B.Tech Automobile Engineering – Bir tikendrajit university

Bachelor Of Technology Automobile 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

    Bachelor of Technology in Automotive Engineering is a specialized discipline within Mechanical Engineering. This B. Tech program equips students with in-depth knowledge and skills in vehicle design, testing, assembly, and repair through the application of advanced automotive technologies. It also provides opportunities for specialization in areas such as quality management and control, safety engineering, automotive analytics, and the assembly and installation of various vehicles. Furthermore, students have the chance to engage in research related to aerospace and marine engineering. This program encourages exploration of new domains, fosters innovative approaches, and promotes advancements in automation within the field of automotive engineering.

    Get More Information About The Program In One Place

    To embark on your journey as a automobile 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,

    31,500/- per semester

    Maximum 8 years and minimum 4 years

    Core Engineering Courses: Students study essential subjects such as vehicle design, internal combustion engines, vehicle dynamics, and automotive systems to build a strong foundational knowledge.

    Hands-On Experience: Practical training through laboratory work, workshops, and projects allows students to apply theoretical concepts in real-world scenarios, enhancing their technical skills.

    Computer-Aided Design (CAD): Training in CAD software equips students with the tools needed for modern vehicle design and modeling, essential for engineering innovation.

    Specializations: The program offers opportunities to specialize in areas such as automotive electronics, safety engineering, quality management, and hybrid vehicle technologies, allowing students to tailor their education to specific interests.

    Research Opportunities: Students are encouraged to engage in research projects, exploring advanced topics and contributing to innovations in the automotive field.

    Industry Collaboration: The curriculum often includes collaborations with automotive industries, providing insights into current practices and fostering connections for future employment.

    Interdisciplinary Approach: The program integrates concepts from mechanical, electrical, and materials engineering, preparing students to tackle complex challenges in automotive engineering.

    Emerging Technologies: Focus on trends such as electric vehicles, autonomous driving systems, and sustainable practices ensures students are equipped for the future of the automotive industry.

    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

  • BTEAE11 – Engineering Graphics And Computer Aided Design
  • BTEAE12 – Matrices And Calculus
  • BTEAE13 – Engineering Physics
  • BTEAE14 – Problem Solving Using C
  • BTEAE15 – Engineering And Design
  • BTEAE16 – Laboratory I
  • BTEAE17 – Laboratory II
  • BTEAE21 – Analytical Mathematics
  • BTEAE22 – Engineering Materials
  • BTEAE23 – Professional English And Soft Skills
  • BTEAE24 – Sustainable Engineering Systems
  • BTEAE25 – Introduction To Digital Systems
  • BTEAE26 – Engineering Mechanics
  • BTEAE27 – Manufacturing Technology
  • BTEAE28 – Laboratory I
  • BTEAE29 – Laboratory II
  • BTEAE31 – Partial Differential Equations And Transforms
  • BTEAE32 – Applied Thermodynamics
  • BTEAE33 – Theory Of Machines
  • BTEAE34 – Automotive Engines
  • BTEAE35 – Vehicle Body Engineering
  • BTEAE36 – Automotive Engine Technology
  • BTEAE37 – Laboratory I
  • BTEAE38 – Laboratory II
  • BTEAE41 – Probability And Statistics
  • BTEAE42 – Solid Mechanics
  • BTEAE43 – Fluid Mechanics And Machinery
  • BTEAE44 – Automotive Aerodynamics
  • BTEAE45 – Elements Of Motorsports Engineering
  • BTEAE46 – Laboratory I
  • BTEAE47 – Laboratory II
  • BTEAE51 – Optimization Techniques
  • BTEAE52 – Automotive Transmission
  • BTEAE53 – Automotive Engine Components Design
  • BTEAE54 – Automotive Electrical And Electronics
  • BTEAE55 – Artificial Intelligence
  • BTEAE56 – Fuel Cells And Its Applications
  • BTEAE57 – Laboratory I
  • BTEAE58 – Laboratory II
  • BTEAE61 – Automotive Chassis Design
  • BTEAE62 – Vehicle Dynamics
  • BTEAE63 – Control Systems
  • BTEAE64 – Business Economics
  • BTEAE65 – Vehicle Testing
  • BTEAE66 – Smart Concepts In Automotive Engineering
  • BTEAE67 – Laboratory I
  • BTEAE68 – Laboratory II
  • Key Role of B.Tech. Automobile Engineering

    • Research and Development (R&D): R&D focuses on creating, improving, and designing new products and services. It offers significant earning potential in the public sector and is regarded as one of the most prestigious fields for automobile engineers.
    • Manufacturing: Automobile engineering plays a vital role in manufacturing, design, and the development of projects previously deemed impossible.
    • Design: Design engineering, which heavily relies on CAD tools, is currently one of the most promising sectors for automobile engineers.
    • Installation: This essential role involves overseeing the installation of machinery, guided by automobile engineers.
    • Maintenance: Maintenance work is dedicated to the preservation and upkeep of machinery using various specialized tools in automobile engineering.
    • Analysis and Testing: This emerging field, along with design, involves experimenting with products and encompasses quality assurance responsibilities.

    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

    The B.Tech in Automobile Engineering program typically spans 4 years, divided into 8 semesters. Online programs may offer flexible schedules, allowing students to study at their own pace.

    Candidates should have completed 10+2 education with Physics, Chemistry, and Mathematics as core subjects. Most universities require a minimum of 50-60% aggregate marks (depending on the institution).

    Yes, the online B.Tech in Automobile Engineering program is accredited by relevant bodies such as the All India Council for Technical Education (AICTE), ensuring the degree is valid for employment and further education.

    Classes are conducted via live online lectures, recorded video sessions, e-books, and interactive assignments. The course is delivered through a Learning Management System (LMS), which gives students access to course materials and assignments.

    While the course is online, students can gain practical experience through virtual labs, simulations, and project-based assignments. Some programs also facilitate internships with industry partners or provide opportunities for practical exposure during vacation breaks.

    Yes, the flexibility of online education allows students to pursue the program while working or managing other commitments. Students can set their own study schedules and pace their coursework to accommodate other responsibilities.

    Got More Questions?

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