VIVIEN CHIRAMANA acd68y@r.postjobfree.com ****
Hovingham Mobile: 210-***-****
San Antonio, TX-78257
OBJECTIVE
Seeking a challenging engineering position in which I will apply broad technical skills and prior project experience, in
ways that further the goals of an electronics design organization.
ACADEMIC DETAILS
• MS in Engineering with- Electrical Engineering - University of Texas at Dallas May – 2014
• BS in Engineering - Electronics and Communication - JNT University Hyderabad, India May – 2012
TECHNICAL SKILLS
Design Tools Primetime, Cadence design suite, Agilent ADS, AWR MWO, HSPICE, Xlinx, PSPICE
EMSimulator Axiem, HFSS, Momentum
s
Languages C, C++, Java, Assembly (MASM), Embedded C, Verilog, VHDL
Scripting Python, Perl, TCL scripting, Unix Shell Scripting
Software MATLAB, LABVIEW, MS-Office
Processors & 8086, X86 Architecture, ARM-7, Atmega 8
Controllers
Operating Systems UNIX, LINUX, Windows 8/7/XP, Sun Solaris
COURSE WORK
Analog IC Design VLSI Computer Architecture Microprocessors
RF IC Design DSP RF System Engineering Power Amplifier Design
SUMMARY
• Extensive course work in RF and Microwave design
• Experience in CMOS Operational Amplifier Design
• In-depth knowledge of Analog Integrated Circuit Design
• Detailed knowledge of design tools such as Synthesis, APR with Encounter, Custom design with Virtuoso,
SPICE
• Hands on experience with Modern Electrical Measurement Equipment including Network Analyzers,
Oscilloscopes and Spectrum Analyzers
PROJECT EXPERIENCE
VLSI
Arithmetic/Logic Unit Jan 2014 – May 2014
• Developed ALU code using Verilog behavioral code
• Constructed library of standard cells (inv, nand2, nor2, xor2, oa221, mux21 and dff) to convert Verilog
behavioral code into netlist
• Automatic placement and routing of design was done using Cadence’s Encounter. Used IBM 130nm CMOS
Technology
Analog IC Design
Fast-Settling, High-Gain Op-Amp Jan 2014 – Apr
2014
• DISO Op-Amp was constructed to be used as a highly linear voltage buffer
• The schematic was tested using Cadence Circuit simulator. Used 0.25um CMOS technology
Computer Architecture
Cache Design Optimization of Alpha 21264 Microprocessor Aug 2013 – Nov
2013
• The Cache parameters were varied for 3 benchmarks of the Alpha microprocessor.
• Simulated the various possible combinations of parameters using PERL script.
RF IC Design
RF System and Front End Design for Mobile Handsets for 4G Wireless Systems Aug 2013 – Oct
2013
• Constructed LTE receiver for 3rd frequency band of spectrum which included designing of LNA, Mixer and
Oscillator
• Tested the circuit simulation of entire receiver chain using Agilent ADS. Used 0.18um CMOS technology
Microprocessor
Simulator for Elastic Ball Collision Jan 2013 – May
2013
• Computational algorithm was implemented in ARM Cortex M4 processor using TI launch-pad.
• GUI was designed using JAVA
Digital Signal Processing
Channel Estimation and Equalization Feb 2013 – Apr 2012
• Developed and implemented MATLAB code that is able to automatically estimate channel response for given
m-sequence of input and output
Power Amplifier Design
Class J Power Amplifier and Harmonic Tuner Jan 2013 – Apr 2013
• Designed and developed Class J power Amplifier to work at GHz range frequencies
• Tested the circuit in Agilent ADS. Used 0.35um CMOS technology
RF System Engineering
Radar Measurements of Snow Avalanches Oct 2012 – Nov 2012
• Proposed and devised FMCW, multi-chirp, 8 receiver channel phased array radar
• Constructed satellite link to receive and transmit data regarding avalanches
• Tested radar and satellite link using AWR MWO
RF Amplifier Design
Single Stage Narrowband Amplifier and 2-Stage Broadband Amplifier Aug 2012– Nov
2012
• Constructed Single stage Narrow Band Amplifier and 2 stage broadband amplifier
• Tested the schematics using AWR MWO. Trans Impedance gain calculation was done using MATLAB
Senior Design Projects
Hand gesture based wheel chair movement control for disabled Dec 2011 – Feb 2012
• Proposed the idea and developed computational algorithm for gesture recognition was implemented in
Atmega 8 MCU
• Fabricated transmitter and receiver parts of working model. Have done final testing of the working model
Improved method to increase AES system speed Jan 2011 – March 2011
• Researched on AES encryption method and developed Verilog code to encrypt data using AES
• Devised a method to improve AES system speed to encrypt data faster
HONORS and ACTIVITIES
• Member of Society of Women Engineers at UT Dallas
• 3rd prize winner in regional Robo Rally competition