Summary
Overview
Work History
Education
Skills
References
Projects
Work Profile
Generic
Kamakshaiah Nelatur

Kamakshaiah Nelatur

Hyderabad

Summary

With over 22 years of experience in hardware system design across various domains such as mobile, IoT, compute, industrial, and telecom, currently working with Qualcomm India in Hyderabad.

Involved in the design of reference and test platforms for Qualcomm Snapdragon application processors, power management ICs, audio codecs, and associated chipsets. Expertise lies in digital interfaces including eMMC, MIPI, PCIe, HDMI, USB, Ethernet, I2C, SPI, I2S, and SLIMBus. Extensive experience in memory interfaces such as DDR3/DDR4, LP4x/LP5x, PCIe, NAND, eMMC, and uSD. Strong background in low power supply designs, ASIC signal fan-out optimization, GPIO optimization, and system power tree analysis. Involved in all phases of product development from conceptual stages to high volume production release. Independent thinker and innovator, excelling at generating innovative design ideas and prototyping them. Expertise extends to analog, digital, and mixed-signal board design as well as power supply design and requirements. Proven leadership abilities in planning and leading projects by coordinating with cross-functional teams including marketing, CAD, vendors, mechanical engineers, software developers, ASIC/FPGA engineers, and factory production teams.

Experienced in mentoring teams to solve complex design issues and delivering projects on time with high quality. Skilled at requirement gathering from stakeholders and developing architecture. Proficient in preparing FDD (Functional Design Document) and HLDR (High-Level Design Review) documents while identifying risks early on. Extensive experience in hardware system design coupled with leadership abilities make a valuable asset in delivering successful designs on time with exceptional quality.

Design Manager skilled in building relationships and communicating complex concepts. Leads design team strategy to develop and accomplish team goals. Drives initiative and demonstrates excellent organization and communication in fast-paced dynamic environment and collaborates with cross-functional stakeholders for greatest potential impact.

Overview

24
24
years of professional experience

Work History

Hardware Design Manager

Qualcomm India
07.2012 - Current
  • Currently Working with Qualcomm India, Hyderabad on Reference & Test platform design for Mobile & IoT based Qualcomm Snapdragon application processors, Power Management IC, Audio Codecs and associated chipset
  • Member of Global platform engineering team, responsible for design of internal platforms for Qualcomm chipsets
  • Lead multi-member cross functional teams (mechanical, e-CAD, board design, simulation) to create & deliver support platforms for IoT and mobile chipsets
  • Executed 8x10, 8909, 8916, 8952, 8952IOT, 9205, SM6225, SM6150-Facepay, SM6250, SM6250-IOT, SM7325, SM7325-IOT, SM7325-Compute, SM4450, SM4450-IOT, SM7550, Aware, QCX217 platforms development projects with zero errors and with no blue wires
  • Supported bring up activities and helped SW teams in debugging the issues
  • Multiple department initiative lead including power measurement, Display, sysio, camera, WLAN with focus towards effective cross functional collaboration
  • Design and Testing of Internal Platforms for Qualcomm Snapdragon Processors
  • Hands on experience as a Lead for developing Qualcomm platforms for Validation of snapdragon chipsets of Complex ASICs and Test Chips
  • Design for Qualcomm Snapdragon 200/400/600/700 based platforms consisting of LPDDR3/4x memory, eMMC, PMIC, MIPI-to-RGB Display converter, MIPI Camera, Bluetooth, GPS, micro-SD card, USB, audio etc…for Post silicon development and verification and provide reference designs for customers
  • Define test platform feature definition w.r.t the silicon and work with ASIC teams for pin definition and GPIO optimization
  • Access the SI & PDN requirements to meet the ASIC high speed digital interface timing and PDN targets
  • Developed the socket-based design for SLT and RCM platforms for power measurements and worked with mechanicals team to ensure proper mechanical support for automatic testing
  • Proficient in agile process
  • Released BOMs in agile without any issues as per process
  • Work with all cross-functional teams to support testability for all associated chipset validation, driver development
  • Bring up and design verification and commercial sample DVT support etc

Wipro Technologies
05.2004 - 07.2012
  • Complete development of 14layer mother board for ATM termination functionality
  • ATB board connects ATM data from connection board to ATM switch code board for switching
  • The 32XE1-VoIP line card provides inter-working between ISDN PRI and Ethernet
  • 32xE1 ISDN PRI is one of the line cards used in EDA2530 system which can support direct E1 interface, capable of managing locally termination of voice and data coming from ISDN customers and submit traffic to the main controller over Ethernet
  • Developed 16 layers board for circuit termination functionality
  • This board interface Voice data over STM1 or OC3 from connection board to ATM switch code board for switching
  • AXD-301 is a high-performance multi-service switch
  • AXD 301 supports a wide selection of line interfaces and services, enabling the implementation of highly reliable edge and backbone network solutions
  • HW support includes Design changes, LTB issues, field issues, factory support
  • The GBE card terminates fast Ethernet or giga bit Ethernet interface and converts to POS-PHY interface which terminates on Packet terminate Board for further processing
  • The board has two fast Ethernet ports and one Gigabit Ethernet port on network side
  • Design of Ethernet switch which supports 24 fast Ethernet ports and 2 gigabit Ethernet ports
  • The L2/L3 switch is designed to be used as a Layer 2 switch or as a layer 3 switch

Centre for Development of Telematics (C-DoT)
01.2001 - 05.2004
  • Developed a 6-layer Enhanced Terminal controller card that supports voice & signaling interfaces for 256 ports
  • This card will be used as main controller in C-DOT's Digital Switching Systems named RAX and MAX switches
  • Designed 6 layers card using ADSP2184 DSP processor for the main controller card of the C-DOT DSS
  • This card operates at 32MHz
  • This card handles DTMF, MF Forward and MF Backward signaling
  • The processor is programmed for 32 PCM channels
  • The processor decodes DTMF or MFF or MFB digits as per the configuration of that particular channel
  • This processor also used to detect presence or absence of Ans.ckt tone (800hz)
  • Designed 4 layers card using ALTERA FPGA to implement time switch functionality
  • Operates on 8.192MHz device clock
  • It can switch up to 1024 incoming PCM channels to up to 512 outgoing PCM channels
  • It has Motorola microprocessor interface
  • Giving support for the system integration of the enhanced C-DOT DSS that is undergoing prototype field trial
  • This involves solving system level problems that arise during integration and full load testing

Education

B. Tech - Electronics and communications

JNTU University
11.2000

Skills

  • Project Scoping, Defining project schedules, Project monitoring, Team coordination
  • Requirement gathering, Architecture development, Design development
  • Mobile technologies, IOT, Compute
  • PMICs, Codecs, DDR, LPDDR, EMMC, MIPI, HDMI, USB2, USB31, PCI, MII, RMII, SGMII
  • Layout guidelines, Test specifications, HW rework documents, Field issues, LTB issues, Factory issues

References

References are available on request.

Projects

Qualcomm India, Engineer Senior Staff/Manager, Design of internal platforms for Qualcomm chipsets., Lead multi-member cross functional teams to create & deliver support platforms for IoT and mobile chipsets., Executed multiple platform development projects with zero errors., Supported bring up activities and helped SW teams in debugging issues. 

Wipro Technologies, Complete development of 14-layer mother board for ATM termination functionality., Design of 32XE1 board for inter-working between ISDN PRI and Ethernet., Developed 16 layers board for circuit termination functionality. 

C-DoT, Developed a 6-layer Enhanced Terminal controller card., Designed 6 layers card using ADSP2184 DSP processor., Designed 4 layers card using ALTERA FPGA for time switch functionality.

Work Profile

22, Qualcomm India, Hyderabad, Telangana, Hardware Design Manager, 07/01/12, Present, Reference & Test platform design for Mobile & IoT based Qualcomm Snapdragon application processors., Power Management IC, Audio Codecs and associated chipset design., Experience with Digital interfaces of I2C, SPI, I2S, SLIMBus, eMMC, MIPI, HDMI, USB and Ethernet., Experience in Memory Interfaces – DDR3 / DDR4, LP4x/LP5, PCIe, NAND, eMMC and uSD., Experience in Low Power Supply designs, ASIC signal fan-out, GPIO optimization, System Power tree analysis., Experienced on digital hardware solutions including design, development, testing, debugging and documentation., Independent in generating innovative design ideas, conceptualizing and prototyping., Expertise in analog, digital and mixed-signal board design, Power supply design and requirements., Plan & Lead project by coordinating with cross functional teams., Experience in leading and mentoring teams to solve complex design issues.,

Wipro Technologies, Hyderabad, Telangana, 05/01/04, 07/01/12, Centre for Development of Telematics (C-DoT), Bangalore, Karnataka, 01/01/01, 05/01/04

Kamakshaiah Nelatur