Summary
Overview
Work History
Education
Skills
Accomplishments
Timeline
Generic

Shilpa Reddy Krishna Reddy

Amstelveen

Summary

Ambitious Electrical Engineer with record of continuously exceeding both company and personal goals. Expertise includes Cadence Virtuoso for circuit design and Mixed Signal Verification. Extensive knowledge of electrical engineering design and applications. Eager to contribute to team success through hard work, attention to detail and excellent organizational skills.

Overview

9
9
years of professional experience

Work History

ANALOG DESIGN ENGINEER

Intel Corp.
01.2020 - Current
  • Involved with design and analysis for the Temperature and Humidity Sensors for industrial & automotive parts
  • Involved in design and verification on blocks like ADC, IO, amplifier, LDO, oscillators, bandgap and power management circuits
  • Involved in top level AMS verification ESD checks and layout best practices for circuit design.

PRODUCT ENGINEERING INTERN

Analog Devices, Inc.
07.2019 - 09.2019
  • Involved with Technology & Manufacturing Group (TMG) failure analysis cycle for business units across Maxim
  • Circuit design and layout debug analysis using Cadence for PLL, ADC and RF based circuits in multiple nodes.

ANALOG DESIGN ENGINEER

Intel Corp.
07.2016 - 08.2018
  • Involved in analog design cycle of high voltage automotive and industrial gate-drivers for Brushed, brushless and stepper motors for clients on global scale
  • Designed bandgap, charge-pumps, oscillators, pre-drivers, IO’s, LDO, Class AB op-amps, pre-drivers & bias generation IPs for Release to Market of 4 gate drivers
  • Presented a paper on “LVDS TX Architecture with better CMFB Stability and Area Reduction” at TIITC 2017
  • Filed a patent disclosure on “Improved common mode feedback differential amplifier architecture”
  • Involved in analog top-level design verification, layout floorplan of individual IP’s, ESD checks at chip level.

Analog IC Design Intern

INTEGRATED CIRCUIT (IC) DESIGN INTERN, Texas Instruments, Inc
07.2015 - 06.2016
  • Design of process compensated Drive Strength Programmable CMOS I/O Buffer aimed at reducing 40% spread of output impedance across processes, temperature and voltage variations (Analog Technology Development-High Performance Analog Team)
  • Design of sub-components for an IO test-chip with LVDS multiplexed with GPIO and FET based ESD failsafe structure for low power & high performance 65nm technology (MCU IO and Standard Cell Library Team)
  • Design of 3 voltage level SRAM stacking implementation with variable voltage levelled level up and level down Level Shifters along with buffer mode using control signals (Project under KILBY LABS).

Education

M.S - ELECTRICAL CIRCUITS & SYSTEMS

UNIVERSITY oF CALIFORNIA SAN DIEGO
San Diego, CA
12.2019

B.E( Hons.) & Msc(Hons.) - B.E. in Electrical & Electronics + MSc. Physics

BITS PILANI
Pilani, INDIA
06.2016

Skills

  • Cadence Virtuoso
  • HSPICE
  • MATLAB
  • Verilog
  • LTSPICE
  • Simulink
  • AutoCAD
  • Proteus
  • VHDL
  • C
  • Circuit Design
  • MATLAB
  • Processes
  • Verilog
  • VHDL
  • System-level electrical design and integration
  • Problem resolution
  • Design process tool methodology
  • Semiconductor process system

Accomplishments

    DESIGN OF DIRECT CONVERSION RECEIVER AT 2.15GHZ(APRIL 2019-JUNE 2019)

    -Consisting of noise cancelling R feedback LNA, current mode passive mixer, op-amp based TIA and LO divider at 25% duty cycle

    -Achieved a Noise Figure (DSB) of 2.5dB and a current consumption of 10mA at 30dB gain & 1MHz BW in 180nm node

    DESIGN OF LOW POWER TEMPERATURE SENSOR FOR BIOMEDICAL APPLICATIONS(SEPTEMBER 2018-DECEMBER 2018)

    -Low power senor at 0.8V employing resistive frequency locked oscillator implementation and digital counter in 180nm node

    -Coefficient of correlation post linear regression was R=0.8945

    DESIGN OF DIGITAL CIRCUITS USING CNT(CARBON NANOTUBE) FETS(AUGUST 2014-MAY 2015)

    - Designed 4,8,12 and 16bit multipliers using HSpice and sized DG, DOMINO and TSPC topologies for CNTFET multipliers

    -Compared and analyzed the sizing of circuits using CMOS and CNTFET topologies for optimum Power Delay Product

    - Presented a Review Paper on CNTFET Ternary Circuits in APOGEE 2015 (Annual Technical Festival, BITS Pilani)

Timeline

ANALOG DESIGN ENGINEER

Intel Corp.
01.2020 - Current

PRODUCT ENGINEERING INTERN

Analog Devices, Inc.
07.2019 - 09.2019

ANALOG DESIGN ENGINEER

Intel Corp.
07.2016 - 08.2018

Analog IC Design Intern

INTEGRATED CIRCUIT (IC) DESIGN INTERN, Texas Instruments, Inc
07.2015 - 06.2016

M.S - ELECTRICAL CIRCUITS & SYSTEMS

UNIVERSITY oF CALIFORNIA SAN DIEGO

B.E( Hons.) & Msc(Hons.) - B.E. in Electrical & Electronics + MSc. Physics

BITS PILANI
Shilpa Reddy Krishna Reddy