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4-6 years
6-10 years
10-15 years
More than 15 years
Senior Firmware Engineer @睿寬智能科技有限公司2023 ~ 2024
・
韌體工程師
Within one month
柯志宏 (Hank) Senior Firmware Engineer Familiar with SSD controller firmware design Familiar with FTL algorithm New Taipei City, [email protected] Work Experience Senior Firmware Engineer FW1 group, Ruikuan Intelligent Technology Ltd. Octpresent FTL development in eMMC project Trace the PS8299 eMMC code base Implement read disturb feature Senior Firmware Engineer FW1 group, Silicon Motion Technology Corp. JanOctFTL development in Client SSD project such as SM2269XT DRAM less production I/O read/write FTL’s table management Debug and resolve FW issues on OEM SK Hynix project Implement part of
Employed
・
Ready to interview
Full-time / Interested in working remotely
4-6 years
中正大學
・
資訊工程
Android/Linux BSP Engineer @興聯科技股份有限公司2022 ~ Present
・
Android Developer
Within one month
Employed
・
Open to opportunities
Full-time / Interested in working remotely
6-10 years
中國科技大學
・
資訊工程科/Computer Science and Information Engineering全端工程師 @陽明交通大學2020 ~ Present
・
軟體工程師
More than one year
services by Django / Flask. Introduce Docker and Docker-compose to significantly reduce service migration time and prevent dependency conflicts. Quanta Computer, DecMarBIOS engineer (DecMarLed BIOS team participated in notebook development which had 200,000 units per month. Provide and train UEFI expertise to co-workers of firmware design. Constructed the pipeline tool written by Python for the BIOS release process that improved work efficiency by 83% (3 minutes manually to 30 seconds automatically). Take the responsibility to merge vendor sprint code for projects and test the stability. EducationNational Taiwan Ocean University Department of
Employed
Full-time / Interested in working remotely
4-6 years
臺灣海洋大學
・
電機工程學
Offline
Offline
Senior Firmware Engineer
More than one year
Achyut Hegde Software Application Engineer • U-blox GmbH • Berlin, DE [email protected] • Achyut Hegde • im_achyut • achyuthegde09 Summary 8+ years of experience in design, development & deployment ofWireless units. Proficient in firmware and driver development, system level integration of device drivers and HAL packages with Linux kernels and Android OS. Good knowledge of IEEE specificationa/ b/ g/ i/ h/n/ac/WNM/WPS/P2P/NAN). Meticulous in unit-testing, documentation and validation of the different features in HW and SW. Recognized multiple times
Full-time / Interested in working remotely
4-6 years
PES Institute of technology
・
Electronics Engineering
FW/ Quality Test Engineer
More than one year
Wayne Chiu FW/ Quality Test Engineer • Taoyuan，TW • [email protected] Career Objective A senior firmware engineer with strong porting experience and proficient in debugging skill looks for career in SW industry. Featured Skills Proficiency C software programming Strong system designed skills (sw), including C programming, low-speed signal integrity, board design experience, FPGA knowledge. Strong debugging skill with JTAG, serial port. Performance measurement and analysis experience 6 years of embedded system firmware design. Python Scrip Language implements IPMI code base: Pegeon Point/ AMI RR11_7/ AMI MiniBMC (VITA/ aTCA
Full-time / Interested in working remotely
10-15 years
Tamkang University
・
Bachelor degree of CS
Software Engineer @tiSPACE - Dedicated Space Services2024 ~ Present
・
Firmware Engineer, Firmware Developer, Embedded Software Engineer
Within one month
Pty Ltd AugJan 2024 Established firmware development platform for AtSpace/TiSpace firmware development team. - Wrap sdk in c++ as firmware shared libraries. (Familiar with C++) - Integrate ARM gcc/g++ toolchain. (Familiar with Makefile) - Design a standard bootloader for all firmware projects. (Familiar with ARM boot process.) - Design and implement UART and CAN DFU protocol in the bootloader firmware for all subsystem use. - Integrate googletest into firmware platform. (Experience with googletest) Design the firmware for rocket control/navigation systems. CTO • ZenU Design JulSep 2022
Employed
・
Open to opportunities
Full-time / Interested in working remotely
4-6 years
National Taipei University of Technology
Cloud Lead @BeeInventor 點子建有限公司2023 ~ Present
・
Within one month
SCRUM Work Experience BeeInventor Cloud Lead AprilNow 1. Developed and maintained a microservices-based architecture with NodeJS, NestJs, k8s, helm, Postgres, Elasticsearch for IOT microservices. 2. Maintain automate integration and deployment processes from using Github Action. 3. Collaborate with cross-functional teams including frontend engineers, designers, firmware engineer, to define technical requirements, prioritize tasks, and deliver high-quality software solutions. Environment: Typescript, NestJs, Postgresql, Postgis, Redis, Elasticsearch, AWS, Nsdq, k8s Molteo Software Engineer AprilMarDeveloped Molteo/Crafthunt Backend using NodeJS, NestJs and FeatherJs for data retrieval, validation, and manipulation from scratch. 2.
Not open to opportunities
4-6 years
國立臺灣海洋大學 National Taiwan Ocean University
・
Transportation ScienceEmployed
・
Not open to opportunities
10-15 years
國立台灣師範大學 National Taiwan Normal University
・
地球科學物理組Software Engineer @HP Inc._新加坡商惠普全球科技股份有限公司台灣分公司 2021 ~ Present
・
軟體工程師
More than one year
Employed
Full-time / Interested in working remotely
6-10 years
MING CHUAN UNIVERSITY
・
Computer Science & Information Engineering
Architect/ Manager, IoE Platform @NextDrive2021 ~ Present
・
Manager, Technical Lead, Senior Engineer
Within six months
. 5. Projects - 3D reconstruction 1) Software development of 3D system 2) 3D-relative algorithm development ID TECH, Firmware Assistant Manager, Aug 2018 ~ Oct 2020 Reporting line : Daily report to PM VP (USA), Weekly report to Global R&D VP (USA) Product: Payment Device 1. Team Build up (Firmware & System design team up). - Technical recruiter for firmware (RTOS/ Embedded Linux/ Android) team and software (Android Application/ SDK) team. - Team Lead for Embedded Linux/ Android team. - Core member for security team. - Firmware architecture design. - Hands on project. 2.
Employed
Full-time / Interested in working remotely
More than 15 years
Aalto University Executive Education
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Senior Firmware Engineer
Job types
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School
Major
Achyut Hegde
Summary
- 8+ years of experience in design, development & deployment of 802.11 Wireless units.
- Proficient in firmware and driver development, system level integration of device drivers and HAL packages with Linux kernels and Android OS.
- Good knowledge of IEEE specification (802.11a/ b/ g/ i/ h/n/ac/WNM/WPS/P2P/NAN).
- Meticulous in unit-testing, documentation and validation of the different features in HW and SW.
- Recognized multiple times for development of innovative ideas using dual cores of Wi-Fi chip which went into the leading phones, tablets, watches and other consumer items.
Skills
OS/RTOS
Linux, Android, ThreadX,
Host environment: i.MX8/i.MX6 family, Brix PC, Panda boards, Raspberry Pi and Hikey based on Linux/Android. iMX RT1060 MCU based on Free RTOS.
Languages
Embedded C, Shell programming, Make, Matlab.
Protocols: Wi-Fi (802.11 ac/n/z/e/w /k/v/r), TCP/IP, NAN, P2P, AWDL
Tools
Oscilloscope, Signal Generators,
C scope, Source Insight, Cvs, Svn, GIT, Jira, Salesforce, Coverity, GDB, MS VISUAL Studio code/debugger, Connection Manager, Wireshark, Ethereal, Omnipeek, Hostapd, WPA Supplicant.
Career Progression
NXP Semiconductors, October 2021 - Present, Wireless Connectivity
- System software bring up for different OS distributions
- Based on the requirements from customers around the globe build the driver package for different distributions and versions of Linux on industry's leading host platforms from NXP, TI, Nvidia using Yocto meta-layers.
- Driver and HAL integration with the latest AOSP releases (Android 8/9/10/11) for modules based on Cypress and NXP. This involves integrating the driver in Android build system and further enabling different vendor libraries with native layers.
- Update the u-blox Yocto meta layer with the latest packages. These layers will be used in internal CI setups and further distributed to customers.
- Handling of Wi-Fi-BT modules used in industrial and automotive industries
- Testing, measurement and documentation of in-house modules in all aspects such as throughput, signal strength, output power etc.
- Analyze and reproduce the issues reported by the customers in the field, get to the root-cause using different WLAN utilities and provide a solution.
- Prepare and present training material for FAEs with insights about the new modules.
U-blox GmbH, Dec 2018 - September 2021, Short Range Products
- System software bring up for different OS distributions
- Based on the requirements from customers around the globe build the driver package for different distributions and versions of Linux on industry's leading host platforms from NXP, TI, Nvidia using Yocto meta-layers.
- Driver and HAL integration with the latest AOSP releases (Android 8/9/10/11) for modules based on Cypress and NXP. This involves integrating the driver in Android build system and further enabling different vendor libraries with native layers.
- Update the u-blox Yocto meta layer with the latest packages. These layers will be used in internal CI setups and further distributed to customers.
- Handling of Wi-Fi-BT modules used in industrial and automotive industries
- Testing, measurement and documentation of in-house modules in all aspects such as throughput, signal strength, output power etc.
- Analyze and reproduce the issues reported by the customers in the field, get to the root-cause using different WLAN utilities and provide a solution.
- Prepare and present training material for FAEs with insights about the new modules.
Broadcom Corporation, June 2014 - Nov 2018, Mobility Software
- Design and Architecture of Wi-Fi submodules
- Analyzing demands from the customer and coming up with a feasible solution considering memory and cycles in the system for features like Real-time Simultaneous Dual Band, single Core parallel Wi-Fi scanning, effective roaming with 11kvr, Wi-Fi-Bluetooth bridge, TDLS, RTT, NAN(v1.0) etc.
- Worked on internal architecture to accelerate the entire EAP process to happen for faster connectivity when the phone moves inside an extended BSS. This brought down the roam time between two enterprise APs to a bare minimum[less than 100ms].
- Debuggability Infrastructure
- Understanding the customer requirement on building up an in-house model to catch the symptom before a catastrophe happens. This involved modeling and collecting the minimal and exact logs and state of the system when the behavior is abnormal. Feature-wise, it spanned across BUS layer, FW architecture, and MAC / PHY interface.
- Zero Delay DFS on a dual-core Wi-Fi Chip
- Individual developer to design and architect selection of a radar channel for usual communication & switch it back upon detecting a radar pulse.
- Split the 2 antenna system radio to operate in 2 channels [1 radar and 1 chatty]
- Monitor the radar channel for specified time and shift the operating channel
- Keep listening on the radar channel for any radar pulse using the listen core.
- Once any RADAR is detected shut down all the transmission and fallback.
- This was appreciated by our customer for the efficiency to the radio. The challenging part in this was to adhere to lots of rules and regulations which certifies the 11H protocol.
Ittiam Systems, June 2013 - May 2014, 802.11 AC MAC SW Team
- MAC-SW - Design & Development.
- Design, Implementation, and Verification of Protocol Library Module in Station, Access Point, and HW Unit Test Modes. It is a core management path module which encompasses MLME and SME functionalities corresponding to IEEE-802.11 and Wi-Fi MAC Protocols (802.11a, b, g, i, h, n, ac, WMM, WPS, P2P) and auto-rating for optimal performance.
- Brought up an enhancement mechanism to validate and verify the system execution from host to physical layer. This would involve injecting packets from a saved sniffer capture into the system to check the processing at different levels like protocol handling, signaling the host, adherence to user configurations etc.
- It also helped to validate the Host-FW interface using in-house configuration utility. Multiple real-life scenarios could be simulated which involved packet drop, auto-rate selection, PHY level updates etc.
- Control Agent for Ittiam's SOC IP - Design & Development
- Understanding the mechanism to communicate with the SOC running on FPGA using socket interface the socket to use in-house wireless utility to set the configurations on DUT
- Analyze the test requirement and develop APIs to support the WFA test suite for 11N Certification. This entire effort was put to automate the rigorous testing procedure.
PES Institute of Technology, August 2009 - May 2013, Academia
- Projection based approach for Interference cancellation (Bachelors Thesis)
- The objective of this project was to reduce signal distortions caused by interference in a typical OFDM system, using oblique projection. During the course of the project, we successfully modeled the relationship between noise and signal.
- Model the interference and required signal as separate sub-spaces. Reduce distortions in an OFDM system caused by interference using projection-based approaches without explicitly estimating the magnitude of interference. Pursued the approach on a system distorted by IQ imbalance and Carrier Frequency Offset.
- Hand gesture based Robot Control (Yahoo Open Hack)
- Built a robot using Arduino board within 24 hrs.
Used OpenCV library for gesture recognition and Matlab's toolboxes for interfacing with the Arduino board.
Publication
- Wi-Fi-aware as a connectivity solution for pairing IoT devices
In this publication we lit up some of the usecases that can levarage the low power NAN protocol to send some of the signalling data to the host collected using different types of sensors. This was one of the breakthrough idea for NAN protocol to be used in the IoT segment. Full article can be found here.
Education
PES University - 2013
Bachelor of Engineering | Electronics and Communication with CGPA 8.86
Alva's PU College - 2009
Higher Secondary School | PCM - Aggregate 99% CET State Rank 177
JNV Panchavati - 2007
CBSE Board Residential School | Aggregate 93%
Achievements and Activities
Recognized multiple times in Broadcom Corporation with Spot Awards for impeccable skills in live debugging and development.
Presented a paper on “Applications of NAN in IOT sensor market” in Internet of Things & Applications – 2016 held by IEEE committee in Pune, Maharashtra.
Participated in YAHOO Open hack – 2012 and developed a hand gesture based robot using Matlab and OpenCV library for gesture recognition.
Advance track programmer in Online Course on Machine-Learning organized by Stanford.
Attended various workshops such as “Speech Processing Applications” and “Applications of Linear Algebra in Communication and Control System”
Personal Information
- Date of Birth: 11 June 1991
- Languages: English, Hindi, Kannada
- Address: Löwensteinring 44, Berlin, DE - 12353
Achyut Hegde
Summary
- 8+ years of experience in design, development & deployment of 802.11 Wireless units.
- Proficient in firmware and driver development, system level integration of device drivers and HAL packages with Linux kernels and Android OS.
- Good knowledge of IEEE specification (802.11a/ b/ g/ i/ h/n/ac/WNM/WPS/P2P/NAN).
- Meticulous in unit-testing, documentation and validation of the different features in HW and SW.
- Recognized multiple times for development of innovative ideas using dual cores of Wi-Fi chip which went into the leading phones, tablets, watches and other consumer items.
Skills
OS/RTOS
Linux, Android, ThreadX,
Host environment: i.MX8/i.MX6 family, Brix PC, Panda boards, Raspberry Pi and Hikey based on Linux/Android. iMX RT1060 MCU based on Free RTOS.
Languages
Embedded C, Shell programming, Make, Matlab.
Protocols: Wi-Fi (802.11 ac/n/z/e/w /k/v/r), TCP/IP, NAN, P2P, AWDL
Tools
Oscilloscope, Signal Generators,
C scope, Source Insight, Cvs, Svn, GIT, Jira, Salesforce, Coverity, GDB, MS VISUAL Studio code/debugger, Connection Manager, Wireshark, Ethereal, Omnipeek, Hostapd, WPA Supplicant.
Career Progression
NXP Semiconductors, October 2021 - Present, Wireless Connectivity
- System software bring up for different OS distributions
- Based on the requirements from customers around the globe build the driver package for different distributions and versions of Linux on industry's leading host platforms from NXP, TI, Nvidia using Yocto meta-layers.
- Driver and HAL integration with the latest AOSP releases (Android 8/9/10/11) for modules based on Cypress and NXP. This involves integrating the driver in Android build system and further enabling different vendor libraries with native layers.
- Update the u-blox Yocto meta layer with the latest packages. These layers will be used in internal CI setups and further distributed to customers.
- Handling of Wi-Fi-BT modules used in industrial and automotive industries
- Testing, measurement and documentation of in-house modules in all aspects such as throughput, signal strength, output power etc.
- Analyze and reproduce the issues reported by the customers in the field, get to the root-cause using different WLAN utilities and provide a solution.
- Prepare and present training material for FAEs with insights about the new modules.
U-blox GmbH, Dec 2018 - September 2021, Short Range Products
- System software bring up for different OS distributions
- Based on the requirements from customers around the globe build the driver package for different distributions and versions of Linux on industry's leading host platforms from NXP, TI, Nvidia using Yocto meta-layers.
- Driver and HAL integration with the latest AOSP releases (Android 8/9/10/11) for modules based on Cypress and NXP. This involves integrating the driver in Android build system and further enabling different vendor libraries with native layers.
- Update the u-blox Yocto meta layer with the latest packages. These layers will be used in internal CI setups and further distributed to customers.
- Handling of Wi-Fi-BT modules used in industrial and automotive industries
- Testing, measurement and documentation of in-house modules in all aspects such as throughput, signal strength, output power etc.
- Analyze and reproduce the issues reported by the customers in the field, get to the root-cause using different WLAN utilities and provide a solution.
- Prepare and present training material for FAEs with insights about the new modules.
Broadcom Corporation, June 2014 - Nov 2018, Mobility Software
- Design and Architecture of Wi-Fi submodules
- Analyzing demands from the customer and coming up with a feasible solution considering memory and cycles in the system for features like Real-time Simultaneous Dual Band, single Core parallel Wi-Fi scanning, effective roaming with 11kvr, Wi-Fi-Bluetooth bridge, TDLS, RTT, NAN(v1.0) etc.
- Worked on internal architecture to accelerate the entire EAP process to happen for faster connectivity when the phone moves inside an extended BSS. This brought down the roam time between two enterprise APs to a bare minimum[less than 100ms].
- Debuggability Infrastructure
- Understanding the customer requirement on building up an in-house model to catch the symptom before a catastrophe happens. This involved modeling and collecting the minimal and exact logs and state of the system when the behavior is abnormal. Feature-wise, it spanned across BUS layer, FW architecture, and MAC / PHY interface.
- Zero Delay DFS on a dual-core Wi-Fi Chip
- Individual developer to design and architect selection of a radar channel for usual communication & switch it back upon detecting a radar pulse.
- Split the 2 antenna system radio to operate in 2 channels [1 radar and 1 chatty]
- Monitor the radar channel for specified time and shift the operating channel
- Keep listening on the radar channel for any radar pulse using the listen core.
- Once any RADAR is detected shut down all the transmission and fallback.
- This was appreciated by our customer for the efficiency to the radio. The challenging part in this was to adhere to lots of rules and regulations which certifies the 11H protocol.
Ittiam Systems, June 2013 - May 2014, 802.11 AC MAC SW Team
- MAC-SW - Design & Development.
- Design, Implementation, and Verification of Protocol Library Module in Station, Access Point, and HW Unit Test Modes. It is a core management path module which encompasses MLME and SME functionalities corresponding to IEEE-802.11 and Wi-Fi MAC Protocols (802.11a, b, g, i, h, n, ac, WMM, WPS, P2P) and auto-rating for optimal performance.
- Brought up an enhancement mechanism to validate and verify the system execution from host to physical layer. This would involve injecting packets from a saved sniffer capture into the system to check the processing at different levels like protocol handling, signaling the host, adherence to user configurations etc.
- It also helped to validate the Host-FW interface using in-house configuration utility. Multiple real-life scenarios could be simulated which involved packet drop, auto-rate selection, PHY level updates etc.
- Control Agent for Ittiam's SOC IP - Design & Development
- Understanding the mechanism to communicate with the SOC running on FPGA using socket interface the socket to use in-house wireless utility to set the configurations on DUT
- Analyze the test requirement and develop APIs to support the WFA test suite for 11N Certification. This entire effort was put to automate the rigorous testing procedure.
PES Institute of Technology, August 2009 - May 2013, Academia
- Projection based approach for Interference cancellation (Bachelors Thesis)
- The objective of this project was to reduce signal distortions caused by interference in a typical OFDM system, using oblique projection. During the course of the project, we successfully modeled the relationship between noise and signal.
- Model the interference and required signal as separate sub-spaces. Reduce distortions in an OFDM system caused by interference using projection-based approaches without explicitly estimating the magnitude of interference. Pursued the approach on a system distorted by IQ imbalance and Carrier Frequency Offset.
- Hand gesture based Robot Control (Yahoo Open Hack)
- Built a robot using Arduino board within 24 hrs.
Used OpenCV library for gesture recognition and Matlab's toolboxes for interfacing with the Arduino board.
Publication
- Wi-Fi-aware as a connectivity solution for pairing IoT devices
In this publication we lit up some of the usecases that can levarage the low power NAN protocol to send some of the signalling data to the host collected using different types of sensors. This was one of the breakthrough idea for NAN protocol to be used in the IoT segment. Full article can be found here.
Education
PES University - 2013
Bachelor of Engineering | Electronics and Communication with CGPA 8.86
Alva's PU College - 2009
Higher Secondary School | PCM - Aggregate 99% CET State Rank 177
JNV Panchavati - 2007
CBSE Board Residential School | Aggregate 93%
Achievements and Activities
Recognized multiple times in Broadcom Corporation with Spot Awards for impeccable skills in live debugging and development.
Presented a paper on “Applications of NAN in IOT sensor market” in Internet of Things & Applications – 2016 held by IEEE committee in Pune, Maharashtra.
Participated in YAHOO Open hack – 2012 and developed a hand gesture based robot using Matlab and OpenCV library for gesture recognition.
Advance track programmer in Online Course on Machine-Learning organized by Stanford.
Attended various workshops such as “Speech Processing Applications” and “Applications of Linear Algebra in Communication and Control System”