Contact: 201-***-**** Email id: firstname.lastname@example.org LinkedIn: https://www.linkedin.com/in/tarushi-chauhan/ EDUCATION
University at Buffalo, The State University of New York 3.7/4 Aug 2017-Dec 2018 Masters in Electrical Engineering with Concentration in Communication and Networking PDM college of Engineering, Bahadurgarh (Maharishi Dayanand university, India) 3.64/4 April 2012-April 2016 Bachelor of Technology (Electronics and Communications Engineering) COURSEWORK
Principles of Networking, Network System Design, LTE to 5g and Cyber Physical System, Principles of Cellular Communications, MIMO Communications, Principles of Modern Digital Communications, Wireless Communication in LTE, Probability and Stochastic Processes, Nano Scale Communication Networks, Wearables and Implantable sensors. PROJECTS
Network Design for Railway Department Summer 2018
Created a topology for Railway Department and divided it into Billing, Reservation, Customer Support, Accounts and Main department.
Connected the railway network to ISP and implemented Frame Relay. Applied access list and NAT for security purpose.
Used EIGRP as a routing Protocol and implemented VLAN and Inter VLAN Routing. CCNA project Spring 2018
Implemented network design of my university using cisco packet tracer.
Applied OSPF, VoIP and Access list functionality to control the traffic passing through the router. Design and Implementation of LTE Network using NS3 Fall 2017
Simulated various topologies using C++ and transferred data between nodes.
Analyzed and optimized the collisions and delays between data packets.
Optimized the problem definition for an LTE network using Okumura path loss model and KPIs.
Devised a dynamic scaling algorithm of the network from 40 to 320 UEs. Differential MIMO system using Jakes Simulator Spring 2018
Designed jakes simulator to generate communication channels and implement differential MIMO systems using MATLAB.
Implemented Beamforming in order to enhance detection of signals by coherently summing signals across elements of arrays.
Compared Bit error rate (BER) with Signal to Noise Ratio(SNR). Digital Communication System with Optimum Receiver Design Fall 2017
Implemented PAM and QAM communication systems using MATLAB and also calculated their BER and SER.
Decreased BER in BPSK using OFDM technique and then compared the BPSK with higher bit rate and compare their BER. Remote Server Management (Red hat Linux Technology), project Summer 2016
Learned to install and configure a remote server on Linux and Windows over a network.
Used SSH, SCP, RSYNC, VNC, TELNET server, and more. SKILLS
Networking and Communication Standards: TCP/IP, CCNA, Cisco Packet Tracer, GNS3, Wireshark, IPsec, VLAN, IPv4, IPv6, VPN, Ethernet, Wi-Fi, Bluetooth, TDMA, FDMA, CDMA, OFDMA, MIMO Systems, GSM, 3GPP/LTE, Analog and Digital Modulation Techniques, Digital Signal Processing
Languages and Software: C, C++, MATLAB, NS3, python, Ns3(LTE standard), MySQL, Quartus II and Prime software, Altera, NIOS 2 Certifications: RedHat System Administrator on RHEL7, RedHat Certified Engineer on RHEL7 EXPERIENCE
Business Analyst at Silver Touch Technologies, Delhi, India August 2016 – July 2017
Implemented advanced strategies for gathering, reviewing and analyzing data requirements.
Prioritized requirements and created conceptual prototypes and mock-ups.
Define project requirements by identifying project milestones, phases and elements; establishing project budget.
Worked with Python to analyze data regarding sales for a government organization and delivered essential solutions. Network Trainee at Tata Consultancy Services Ltd., internship April 2016 – August 2016
Network administrator for iON Test conducting Services.
Worked with a team of 15 people and managed to conduct national level examinations over the network.
Handled the troubleshooting for the network. Responsible for Network recovery after Disruptions. Network Trainee in Delhi Metro Rail Corporation June 2015- August 2015
Got the working knowledge of the Network used in a Railway Department. Got better understanding of Routing protocols and actions taken for security purposes.
The Concept of VLAN & Inter VLAN Routing has been implemented along with the Frame tagging & Encapsulation techniques.
The Dynamic Host Configuration protocol was also applied on the internal department’s Routers so that the IP Parameters can be provided dynamically.
Simulated a close to real life network for DMRC in GNS3 and suggested changes in the Network. Resulted in 25% decrease in packet delay.