Open to Java,HTML5, CSS, JavaScript developer position

OBJECTIVE:

Accomplished and Achievement driven recent graduate looking to leverage education and skill in launching a successful career as an I.T professional.

EDUCATION:

Bachelor of Technology (Electronics And Communication Engineering) from Mahatma Gandhi University, Kottayam in 2013

HSC at St. Teresa’s C.G.H.S.S, Cochin in 2009 with CGPA 85%

TRAINING:

Underwent training in fundamentals of Telecom held at District Telecom centre, BSNL, Kottayam

Underwent training in fundamentals of VLSI

Underwent training in fundamentals of ARM Architecture

TECHNICAL SUMMARY:

Languages/Methodologies

Java, C, C++, XML/XSL, HTML5, AT89C51, CSS, Matlab

Operating System

WINDOWS 10,8,7,XP/2000/2003/2008

Simulators

LTSPICE

MEMBERSHIPS AND AWARDS:

Active member of Scouts and Guides

Won Rajya Puraskar (Country Wide Recognition) Guide Award from Scouts and Guides

Won College Merit Scholarship

PROJECT DETAILS:

Primary Project: DIGITAL FREQUENCY SYNTHESIZER

A VLSI project based on the Lt Spice Simulator to design a fully digital frequency synthesizer circuit. It plays a critical role in defining the performance of wireless systems in terms of measures such as operating frequency range, settling time, phase noise and spur performance and area/power consumption. Most of the frequency synthesizer employ a phase locked loop circuit, as this technique offer many advantages such as minimum complexity for the architecture, low power consumption and maximum use of large scale integration technology.

The generation of many different frequencies from a single stable frequency is commonly achieved with analog circuits or combinations of analog and digital circuits. All of these approaches generate a large set of frequencies from a single source in the analog or continuous sense by division, phase lock, mixing, or a combination of such techniques. The digital frequency synthesizer is a circuit design that generates a new frequency from a single stable reference frequency.

Mini Project: DOOR AUTOMATION USING RFID

A security based project that stemmed from my exposure to the RFID based entry access systems available at various corporations. As theft via breaking locks is a common scenario around my hometown, I wanted to employ my skills to build a cheap and reliable RFID based security system that reduces the risk of breaking and entering. This project was coded accurately using 89S52 chip and RFID based authentication. Home owners can easily afford the expenses of deploying one in their homes

The advantage is that there are no exposed locking systems and so the thieves are dissuaded from picking locks. A home owner with an RFID tag on person is automatically recognized by the sensor on proximity and the doors are unlocked. A security code based entry is also present, in case the home owner forgets to carry the RFID.

Seminar: UMTS-WIMAX VERTICAL HANDOVER IN NEXT GENERATION WIRELESS NETWORKS

Presented a study of the concepts of various wireless access technologies in use. Researched and presented various interworking architectures and handover scenario comparisons between UMTS and WiMAX.

Professional Experience:

Institution: SoftShore Technologies Pvt Ltd. February 2015 to May 2015

Role: Lesson Planner

Subject: Physics

Responsibilities

Preparing study materials and question papers for students.

Gained experience using Microsoft Office applications like Word, PowerPoint and Excel.

Discussed with parents any behavioral or academic issues with students that needs to improve or change

Institution: Mahatma Institute August 2013 to September 2014

Role: Tutor

Subject: Physics and Electronics

Responsibilities

Preparing study materials and question papers for students.

Planned curriculum for the school year, finding essential tools to teach students.

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