Project Engineering

TRISHUL CHOWDHURY

Objective: Excelling as a professional in a growth-oriented and reputed organization by

oriented

utilizing my technical expertise to the optimum possible while bringing about personal and

professional development.

Current Status: Pursuing B.Tech in Electronics & Communication Engineering from

HERITAGE INSTITUTE OF TECHNOLOGY, KOLKATA.

Academics:

Performance

Year of

Examination School/College Board/University

passing

SGPA YGPA CGPA

7th semester 2012 8.19

6th semester 2012 8.03

8.47

5TH semester 2011 8.92

Heritage Institute of

4th semester 2011 8.33

West Bengal University

B.Tech Technology, Kolkata 8.07

of Technology 8.13

3rd semester 2010 7.93

2ndsemester 2010 7.29

7.56

st

1 semester 2009 7.83

WEST BENGAL

BT.ROAD GOVT. COUNCIL

Higher Secondary SPON. HIGH OF HIGHER 2009 77.60%

SCHOOL SECONDARY

EDUCATION

SCOTTISH CHURCH WEST BENGAL BOARD

Madhyamik COLLEGIATE OF SECONDARY 2007 84.25%

SCHOOL EDUCATION

Competitive exam:All India Rank -21980

State Rank-622 in ALL INDIA

ENGINEERING/ARCHITECTURE ENTRANCE

EXAMINATION(AIEEE)-2009

Computer Proficiency:

• Skillset: C, DATA STRUCTURE, ORACLE (DBMS),CORE JAVA.

• Engineering software acquainted with: MATLAB, PSPICE.

Academic Area of Interest:

• Electromagnetic theory

• Antenna theory

• Communication engineering

• Networking

Academic project:( From September, 2012 to June, 2013)

Project Title: Designed analysis of AM transmitter and superhetrodyne AM

Receiver.

Abstract :- Modulation is a technique in which the characteristics of a high frequency wave are

varied in accordance with the modulating signal. If the amplitude of the high frequency carrier is

changed with that of modulating signal, we get amplitude modulation.

In electronics, a superheterodyne receiver (sometimes shortened to superhet) uses frequency

mixing or heterodyning to convert a received signal to a fixed intermediate frequency (IF), which

can be more conveniently processed than the original radio carrier frequency. Generally all

modern radio and television receivers use the superheterodyne principle.

Here in this project we have designed the AM transmitter and a superheterodyne receiver,

ananalysed the characteristics of the receiver.

Industrial Training:

(1) Completed 2 week training at BHARAT SANCHAR NIGAM LIMITED,

KOLKATA.

• Topic covered: Broadband, CDMA,

Topic covered: DWDM, Overview of GSM

Architecture, Internet Protocol, ISDN, BTS, BSC,MSC,CONCEPT OF

RF, PCM Principal, Overview of GPRS, Optical Fibre Cable, Overview

of SDH, Switching signal, Networking.

• Marks Obtained :- 97

Marks :- 97 .30%

(2) Completed vocational training on Relational Database Management Concepts

and ORACLE from Moniba Compu Academy Pvt. Ltd. (IBM ACE)

• Topic :-

Topic Covered :-SQL, PL/SQL, Overview of ORACLE, RDBMS

MonibaCompu

(3) Pursuing 1 month vocational training on Core Java from

Academy Pvt. Ltd. (IBM ACE)

Paper Publication:

Paper

Paper Title: “Performance Analysis of Discrete Time Steady-State

Kalman Estimator for Linear Dynamic Systems”,

(Selected at National Conference on Instrumentation

and Control NATCONIC-2013 byTrishul Chowdhury

and Moloy Kumar Chowdhury)

Abstract:

Abstract:

Abstract The Kalman filter, more formally known as Linear Quadratic

Estimation (LQE), is a set of mathematical equations that

provides an efficient computational (recursive) means to

estimate the state of a process, observed over time and

containing noise and other inaccuracies, in a way that

minimizes the mean of the squared error. The filter is very

powerful in several aspects: it supports estimations of past,

present, and even future states, and it can do so even when

the precise nature of the modelled system is unknown.

Herein, this paper presents a practical introduction to the

discrete-time steady-state Kalman filter for estimation of a

linear dynamic system and various parameters associated

with the Kalman filter are computed based on a tangible

example with real numbers and results using inputs such as

filter gains, and noise variance matrices.

Others Projects:

• Project Title :Designing of a Library Management System by

using Oracle

• Abstract: This project is a highly efficient GUI based component.

This application is working properly and meeting to all user requirements. This component

can be easily plugged in to many other systems. (Moniba Compu Academy Pvt. Ltd.

(IBM ACE))

Seminar:

• Participated in the “IEEE EDS STUDENT

PAPERCONFERENCE(IESPC)2011”

• Participated in the program “Design and Implementation of Electronics

Circuits” organised by the electronics department of Heritage Institute of

Technology.

Hobbies and Interest:

• Playing cricket and chess.

• Listening music.

• Reading and writing stories.

Personal Details:

• : 23rd February,1990

Date of Birth

• Sex : Male

• Mother’s Name : TAPASI CHOWDHURY

• Father’s Name : SWAPAN CHOWDHURY

• Nationality : Indian

• Marital Status : Unmarried

• Language Known : English, Hindi, Bengali (Speak, Read and Write)

Declaration:I hereby declare that the information furnished above is true to the best of

my knowledge and I bear the responsibility for the accuracy of the above

mentioned particulars.

(TRISHUL CHOWDHURY)

Contact this candidate