Welcome To Department of IT

The IT department has three major areas of concern, which include governance of the company's technological systems, maintenance of the infrastructure and functionality of the systems overall. Beyond that, professionals within the IT department work internally on computer software and hardware in many ways that allow a business to be successful.

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Dr Arun Shalin

HEAD OF DEPARTMENT

ARUNSHALINLV@bitsathy.ac.in

IT CORE COURSES

The Core Courses for Information Technology as per Bannari Amman Institute of Technology

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ENGINEERRING MATHEMATICS II

Engineering Mathematics-II help us to provides a basic understanding in differential equation and vector calculus in simple engineering problems

ENGINEERRING CHEMISTRY II

A student pursuing this course will learn about electrochemistry and its applications, corrosion science, catalysis and nuclear chemistry

BASICS OF ELECTRICAL ENGINEERRING

Electrical engineering is a professional engineering discipline that deals with the study and application of electricity, electromagnetism, and electronics

DIGITAL COMPUTER ELECTRONICS

The course focuses on designing the combinational and sequential building blocks. And how to use these building blocks to design bigger digital systems.




REWARD POINT SUMMARY



OUR POPULAR COURSES

FREQUENTLY ASKED QUESTIONS

What is the importance of Stoke’s Theorem?

The importance of Stoke’s Theorem lies in its ability to relate the line integral around the boundary of a surface to the surface integral of the curl of the vector field over the surface

Why PT wire is used for calomel electrode?

Platinum is robust (stable) and highly active, which is why it is used in that electrode.

Why do we use Mercury in calomel electrodes and the reason for the presence of mercury (1) chloride in the test tube?

makes the potential stable at equilibrium if small amounts of current have passed through the electrode .

State true or false and give reason: The sum of the force acting on the particular charge is equal to the sum of all the charges.

The total force acting on charge q1 due to other charges could be either attractive or repulsive depending on the charges and their respective positions.

How to differentiate Electric field with magnetic field system

Electric fields are generated by stationary charges and exert forces on charged particles, while magnetic fields are produced by moving charges or changing electric fields and affect moving charges.

What is the formula for energy stored in a capacitor and inductor is?

Inductor : E = (1/2) L I^2, Capacitor : E = (1/2) C V^2

Represent the types of semiconductors.

Types of semiconductor: a. Intrinsic semiconductor b. Extrinsic semiconductor

What is magnetostriction losses

Magnetostriction losses refer to the energy dissipation that occurs when a magnetic material undergoes cyclic mechanical stress or strain. Magnetostriction is the phenomenon where magnetic materials change their shape in response to a magnetic field, causing the material to expand or contract.

X-rays should not be exposed to human body. Justify.

X-rays should not be exposed to the human body because they have high energy and can penetrate through body tissues, potentially causing damage to cells and DNA. Exposure to high levels of X-rays can lead to radiation sickness, cancer, and genetic mutations.

Electric fields are generated by stationary charges and exert forces on charged particles, while magnetic fields are produced by moving charges or changing electric fields and affect moving charges.

Yes, metals that are resistant to wet corrosion can still be susceptible to dry corrosion. Dry corrosion, also known as atmospheric corrosion, occurs when metal is exposed to oxygen and other atmospheric gases, such as sulfur dioxide and nitrogen dioxide, which can react with the metal surface and cause corrosion

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OUR FACULTIES

Dr Palanisamy C

Professor

Dr Bharathi A

Professor

Dr Thanga Parvathi B

Professor

Dr Sundara Murthy S

Professor

Dr Gopalakrishnan B

Professor

Dr Paarivallal Ra

Associate Professor

Dr Purusothaman P

Associate Professor

Dr Lakshmanaprakash S

Associate Professor

Dr Sri Vigna Hema V

Associate Professor

Prof. Naveena S

Assistant Professor Level III

Prof. Arun Kumar R

Assistant Professor Level III

Prof. Abirami A

Assistant Professor Level III

Prof. Sabarmathi K R

Assistant Professor Level II

Prof. Prabhu P S

Assistant Professor Level II

Prof. Leelavathi R

Assistant Professor Level II

Prof. Nataraj N

Assistant Professor Level II

Prof. Sri Vinitha V

Assistant Professor Level II

Prof. Vinoth M

Assistant Professor Level II

Prof. Kalaivani R

Assistant Professor Level II

Prof. Yamuna S

Assistant Professor Level II

Prof. Priya L

Assistant Professor Level II

Prof. Venkatesan R

Assistant Professor Level II

Prof. Selvakumar M

Assistant Professor Level II

Prof. Karthika M S

Assistant Professor

Prof. Deepika R

Assistant Professor

Prof. Janani T

Assistant Professor

Prof. Santhiya B

Assistant Professor

Prof. Renuga Devi S

Assistant Professor

Prof. Gayathri K

Assistant Professor