JAGADISH SINNAPOLU

****, ********* ****, ***-***, San Diego, CA 92115

619-***-****

acu4ll@r.postjobfree.com

https://www.linkedin.com/in/jagadishsinnapolu

OBJECTIVE

To obtain a Full-Time position that will allow me to make effective use of my expertness, knowledge and ability I have acquired in the field of Digital VLSI, Power and Signal Integrity, RF circuit design, Wireless Communication and PCB Layout. EDUCATION

San Diego State University, San Diego, CA, USA 05/2016 Masters of Science in Electrical Engineering GPA: 3.74 Coursework: ASIC Design, VLSI Circuit Design, PCB Layout, VLSI System Design, RF Circuit Design, Digital Communication, Signal and Power Integrity, Adaptive Algorithms, Digital Signal Processing. KSSEM, Bengaluru, Karnataka, India 05/2014

Bachelors of Engineering (Electronics & Communication Engineering) GPA: 3.93 Coursework: CMOS VLSI, Analog Electronic Circuits, Fundamentals of HDL, Microelectronic Circuits, Embedded System Design, Microwave and RADAR, Artificial Neural Networks, Antennas and Propagation, Operating Sytems. SUMMARY

Theoretical, practical knowledge on OVM/UVM Verification methodologies using SystemVerilog, Cadence, Verilog, VHDL, Analog/RF and Mixed-Signal Integrated Circuit (IC) design, PCB layout, MATLAB, Mentor Graphics, ADS, Pspice, ETHERNET (TCP/IP protocol, UDP protocol) FTP protocol, 8051 Serial Communication, MSP430 Microcontrollers and 8086 predicated Multiprocessing systems.

Proficient in designing complex ASICs circuits, digital design using RTL, timing measurements, PCB design and signal integrity, directing PCB layout, Computer architecture, design verification & testing. SKILLS

Languages : SystemVerilog, Verilog HDL/VHDL, Python, C, Embedded C++.

Proficient EDA Tools : Cadence Virtuoso, Agilent ADS, MATLAB, Mentor Graphics.

Simulators : NC Verilog, IAR Embedded Workbench.

Spice Simulation Tools : HSPICE, TINA-TI (Texas Instruments),Pspice, Circuit Maker 4.0,Micro-Cap.

Schematic and PCB design Tools : EAGLE, MPLAB XC8, Proteus 8 (Professional).

FPGA Development Tool : Xilinx ISE Design Suite (14.7).

Controllers : ARM Cortex-m3 (NUVOTON), Freescale cold fire (NETBURNER), ARM Cortex-M4F.

Computer Operating System : Linux, UNIX.

WORK EXPERIENCE

Electronic Engineering Intern, Robert BOSCH, INDIA 01/2013-06/2014

Developed Program using Indra Works Engineering software to interface the PLC with the Cognex Vision Camera.

Insight Explorer 4.4.0 was used to program the Insight Vision Camera. Embedded VLSI Intern, Omniscient Electronics, INDIA 02/2012-10/2012

Examined whether Vehicle ECU is connected to the Bluetooth module and responded if the ECU communicates with the CAN signal.

Involved in developing the software for controlling CRANE using ZigBee module. RESEARCH EXPERIENCE

Graduate Research Assistant, SDSU VLSI Design Laboratory, USA 08/2014-08/2015

Designed a Sub-GHz Mostly Digital Impulse Radio UWB Transceiver for Wireless Body Sensor Networks in transistor level and simulated in Cadence Virtuoso 6. OTHER EXPERIENCE

Teaching Assistant, Electrical and Computer Engineering Department, San Diego State University 07/2015-04/2016

Developed course content and managed all course activities for 150-180 introductory level Electrical Engineering students and graded exams that assess student mastery of subject matter. PROJECT PROFILE

Implementation of New Approach for Spectrum Sensing in Wideband and Narrowband on FPGA Hardware (Xilinx, Family: Virtex6, Device: XC6VLX75T):

Implemented logic in Fixed-point Matlab.

Converted to Synthesizable Verilog Fixed-point.

Design of a Printed Circuit Board for Four Digit Seven Segment LED Display utilizing ARDUINO UNO R3 in EAGLE.

Built Initial schematic with key components like LED, ARDUINO UNO R3, Battery Holder, Rotary Encoder with Switch.

Checked for any errors in schematic by running ERC and generated Board Layout.

Generated the Gerber files for Fabrication.

Design of a FLASH Analog-to-Digital Converter at transistor level using Mentor Graphics

Designed four subsystems of A-D Converter and simulated at the transistor level.

8 quantization level Comparator was designed with frequency of the sine wave at 6.3MHz. Turning on/off the LED utilizing 28-Pin High-Performance PIC18F2220 Microcontroller and compiled in MPLAB XC8

Developed Reset section utilizing Proteus 8 professional and configuration bits are set.

Engendered C Main file and hex file.

Loaded to the Microcontroller which makes the LED on/off. Design of Low Noise Amplifier having 2.0 dB noise figure using Smith Chart

Scattering parameters and Noise parameters of GaAs FET was used for the design.

Computed unilateral figure of merit and plotted the Center and Radius on Smith Chart.

Compared the Overall gain with the computer analysis of the circuit. Design of a 10th order Low Pass and High Pass filter using Series and Shunt stubs with cutoff frequency 6GHz.

Developed the Low pass filter.

Source Transformation along with Impedance and Frequency scaling was applied to obtain High Pass filter.

Simulated the filter in Circuit Maker 4.0.

Amplitude response of the filter was plotted.

The Design of a 90-Ohm Differential Line for High-Speed Data Transfer across a Motherboard.

Developed loosely and tightly coupled Differential line and compared with PCB Calculator and Line Calculator

(ADS).

Plotted even/odd mode excitations using Maxwell 2-D simulator.

Generated Eye-Diagrams and simulated in Agilent Advanced Design System (ADS). Planar Electromagnetic (EM) Simulation in Agilent ADS (Advanced Design System-Electronic Design Automation software) of a Coupled-Line Band-pass Filter

Developed Coupled-Line Band-pass filter in the pass band.

Simulated the filter utilizing the substrate ULTRALAM 3850 in Agilent Advanced Design System (ADS).

Engendered the Layout and electromagnetic simulation results utilizing Momentum. Verilog Fixed Point Implementation of Logarithmic and Exponential using Parabolic Synthesis Methodology

Implemented unary functions like the Logarithmic and Exponential function in MATLAB Fixed point.

Converted to Synthesizable Verilog Fixed-point and compared with CORDIC Algorithm. Controlling of Parking Light Dipper in the Conveyances utilizing Bluetooth and GSM

Connected conveyance ECU to the Bluetooth module (SENA).

Involved in testing the prototype and reported the results of whether the Prototype is working or not. CERTIFICATIONS

Verbalization of Accomplishment certificate from University of Michigan for completion of the course

“Programming for Everybody (Python)” with Distinction.

Participation Certificate for the topic “Near Field Communication” in National Conference on Advanced Communication, VLSI Design and Signal Processing (NCCVS-13) on 17th April 2013.

Contact this candidate