Engineering Design

Sherley Arcksliy Sylvia Augustine Anbazhagan

C* Arunodaya Apt, Madley 2nd St

T- Nagar

Mobile +91-755*******

**************@*****.***

Personal statement

To take up a challenging career in a well-established concern to try a fulfil goals.As a self-motivated and committed person strive hard to help the organization I work for, to reach higher levels.

My objective is to acquire a position where I can utilize my education and technical skill, at the same time I can gain valuable experience and contribute to the wellbeing of the firm. I have a clear, logical mind with a practical approach to problem solving and a drive to see things through to completion. I enjoy working on my own initiative. In short, I am reliable, trustworthy, hardworking and eager to learn and have a genuine interest.

Education

Coventry University

Coventry

United Kingdom

(2016 – 2017)

MSc in Embedded Microelectronics and Wireless Systems

Key Skills gained:

●V-Rep for Robotics using Multisim Software

●MPLAB IDE/Proteus VSM/PCB/PIC18F4520/USART/RS232/MCC18 Complier

●Windows/Ubuntu

●Familiarity with embedded software programming techniques.

●Immense ability to work on electronic and microprocessor systems.

●Wide knowledge of serial communications, interfacing of stepper motors, displays, etc.

●Proficient with C, Embedded C, VHDL, MATLAB, Simulink, Unified Modeling Language (UML) and UML CASE tools/Vivado Software/Microblaze/Nexys 4 DDR Board/Artix-7 Processor/Xilinx

●Wireless network system knowledge with ability to work on sensors, nodes, communication and actuators.

●Knowledge of embedded operating systems.

●Expertise in Linux and Linux driver development basics/Raspberry Pi/Kernel/Buildroot

Notable Modules – Robotics (Kinematics, Dynamics and applications), Embedded Operating System, Microprocessor Application, Wireless Intelligent System, Digital Signal and Image Processing, VHDL for Digital System Design, Embedded System programming, Digital Communication System.

Sathyabama University

Chennai, India.

(2010 – 2014)

Bachelor of Engineering, Electronics and Communication

Key skills gained:

●Basic of C/C++

●Basic of VHDL

●Communication Bus Technologies: Wi-Fi, USB, UART

●Microprocessor/Microcontroller

●MatLAB Programming

●Basics of Engineering Graphics

Notable Modules – Communication Engineering, Mat LAB, Digital Signal Processing, Microprocessor and Microcontroller for Embedded System Design, Electronic Device and Circuits, Linear Integrated Circuit, Electronic Circuit, Principle of Embedded System, Signals and System, Antenna and Wave Propagation, Digital CMOS VLSI Design.

Achievements

Published a Survey paper on “Hybrid Image Compression Techniques for Video Transmission” in the International Journal of Electronics and Communication Engineering (2013).

Internships and Workshops

●Workshop on “Ethical Hacking and Cyber Security” at Sathyabama University, India.

●Internship on “Fundamental of Telecom” at BSNL, Chennai, India.

Academic Projects

Modelling and Simulation of Underwater Acoustic Communication October 2016 – January 2017

The aim of the project is to model the underwater wireless communication channel and evaluate the performance of bit error rate (BER) over different signal to noise ratio. Two underwater wireless communication channels will be a model, acoustic channel and Optical channel.

●Matlab / Simulink design for underwater communication system using an acoustic wireless channel.

●Matlab / Simulink design for underwater communication system using an optical wireless channel.

Device Modelling & Embedded processor design June 2016

The project demonstrates the implementation of Microblaze processor on an FPGA board where the user will be able to input a number (maximum 8 digit) to the Microblaze processor (implemented on the FPGA) using UART console on the host computer. The user will be able to do Increment, Decrement, Left and Right the number.

●Diligent Nexys 4 (DDR) board/Vivado 2015.2 IP integrator/firmware Vivado 2015.2 SDK

Design of Robot Using Whisker Sensor August 2016

Project to design and simulate an IR sensor module to detect an obstacle in specific range using Multisim.Design and simulate a self-navigating differential drive robot in a given environment using V-REP simulation software.

●Whisker Sensor/Proteus Design Suite/V-Rep Pro/Multisim

Infrared Vibrator Shoes for Visually Impaired February – April 2016

The new system will have a number of IR Sensors Transmitters and Receivers placed on the shoes to detect the obstacles on all the directions including intermediate directions where the vibrator is fitted in the socks.

●IR Sensor Transmitter/Receiver/PIC18F4520/Embedded C programming/UML Studio.

Projects Undertaken

●The design and development of a customized embedded Linux operating system for the Raspberry pi 2.0 platforms.

MATlab based project to design and develop a complete DSP system for audio signal processing with noise cancellation algorithms.

●A microprocessor application project to construct a Bluetooth controlled function generator using interrupts timers and DAC components.

●Project to design, implement and demonstrate a wireless sensor network using telosbs to detect the light intensity and to broadcast it over the network (with additional logic to limit flooding) so that the user gets the data.

Design of USB based Data Acquisition System for the Measurement and Physical Parameters November-March 2013

The design and development of the DAS for the measurement of physical parameters like Temperature, Humidity, Light intensity etc.,

●Sensors/DAS/USB/PIC18F4550 microcontroller/PICkit2 programmer/ C program Micro C IDE

Experience

University of Wolverhampton (Oct 2018 - Jan 2019) in Contract as Visiting Lecture

Role:

Lecture done in the Introduction of fundamental principles of problem solving in Python programming on practical problems from within the disciplines of Science and Engineering, and the design of potential solutions using flow charts and simple algorithms.

The implementation of solutions is performed using suitable IT applications and an introduction to basic data processing using a simple Python programming language. Indicatively, the ‘practical programs’ are expected to follow a set number of themes reflecting the multi-disciplinary nature of the Faculty of Science and Engineering.

University of Wolverhampton (Dec 2018 – Jan 2019) in Contract as Peer Support Buddy

Role:

Support for the MSc Information Technology student in the Module- Modern Computer Science.

In this module the support was given for the understanding the role of data representation, architecture, and programming in modern computer systems.

Key Skills Worked on:

Fundamental of Computer system – Lecture on Digital Electronics ( Boolean Logic and logic gates, Numbers and data Representation)Logic Stimulator (LogicSim Software), Half adder and Full adder, Multiplexer, Sequential Logic, CPU Architecture (Bus, Address), Arithmetic Logic Unit (ALU).

Introduction to programming using Python– Lecture done on Introduction of Python Programming with the coding.

Languages

Tamil, English.

French ( Level A1) Certificated.

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