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Best B.Tech. (Electronics and Instrumentation Engineering)

COURSE DESCRIPTION

B.Tech. Electronics & Instrumentation Engineering or Bachelor of Technology in Electronics & Instrumentation Engineering is an undergraduate Instrumentation Engineering course. The course provides education in multiple disciplines of electronics, instrumentation, and control engineering. The curriculum is designed to give due emphasis on Mathematics, Electronics, (Analogue and Digital), Microprocessors and Microcontrollers, Transducers, Fibre Optics, Computer Programming, Computer assisted Measurements, and the latest Instrumentation Techniques. Course focuses on areas like Telecommunication, Robotics, Biomedical, and Computer Control in Process applications, VLSI, Fibre Optics etc. The duration of the course four years and it is career originating in nature.

B.Tech. Electronics & Instrumentation Engineering Eligibility                       

  • XII with Physics, Chemistry and Mathematics or equivalent with minimum 55% marks.
  • Some reputed colleges and institutes conduct entrance examination for admission.

B.Tech. Electronics & Instrumentation Engineering Course Suitability

  • Applicants who want to develop and apply mathematics, science and engineering skills to identify, formulate, and solve electrical/electronic/instrumentation engineering problems and to use industry standard tools to analyse, design, develop and test computer-based systems containing instrumentation and software components can go for it.
  • They should have a sharp, analytical and practical mind and attention to detail.
  • They should be able to grasp and adapt to new and changing concepts. Good communication skills are also important to communicate their ideas to others in their field.
  • They may need to work under pressure and can keep calm during crisis. Along with various other personal attributes one must also have dedication and commitment towards the profession.
  • A successful engineer possesses not only an understanding of his area of concentration, but also a broad grasp of engineering in general.

How is B.Tech. Electronics & Instrumentation Engineering Course Beneficial?

  • The course is beneficial to equip students to apply theoretical knowledge to real-world engineering problems and to manage complex engineering projects can go for it.
  • It enables students to pursue a career in the measurement and control of complex industrial & electrical process.
  • Modules of this program train the student to plan, design, install, operate, control and maintain complex systems that produce materials.
  • The Course is also beneficial for further studies such as M.Tech. and then for further research studies.
  • After completion of this course, students will have very high opportunity in almost all Automation industries, processing industries, chemical industries, bio-medical instrumentation, power plants, Fertilizers & Chemical industries, and Petrochemical industries, Navigational & Aerospace Organization, Food Processing Industry, and Weather Stations etc.

COURSE ELIGIBILITY

XII with Physics, Chemistry and Mathematics or equivalent with minimum 55% marks.

  • B.Tech. Electronics & Instrumentation Engineering Syllabus

    Syllabus of Electronics & Instrumentation Engineering as prescribed by various Universities and Colleges.

        Sem. I 

    Sr. No.

     Subjects of Study

    1

    Mathematics I

    2

    Physics

    3

    Chemistry

    4

    Basic Civil and Mechanical Engineering

    5

    Engineering Mechanics

    6

    Communicative English

    7

    Physics Lab

    8

    Chemistry Lab

    9

    Work Shop Practice

       Sem. II 

    1

    Mathematics II

    2

    Material Science

    3

    Environmental Science

    4

    Basic Electrical and Electronics     

    5

    Engineering Thermodynamics

    6

    Computer Programming

    7

    Computer Programming Lab

    8

    Engineering Graphics

    9

    Basic Electrical and Electronics Lab

    10

    NSS / NCC

       Sem. III 

    1

    Mathematics III

    2

    Electric Circuit Analysis

    3

    Electron Devices and Circuits

    4

    Switching and Logic Design

    5

    C++ and Data Structures

    6

    Fluid Mechanics and Strength of Materials

    7

    Electron Devices and Circuits Lab

    8

    Fluid Mechanics & Strength of Materials Lab

    9

    C++ and Data Structures Lab

       Sem. IV  

    1

     Mathematics IV

    2

    Electronic Circuits

    3

    Electrical and Electronic Instruments

    4

    Sensors and Transducers

    5

    Linear Integrated Circuits E

    6

    Electrical Machines

    7

    Linear and Digital Integrated Circuits Lab

    8

    Sensors and Transducers Lab

    9

    Electrical Machines Lab

    1

    Physical Education

    Sem. V 

    1

    Numerical Techniques and Methods

    2

    Control Systems Engineering

    3

    Industrial Instrumentation I

    4

    Microprocessors & Applications

    5

    Modern Measurement Techniques

    6

    Process Engineering Principles

    7

    Simulation Lab

    8

    Design Project Lab

    9

    Microprocessors & Applications Lab

    10

    General Proficiency I

        Sem. VI 

    1

     Process Control

    2

    Industrial Instrumentation II

    3

    Communication Engineering

    4

    System Design Using Microcontrollers

    5

    Digital Signal Processing

    6

    Elective I

    7

    Process Control Lab

    8

    DSP and Microcontroller Based

    9

    Embedded Systems Lab Modern Electronic Instruments Lab

    10

    General Proficiency II

        Sem. VII 

    1

    Computer Control of Process

    2

    Analytical Instrumentation

    3

    Industrial Safety and Management

    4

    Elective II

    5

    Elective III

    6

    Computer Control of Process Lab

    7

    Seminar

    8

    Industrial Visit/Training

    9

    Project Work Phase I

       Sem. VIII 

    1

    Engineering Economics

    2

    PLC and Distributed Control Systems

    3

    VLSI Design

    4

    Elective IV

    5

    Elective V

    6

    Industrial Automation Lab

    7

    Professional Ethics Practice

    8

    Comprehensive Viva-Voce

    9

    Project Work Phase II

     

       List of Electives

     

      Sem. VI

     
    • Industrial Electronics
    • Telemetry and Tele-control
    • Visual Programming for Instrumentation Engineers
    • Object-Oriented Test and Measurement Software Development
    • Biomedical Instrumentation

     

    Sem. VI

     
    • Operating Systems
    • Optimization Techniques
    • Instrumentation and Control in Petrochemical Industries
    • Plant Instrumentation
    • Instrumentation Buses and Data Networks
    • Web Based Instrumentation
    • Data Base Management Systems
    • Fibre Optics and Laser Instrumentation

     

    Sem. VIII

     
    • Robotics and Automation
    • Design of Process Control System Components
    • Fuzzy Logic and Neural Networks
    • Optimal Control
    • Digital Image Processing
    • Computer Networks
    • Adaptive Control Systems

Nims University

Jaipur, Rajasthan

Synch with the mission of creating pathways through career to future, the Nims University has emerged as the largest and best self-financed university in North-India. Structured at par with the composite model universities of the leading nations of the world, the Nims University has been legendary in quality teaching and action oriented research in all disciplines..

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