Asutosh Pathak Email & Phone Number

Folsom, Ca

• Responsibilities to manage the design, development and validation strategy of USB type-C sub-system and Thunderbolt/USB4 over USB type-C.• Driving solutions to implement Platform power delivery and energy management functionalities.• Power-on lead; managed multiple technical teams across different geos for various SoC and platform bring-up activities.• Technically leading Power, performance and energy management and optimization across various x86 based Android devices.• Architectural responsibility to lead and manage the design and development of various debug tool framework.KEY EMPLOYMENT ACHIEVEMENTS• As a platform power-on lead for initial several years, I have managed multiple technical teams across different geos for various SoC and platform bring-up activities. Managed the strategic collaboration with third-party vendors, customers and manufactures to achieve Intel’s 40 million tablet chips shipment goal. https://www.foxbusiness.com/features/intel-ceo-were-on-track-to-supply-chips-for-40m-tablets• As USB type-C sub-system lead for key customer, I was responsible to manage the design, development, and validation strategy of Thunderbolt over USB type-C. This had significant positive impact on key customer's successfully lunch their MacBook Pro series with Thunderbolt on time. https://www.apple.com/newsroom/2020/05/apple-updates-13-inch-macbook-pro-with-magic-keyboard-double-the-storageand-faster-performance/• Lead the team effort to help Innowi successfully lunch Industry first all-in-one pocketable POS with Intel chips. As part of this activity, I collectively managed multiple engineering teams across USA and Germany to debug and redesign Power management and energy management components of Innowi’s POS solution. This effort helps Innowi to meet the product lunch deadline. https://www.intel.sg/content/dam/www/public/us/en/documents/solution-briefs/serving-todays-on-the-go-customer-brief.pdf

Greater San Diego Area

This project involves Porting and customizations of Qualcomm 7xxx and 8xxx series mobile chipset into Android Platform.

Bengaluru Area, India

Network Access Device Driver development for Continental-Qualcomm based embedded phone. I was involved to implement UART driver, MUX layer implementation on top of SIORS-232 layer and HDLC protocol (packet framing and parsing) implementation.Skill set which required for this project was ARM7, ARM9 architecture, Trace32 JTAG debugging tool, Embedded C programing skill, clearcase as version control, along with good embedded back ground, etc

Suwon, Gyeonggi-Do, Korea

Porting and customization of CDMA based Samsung phones on VIA CBP6.0 platform.I have worked as a firmware engineer for this project in Audio module. I was involved in programming and porting the audio functionalities and implementation of Non-Volatile items for fine tuning and calibrating the audio devices during voice call and mp3 file playing. I also worked to add driver and application layer development support to play MP3, MIDI, DTMF and QCP from Core Processor (ARM7) side. I developed abstract layer on top of VIA Audio driver which contains multiple APIs. I have added various new feature such as Menu Readout, Alert Readout and Voice Ring tone features in that phone. I have developed GPIO based I2C protocol to make communication between Core Processor (VIA CBP6.0) and External DAC. I have been partially involved in device and driver layer porting for VSuite library. (VSuite is a library provided by Voice Signal Technologies for Voice Reorganization).I have also worked for audio calibration. I have done Acoustic Noise Suppressor (ANS), Acoustic Echo Canceller (AEC), Automatic Gain Control (AGC), Tx and Rx FIR filter settings and programmable amplifier gain settings for different device mode (handset, headset, loudspeaker in voice mode and/ormusic mode and/or ringer mode) to get good voice and sound quality. I have implemented manual test commands for manual fine tuning of different audio components.

Bengaluru Area, India

Device Driver development for Motorola-Qualcomm based high-end CDMA Windows Mobile phone.This project is driver development based project for Motorola's high-end CDMA phone. This is a window mobile and based on MSM7501A chipset provided by Qualcomm. MSM7501A is a dual core processor. ARM11 is the application processor and ARM9 is the baseband processor.I have worked for keypad driver development with MAX7201 controller. I was also involved to make TCP/IP over USB interface between Motorola's own PC side test tools, (RadioComm) same as Qualcomm's QPST, with the phone. This testing tool is basically required to run all the driver functionalities both in Application Processor side as-well-as Baseband processor side.

Computer Science And Engineering

High School (10+2), Science, Math And Physics