PRAPTEE PRADEEP JAMBHORKAR
**** ********* **, *** #*, Los Angeles, CA – 90007 267-***-**** ********@***.***
EDUCATION
MS in Electrical Engineering (GPA: 3.36/4) Aug 2013-May 2015
University Of Southern California, CA
B-Tech in Electrical Engineering (GPA: 3.98/4) Aug 2006-May 2010
Government college of Engineering, Maharashtra, India
RELATED COURSEWORK
MOS VLSI Circuit Design, VLSI Circuit Design, Computer system organization,
Design and Diagnosis of reliable digital system, VLSI System Design and Power Electronics
T ECHNICAL SKILLS
Programming Languages: C, C++, Verilog, Python, Perl
Workbenches: Cadence (Virtuoso), ModelSim, MATLAB
Application Software: Microsoft Office Suite, Pro-Engineer Wildfire, JMAG analysis tool
ACADEMIC PROJECTS
Developed Cardinal Bidirectional Ring NoC Router Mar-2015
Designed the Router using Verilog HDL and simulated using Cadence NCSim,
Synthesis was done using Synopsys tool (45nm Technology)
STA, Logic Equivalence verification and Placement and Routing
was done using PrimeTime, Conformal and SOC Encounter tools.
Implemented ATPG algorithms and verified the results with fault simulation techniques (using C) Nov-2014
Built a program to implement and verify ATPG algorithm for generating te st patterns
Obtained fault coverage of 98% for all the circuits tested (ranging from 80 to 1355 nodes)
Developed a 5 stage pipelined general purpose microprocessor in cadence, used Perl script to
generate test patterns and compare the analysis results with golden results Nov-2014
Custom designed a 5 stage pipelined CPU for performing arithmeti c and memory operations
Operating frequency of 0.3GHz was achieved, Perl script was used to implement control
Operations, test pattern generation and result verification
Modeled and tested 256 bit SRAM using Cadence Virtuoso: Nov-2014
Custom designed complete circuitry of 256 bit SRAM
Performed simulations to test the functionality covering all the corner cases
Design and analysis of 1 GHz Phase locked loop in Cadence: Apr-2014
Custom designed and simulated all components of a digital PLL
Performed simulations to obtain performance parameters
Lock time of 280.8nsec was achieved
Implementation of 5-stage Pipeline CPU using ModelSim: Feb-2014
Designed and verified a 5-stage in-order linear instruction pipeline with early
branch implementation based on MIPS ISA incorporating hazard detection, stalling,
forwarding and flushing mechanisms in Verilog.
WORK EXPERIENCE
University Of Southern California (Student Assistant) Sep 2013 -Present
Data handling, record management and report generation.
Larsen and Toubro (Senior Design Engineer) Aug 2010 -July 13
Project lead for multiple electrical and electronic projects including design and
testing of various frames of 3 pole and 4 pole contactors and its accessori es
Awarded as best performer for exceptional organizational skills and timely
delivery of complex projects
Patented 2 ideas in field of electromagnet actuation system and electromagnet based
mechanical latch system for low and medium voltage switching devices