1. 1-773-949-9557
umohan2@uic.edu
UTHIRA MOHAN
https://www.linkedin.com/in/uthiramohan
EDUCATION
 University Of Illinois ,Chicago -Master of Science - Electrical and Computer Engineering-3.8/4 May 2017
 Anna University,Chennai,India -Bachelor of Engineering - Electronics And Communication Engineering-3.5/4 May 2015
TECHNICAL SKILLS
 Programming Languages-C/C++, JAVA, Python, Embedded C, Verilog, VHDL.
 Softwares- MATLAB, SIMULINK, Xilinx, PROTEUS, Keil, Android Studio, Microsoft Office.
 Protocols-TCP, UDP, DHCP, OSPF, Ethernet, ARP, STP.
INTERNSHIPS
Software Engineer Intern Cymer Technologies,San Deigo,CA June 2016- August 2016
 Delivered automation for software requirements in Plasma Control Function Cluster (EUV light Source).
 Developed automated scripts for function level regression test using Python to validate functionality of the components.
 Assisted the architects in analyzing the communication among hardware components and debugged the test associated
with the component of the EUV light source.
 Developed data management scripts to retrieve error data from software test benches.
Network Engineer Intern Reliance Communications Private Ltd. ,India June 2015 - July 2015
 Collaborated with transport team and evaluated physical networks by monitoring optical cable routes and failures in
Remote Terminal and Central Terminal.
 Trained under network section – Monitored performance of LAN, WLAN, VLAN, WAN, GSM, WCDMA, CDMA,TDMA and
National Long Distance Networks.
Software Engineer Intern NLTVC Syn. Bhd., Malaysia January 2015- March 2015
 Designed an algorithm in "Video Bit Rate adjustment based on dynamic Bandwidth Availability", a client project for
changing resolution based on near-instantaneous packet loss reporting which was implemented in CentOS using C# , UDP.
 Coordinated with project engineers in multiple projects to design and modify existing project materials.
RELATED COURSES
Computer Algorithms, Robotics, Object Oriented Programming, Embedded Systems,Advanced Computer Communication
Networks, Introduction to Networking, Advanced Digital Communication, Wireless Communication, Linear System Theory and
Design, Satellite Communication, Control Systems, Digital Signal Processing, Probability and Random Processes.
PROJECTS
 Security aspects of IoTs focusing network protocols (2016)- Analyze the security problems in IoTs by studying the existing
literature work focusing on the network protocols.
 Performance Analysis of OFDM, FBMC, UFMC on 5G physical layer (2016)- Implemented the three 5g modulation schemes
and compared the performance of different measurements like BER vs SNR, Spectral Efficiency, Spectral Density and PAPR.
 Implementation of client/server transmission scheme using TCP and UDP over Android devices (2016) – Client/server
communication is established using TCP and UDP with priority scheduling where shortest job is executed first.
 Effective usage of white space for wireless communication (2016) – Proposed two different network architectures which
aids the white space to be utilized for WiFi communication and independent communication between devices.
 Self-automated accelerometer controlled motion planning Robot (2016) –Developed a accelerometer controlled robot
which implements motion planning algorithm Bug 0,Bug 1,Bug 2 to reach the destination choosing an optimum path.
 Incentive mechanisms in non-cooperative wireless networks (2015) - Improved the efficiency of the intermediate nodes
in mobile user provided networks by providing incentives (virtual currencies), based on the service rendered by the node.
 Performance analysis of MIMO-OFDM for various modulation techniques over different fading channels (2015) –
Implemented modulation schemes like QAM, PSK, DPSK in Rayleigh fading, AWGN, Gamma fading channels in MIMO-OFDM
and measured multiple parameters using MATLAB and SIMULINK.
 Collision avoidance with integrated parking assistance using WSN (2015) - Developed a system in each vehicle such that
the vehicles communicate with each other ,transmitting data related to collision,emergency and parking information.
 Convergence of IPV6 from IPV4 using dual stack and tunneling mechanisms (2014) - Established communication of IPV4
and IPV6 hosts using dual stack and tunneling mechanisms, and analysed a comparison based on IPV6 perfomance.
ACHEIVEMENT
 Arch Hacks Winner (2016) – Developed an application to continously monitor body vitals of the aged, store the records
and in turn notifies the doctors and alerts the surroundings in case of any abnormalities.