD) software and simulation tools to create and evaluate aerospace components and systems. Opportunities: Design projects and internships allow students to apply design principles to real-world aerospace challenges.
    • Installation: Curriculum: Teaches the installation and integration of aerospace systems and components, including avionics and propulsion systems. Skills: Develops practical skills in the assembly, installation, and integration of various aircraft systems. Opportunities: Workshops and practical training sessions provide hands-on experience in installing and configuring aerospace components.
    • Maintenance: Curriculum: Focuses on aircraft maintenance, repair, and overhaul (MRO) techniques, along with safety protocols and regulations. Skills: Equips students with the knowledge and skills needed for routine and specialized maintenance tasks, ensuring the safety and reliability of aircraft. Opportunities: Maintenance workshops and internships with airlines and MRO companies offer practical experience in maintaining aircraft.
    • Analysis and Testing: Curriculum: Covers methods of testing and analyzing the performance of aerospace systems, including wind tunnel testing, flight testing, and structural analysis. Skills: Teaches students how to conduct and interpret various tests to evaluate the performance and safety of aircraft and components. Opportunities: Laboratory sessions, internships, and final year projects provide opportunities for hands-on testing and analysis, preparing students for careers in this critical area of aeronautical engineering.
    These roles ensure that graduates of the BTech Aeronautical Engineering course are well-rounded professionals capable of contributing to various aspects of the aerospace industry, from research and development to manufacturing, design, installation, maintenance, and analysis and testing.

    Talk to our academic counselors and know in detail how the program is designed to add in your career transformation.

    Admission Procedure

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    Online Form

    click here to visit the online application form of the university.

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    Enrollment

    Get a call back from a counselor, submit and verify your documents, and proceed to enroll for the program of your choice

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    Pay

    Pay fee through Netbanking/ Cards payments or using easy EMI with 0% interest

    Our Alumini

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    CIIS has the most dedicated staffs, they were very patient enough to answer my never ending queries. They are very experienced in handling and guiding their students !! It was the most pleasant experience and journey with them. Looking forward to collaborate for another enriching student’s experience with CIIS. Thank you all.

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    FAQs

    Let’s Clear Your Doubts

    CIIS is pioneer leading organization to provide Distance Education across world and traditional regular courses in India. We are imparting education to thousands of students and working professionals in India through various UGC, AICTE, Ministry of HRD Govt. of India approved national and internationally acclaimed Universities.

    • Time Flexibility
    • Affordable Fees and Flexible Payment Options
    • Convenient Educational Methodology
    • Individual Counseling
    • eSupport
    • Excellent Globally Recognized Curriculum

    Assessments typically include online quizzes, assignments, project-based evaluations, mid-term exams, and final exams. Many institutions use proctoring software to ensure integrity during online exams.

    Students can interact with faculty and peers through live webinars, discussion forums, email, virtual office hours, and collaborative group projects. Online communication tools ensure constant engagement and support.

    Students receive academic support, technical assistance for online platforms, career counseling, and access to resources like e-books, journals, and software tools. Faculty are available during office hours for individual assistance.

    Graduates can pursue careers in aerospace engineering, aircraft design, manufacturing, maintenance, research and development, or in sectors such as defense, space exploration, and aviation. Common job roles include Aeronautical Engineer, Aircraft Design Engineer, Flight Test Engineer, and Propulsion Engineer.

    Many institutions offer scholarships, financial assistance, or flexible payment options for eligible students. Inquire directly with the university for details on available financial aid and funding options.

    Applications can typically be submitted online through the institution’s website. The process may involve submitting academic transcripts, entrance exam scores (if required), and additional documents such as personal statements or interviews.

    Got More Questions?

    Talk to our team, our program advisor will reach out of you.