KATEEL YASHAS ACHARYA

ac8jfx@r.postjobfree.com 214-***-****

https://www.linkedin.com/in/kateel-yashas-acharya-4528784b

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Objective:

Seeking Full time Network Engineer positions

Education and Training

The University of Texas at Dallas, Richardson, Texas, USA May 2019 Master of Science in Telecommunications GPA: 3.26/4 Sir M Visvesvaraya Institute of Technology, Bangalore, India. June 2014 Bachelor of Engineering, Electrical Engineering. GPA: 8.5/10 Skills

Programming: C, C++, ABAP, Java, Python, HTML5, CSS, JavaScript, PHP Software’s: MATLAB, MM, SRM, GNS3, Wireshark, MS Office, Cisco Packet Tracer Databases: MySQL, HANA, ERP, SQL server, Mango DB

Protocols: TCP/IP, DHCP, OSPF,RIP,BGP,MPLS,DVMRP

Operating Systems: LINUX, WINDOWS

Experience

Software Engineer Larsen & Toubro Infotech (LTI), Mumbai, India June 2014-2017

• Adept in ABAP and Web Programming and was part of the implementation team that successfully carried out the required code changes during the migration from Freescale to NXP

• Post Migration activities involved resolving the support tickets raised at the client’s end and developing the objects related to SAP ABAP and SAP SRM for Procurement related change requests.

• Single Point of Contact for Support Activities and Performed first level of code reviews and aided client-side reviews. Academic Projects:

Introduction To Wireless Communications (MATLAB) Fall 2017

• Measuring the LOS and non-LOS path loss characteristics of WiFi router at 2.4 GHz and plot their variation trends as a function of Distance using MATLAB.

Operating Systems (Java) Spring 2018

• Explored Multiple Processes and IPC where communication process between CPU and Memory were simulated through the IPC. Implemented Thread and Semaphore Concepts to Simulate a Patient’s visit to the clinic.

• Used Socket Programming to implement message posting system composed of a server and clients Computer Networks (Java) Spring 2018

• Simulated a very simple network by having a process correspond to a node in the network, and files correspond to channels in the network.

• In the Node Program we implemented and tested the functioning of Datalink Layer, Network Layer and Transport layer. Algorithmic Aspects Of Telecommunications Networks (Java and Python) Summer 2018

• Implemented basic network design model via shortest path algorithm and computed the network reliability using exhaustive enumeration method.

• Designed a Network topology using two dissimilar heuristic algorithms following a specific property. Performance of Computer Systems and Networks (C++) Fall 2018

• Implemented an Event driven simulation of a Markovian Queuing system as per the specified requirements and Validated the simulation results with theoretical solutions.

• Implemented Priority queuing with two classes of customers and cross checked the theoretical and simulation results throughput, Number of customers and average time.

Advanced Computer Networks (Python) Fall 2018

• Implemented a path vector protocol based on the Routing Information Protocol (RIP) intra-domain protocol. Displayed the routing table from the command prompt and the existing routing entries at the router.

• Emulated Node and Link failures via command from prompt line. We also ensured that the network re-converge with the existing topology and update routing tables as needed

Web Programming Languages (HTML, JavaScript and PHP) Fall 2018

• Developed an Online Toy store website and user signup and validation was carried out using jQuery. Front end Design and client- side scripting was carried out via JS and Angular JS and For Backend design and Client-side scripting we use PHP. Software Defined Networking Spring 2019

• Implemented Squid web proxy with transparent traffic redirection. Built using Open Daylight Controller and Open vSwitch in Mininet environment.