BE in Telecommunication Engineering

BANGALORE INSTITUTE OF TECHNOLOGY
In Bangalore

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Important information

  • Bachelor
  • Bangalore
  • Duration:
    4 Years
Description

Important information
Venues

Where and when

Starts Location
On request
Bangalore
K.R. ROAD ; V V PURAM, 560004, Karnataka, India
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Course programme

BE in Telecommunication Engineering

The Department of Telecommunication was started in the year 1992-93.The department is presently headed by Prof.M.N. Srirangaraju , who is supported by a team of qualified and dedicated staff members.

INTRODUCTION:
On the forefront of development and with the advent of technological revolution and quantum development in the field of electronics and communication due to myriad complexities of the e-world it was inevitable for the evolution of another field to make a distinct identity of its own. Thus the ball of development was set into motion and the telecommunication field gradually assumed a role of pre-eminence which is shared by few other engineering disciplines in the modern world.

The department ,established in the year 1992 emphasized in providing quality education with the practical aspects of learning given ample importance. The department encourages tech-savvy projects, which whet the students appetite for technical exploration. The excellent faculty and staff have been instrumental in ensuring that the students are well prepared for the corporate world.

CURRICULUM
ANALOG ELECTRONICS

Diodes, Transistors, FET's (their biasing and frequency response)

Analog filters

amplifiers, Power amplifier

Rectifier, Inverters, Converter, dual

Boolean Algebra, flip flops

circuits-fabrication of monolithic IC's

DIGITAL ELECTRONICS

8086 Microprocessor, 8087 Coprocessor and 8051 Microcontroller,

Assembly language programming of 8086,8051,8087 by kit peripherals 8279,8251,8259,8275 Data converter,

Operational amplifiers

Logic families (RTL, TTL, ECL, NMOS, CMOS...)

A\D, D\A Converter
OTHER SUBJECTS

Control System

Transmission & Switching

Sources & Detectors

Digital Signal Processing

neural networks and Fuzzy logic

VHDL , VLSI design, OOPS

Information theory and coding

Motorola microcontroller

COMMUNICATION

Analog communication

Mobile Communication

Optical fiber Communication

Satellite Communication

Digital Communication

Computer Communication networks

Laboratories:
The labs are compliant with the latest in telecommunication and electronics technologies.

1. Microprocessor/Microcontroller lab.

2. Base band communication lab.

3. Advanced communication lab:-

* Advanced optical lab.
* Advanced microwave lab.
* Computer communication network lab.
* Transmission line and filters lab.

4. Television engineering lab


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