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$44 USD / ώρα
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multan, pakistan
$44 USD / ώρα
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Έγινε μέλος Σεπτεμβρίου 14, 2017
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Muhammad Anas S.

@Anassaeed123

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$44 USD / ώρα
Σημαία της PAKISTAN
multan, pakistan
$44 USD / ώρα
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Βαθμός Επανάληψης Πρόσληψης

Automotive Embedded Software Engineer

I am an Automotive Embedded Software Engineer having vast experience in different layers of Firmware Development, RTOS, Bootloader, Testing, and Optimizations. I have a proven track record of delivering high-quality software solutions that meet customer requirements and industry standards and worked with different clients from Germany, France, Ukraine Luxembourg, and Hungary. My experience includes developing and maintaining embedded software for automotive embedded systems. I am skilled in software testing and debugging, software architecture and design, requirements analysis and specification development, and agile development methodologies. I have a deep understanding of various communication protocols, including CAN, LIN, etc. In my current role at Initve Automotive GmbH, I am responsible for developing and maintaining embedded software for automotive systems. I collaborate with cross-functional teams to ensure software compatibility with hardware components and to deliver software solutions that meet customer needs. I am also involved in the testing and validation of software to ensure compliance with industry regulations. Throughout my career, I have been recognized for my strong problem-solving skills, attention to detail, and ability to work effectively in a team environment. I am always seeking new challenges and opportunities to expand my knowledge and skills in embedded software development. As a highly skilled and experienced software developer, I specialize in AUTOSAR application development and integration for seat control units, requirements analysis and specification development, software architecture and design, and automated unit testing for automotive ECUs. I have a strong background in firmware and custom bootloader development, as well as utilizing RTOS on different platforms and developing device drivers with support. With extensive experience in application development for the automotive and FinTech industries, I am proficient in various types of test-driven development, including unit testing, requirement testing, integration testing, hardware testing, and performance testing. With a passion for staying up-to-date with the latest industry trends and technologies, I am constantly expanding my skill set and applying my expertise to drive innovation and success in software development for the automotive and FinTech industries. I am a dedicated and results-oriented professional, committed to delivering outstanding performance and achieving business objectives through my technical proficiency and strategic mindset.
Freelancer Engineers Pakistan
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Επικοινώνησε με τον/την Muhammad Anas S. για τη δουλειά σου

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Πορτφόλιο

10943687
As an Automotive Embedded Software Developer, my role in the project includes: 1. Application development for Seat Control Unit (SM-06) of Brose GmbH for BMW I7 series, involving designing and implementing software solutions that meet customer requirements and industry standards. 2. Software integration using DaVinci Configurator from Vector, integrating different software modules and components for the Seat Control Unit using the configurator tool. 3. Conducting ECU & Network Testing using CANoe from Vector, ensuring proper communication and functionality of the Seat Control Unit in the networked automotive environment. 4. Designing application architecture using Enterprise Architect, creating software design documents and software interface specifications for the Seat Control Unit. 5. Documentation of code using Doxygen and performing static analysis of code using Axivion to ensure code quality and compliance with coding standards.
Seat Control Unit
As an Automotive Embedded Software Developer, my role in the project includes: 1. Application development for Seat Control Unit (SM-06) of Brose GmbH for BMW I7 series, involving designing and implementing software solutions that meet customer requirements and industry standards. 2. Software integration using DaVinci Configurator from Vector, integrating different software modules and components for the Seat Control Unit using the configurator tool. 3. Conducting ECU & Network Testing using CANoe from Vector, ensuring proper communication and functionality of the Seat Control Unit in the networked automotive environment. 4. Designing application architecture using Enterprise Architect, creating software design documents and software interface specifications for the Seat Control Unit. 5. Documentation of code using Doxygen and performing static analysis of code using Axivion to ensure code quality and compliance with coding standards.
Seat Control Unit
As an Automotive Embedded Software Developer, my role in the project includes: 1. Application development for Seat Control Unit (SM-06) of Brose GmbH for BMW I7 series, involving designing and implementing software solutions that meet customer requirements and industry standards. 2. Software integration using DaVinci Configurator from Vector, integrating different software modules and components for the Seat Control Unit using the configurator tool. 3. Conducting ECU & Network Testing using CANoe from Vector, ensuring proper communication and functionality of the Seat Control Unit in the networked automotive environment. 4. Designing application architecture using Enterprise Architect, creating software design documents and software interface specifications for the Seat Control Unit. 5. Documentation of code using Doxygen and performing static analysis of code using Axivion to ensure code quality and compliance with coding standards.
Seat Control Unit
10943684
As an Embedded Systems Developer, my role in the project includes: 1. Implementing features and functionalities in the EV charger using embedded systems and the programming language C, including charging power up to 22 KW, user authentication using RFID, storing charging history in non-volatile memory, Bluetooth connection for configuration/customization, load distribution with prioritization, static and dynamic power limitation, and firmware updates using OTA. 2. Developing LCD interface, driver porting for the energy meter, and integration of the RFID module into the EV charger. 3. Participating in DevOps activities for CI/CD (Continuous Integration/Continuous Deployment) processes to ensure smooth development, testing, and deployment of the EV charger software. 4. Collaborating with teams in Ukraine, Germany, and Pakistan for the development of the EV charger, including communication and coordination across different time zones and locations.
Electrical Vehicle Charging Station
As an Embedded Systems Developer, my role in the project includes: 1. Implementing features and functionalities in the EV charger using embedded systems and the programming language C, including charging power up to 22 KW, user authentication using RFID, storing charging history in non-volatile memory, Bluetooth connection for configuration/customization, load distribution with prioritization, static and dynamic power limitation, and firmware updates using OTA. 2. Developing LCD interface, driver porting for the energy meter, and integration of the RFID module into the EV charger. 3. Participating in DevOps activities for CI/CD (Continuous Integration/Continuous Deployment) processes to ensure smooth development, testing, and deployment of the EV charger software. 4. Collaborating with teams in Ukraine, Germany, and Pakistan for the development of the EV charger, including communication and coordination across different time zones and locations.
Electrical Vehicle Charging Station
10943681
As an embedded systems engineer and product developer, my role would involve designing, developing, and testing the Connected Logger, a compact CAN bus logger with analog inputs for logging vehicle data. This would include utilizing embedded systems and programming language C for firmware development, working with NXP's S32K series of microcontrollers, and implementing communication protocols such as UART, CAN, LIN, and SPI to support connectivity modules. I would be responsible for implementing the data logging functionality in the logger's flash memory, as well as sending data to a remote host or server in online mode via WiFi, Bluetooth, or the mobile network. I would also work on integrating state-of-the-art modules from Ublox (GPS, GSM, WiFi) and a BLE module from Silabs into the logger for seamless connectivity and data acquisition from vehicle sensors, location, OBD2, events, alarms, etc.
Connected Logger
As an embedded systems engineer and product developer, my role would involve designing, developing, and testing the Connected Logger, a compact CAN bus logger with analog inputs for logging vehicle data. This would include utilizing embedded systems and programming language C for firmware development, working with NXP's S32K series of microcontrollers, and implementing communication protocols such as UART, CAN, LIN, and SPI to support connectivity modules. I would be responsible for implementing the data logging functionality in the logger's flash memory, as well as sending data to a remote host or server in online mode via WiFi, Bluetooth, or the mobile network. I would also work on integrating state-of-the-art modules from Ublox (GPS, GSM, WiFi) and a BLE module from Silabs into the logger for seamless connectivity and data acquisition from vehicle sensors, location, OBD2, events, alarms, etc.
Connected Logger
10943679
As a firmware developer and cryptocurrency hardware wallet designer, my role would involve designing and developing the OPOLO COSMOS hardware wallet for secure storage and management of various cryptocurrencies. This would include firmware development in C-Language for coins such as Binance, Secret, Helium, Nervos-Network, Near-Protocol, Hedera, IOTA, Stacks, and Celo on the Linux Ubuntu platform. I would be responsible for ensuring secure transactions using cryptographic algorithms such as SHA, BLAKE, BECH32, etc. on ARM-Cortex Processors. Additionally, I would be responsible for implementing communication protocols such as UART and USB for seamless communication between the hardware wallet and other devices. Unit testing using the JavaScript Angular framework would be performed to ensure healthy transactions and robust functionality of the firmware.
OPOLO Cosmos Hardware Wallet
As a firmware developer and cryptocurrency hardware wallet designer, my role would involve designing and developing the OPOLO COSMOS hardware wallet for secure storage and management of various cryptocurrencies. This would include firmware development in C-Language for coins such as Binance, Secret, Helium, Nervos-Network, Near-Protocol, Hedera, IOTA, Stacks, and Celo on the Linux Ubuntu platform. I would be responsible for ensuring secure transactions using cryptographic algorithms such as SHA, BLAKE, BECH32, etc. on ARM-Cortex Processors. Additionally, I would be responsible for implementing communication protocols such as UART and USB for seamless communication between the hardware wallet and other devices. Unit testing using the JavaScript Angular framework would be performed to ensure healthy transactions and robust functionality of the firmware.
OPOLO Cosmos Hardware Wallet
10943687
As an Automotive Embedded Software Developer, my role in the project includes: 1. Application development for Seat Control Unit (SM-06) of Brose GmbH for BMW I7 series, involving designing and implementing software solutions that meet customer requirements and industry standards. 2. Software integration using DaVinci Configurator from Vector, integrating different software modules and components for the Seat Control Unit using the configurator tool. 3. Conducting ECU & Network Testing using CANoe from Vector, ensuring proper communication and functionality of the Seat Control Unit in the networked automotive environment. 4. Designing application architecture using Enterprise Architect, creating software design documents and software interface specifications for the Seat Control Unit. 5. Documentation of code using Doxygen and performing static analysis of code using Axivion to ensure code quality and compliance with coding standards.
Seat Control Unit
As an Automotive Embedded Software Developer, my role in the project includes: 1. Application development for Seat Control Unit (SM-06) of Brose GmbH for BMW I7 series, involving designing and implementing software solutions that meet customer requirements and industry standards. 2. Software integration using DaVinci Configurator from Vector, integrating different software modules and components for the Seat Control Unit using the configurator tool. 3. Conducting ECU & Network Testing using CANoe from Vector, ensuring proper communication and functionality of the Seat Control Unit in the networked automotive environment. 4. Designing application architecture using Enterprise Architect, creating software design documents and software interface specifications for the Seat Control Unit. 5. Documentation of code using Doxygen and performing static analysis of code using Axivion to ensure code quality and compliance with coding standards.
Seat Control Unit
As an Automotive Embedded Software Developer, my role in the project includes: 1. Application development for Seat Control Unit (SM-06) of Brose GmbH for BMW I7 series, involving designing and implementing software solutions that meet customer requirements and industry standards. 2. Software integration using DaVinci Configurator from Vector, integrating different software modules and components for the Seat Control Unit using the configurator tool. 3. Conducting ECU & Network Testing using CANoe from Vector, ensuring proper communication and functionality of the Seat Control Unit in the networked automotive environment. 4. Designing application architecture using Enterprise Architect, creating software design documents and software interface specifications for the Seat Control Unit. 5. Documentation of code using Doxygen and performing static analysis of code using Axivion to ensure code quality and compliance with coding standards.
Seat Control Unit
10943684
As an Embedded Systems Developer, my role in the project includes: 1. Implementing features and functionalities in the EV charger using embedded systems and the programming language C, including charging power up to 22 KW, user authentication using RFID, storing charging history in non-volatile memory, Bluetooth connection for configuration/customization, load distribution with prioritization, static and dynamic power limitation, and firmware updates using OTA. 2. Developing LCD interface, driver porting for the energy meter, and integration of the RFID module into the EV charger. 3. Participating in DevOps activities for CI/CD (Continuous Integration/Continuous Deployment) processes to ensure smooth development, testing, and deployment of the EV charger software. 4. Collaborating with teams in Ukraine, Germany, and Pakistan for the development of the EV charger, including communication and coordination across different time zones and locations.
Electrical Vehicle Charging Station
As an Embedded Systems Developer, my role in the project includes: 1. Implementing features and functionalities in the EV charger using embedded systems and the programming language C, including charging power up to 22 KW, user authentication using RFID, storing charging history in non-volatile memory, Bluetooth connection for configuration/customization, load distribution with prioritization, static and dynamic power limitation, and firmware updates using OTA. 2. Developing LCD interface, driver porting for the energy meter, and integration of the RFID module into the EV charger. 3. Participating in DevOps activities for CI/CD (Continuous Integration/Continuous Deployment) processes to ensure smooth development, testing, and deployment of the EV charger software. 4. Collaborating with teams in Ukraine, Germany, and Pakistan for the development of the EV charger, including communication and coordination across different time zones and locations.
Electrical Vehicle Charging Station
10943681
As an embedded systems engineer and product developer, my role would involve designing, developing, and testing the Connected Logger, a compact CAN bus logger with analog inputs for logging vehicle data. This would include utilizing embedded systems and programming language C for firmware development, working with NXP's S32K series of microcontrollers, and implementing communication protocols such as UART, CAN, LIN, and SPI to support connectivity modules. I would be responsible for implementing the data logging functionality in the logger's flash memory, as well as sending data to a remote host or server in online mode via WiFi, Bluetooth, or the mobile network. I would also work on integrating state-of-the-art modules from Ublox (GPS, GSM, WiFi) and a BLE module from Silabs into the logger for seamless connectivity and data acquisition from vehicle sensors, location, OBD2, events, alarms, etc.
Connected Logger
As an embedded systems engineer and product developer, my role would involve designing, developing, and testing the Connected Logger, a compact CAN bus logger with analog inputs for logging vehicle data. This would include utilizing embedded systems and programming language C for firmware development, working with NXP's S32K series of microcontrollers, and implementing communication protocols such as UART, CAN, LIN, and SPI to support connectivity modules. I would be responsible for implementing the data logging functionality in the logger's flash memory, as well as sending data to a remote host or server in online mode via WiFi, Bluetooth, or the mobile network. I would also work on integrating state-of-the-art modules from Ublox (GPS, GSM, WiFi) and a BLE module from Silabs into the logger for seamless connectivity and data acquisition from vehicle sensors, location, OBD2, events, alarms, etc.
Connected Logger
10943679
As a firmware developer and cryptocurrency hardware wallet designer, my role would involve designing and developing the OPOLO COSMOS hardware wallet for secure storage and management of various cryptocurrencies. This would include firmware development in C-Language for coins such as Binance, Secret, Helium, Nervos-Network, Near-Protocol, Hedera, IOTA, Stacks, and Celo on the Linux Ubuntu platform. I would be responsible for ensuring secure transactions using cryptographic algorithms such as SHA, BLAKE, BECH32, etc. on ARM-Cortex Processors. Additionally, I would be responsible for implementing communication protocols such as UART and USB for seamless communication between the hardware wallet and other devices. Unit testing using the JavaScript Angular framework would be performed to ensure healthy transactions and robust functionality of the firmware.
OPOLO Cosmos Hardware Wallet
As a firmware developer and cryptocurrency hardware wallet designer, my role would involve designing and developing the OPOLO COSMOS hardware wallet for secure storage and management of various cryptocurrencies. This would include firmware development in C-Language for coins such as Binance, Secret, Helium, Nervos-Network, Near-Protocol, Hedera, IOTA, Stacks, and Celo on the Linux Ubuntu platform. I would be responsible for ensuring secure transactions using cryptographic algorithms such as SHA, BLAKE, BECH32, etc. on ARM-Cortex Processors. Additionally, I would be responsible for implementing communication protocols such as UART and USB for seamless communication between the hardware wallet and other devices. Unit testing using the JavaScript Angular framework would be performed to ensure healthy transactions and robust functionality of the firmware.
OPOLO Cosmos Hardware Wallet

Αξιολογήσεις

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Δεν υπάρχουν αξιολογήσεις για να δεις εδώ!

Εμπειρία

Automotive Embedded Software Enginner

Maanz AI/Intive Automotive GmbH
Αυγ 2022 - Τρέχουσα
• In this project, electronic control units for executive chairs in the BMW I7 series are configured using AUTOSAR standard for application development of different modules. • CAN and LIN Protocol are some protocols that are used to achieve functionality. • As I am working on the application development of this project so programming languages C and C++ are both used for software development and unit testing of the project is done in Tessy.

Embedded Software Engineer

MRS-Technologies Pakistan/ MRS Electronic GmbH & Co. KG
Μαΐ 2021 - Αυγ 2022 (1 χρόνο, 3 μήνες)
• Design and development of Telematic devices(Connected Logger) and EV Charger(Wallbox) for Automotive Sector • Worked on NXP S32k144 and ESP32 Processor having Cortex-M4 Architecture • Test Driven Firmware development in C-Language • Sensor interfacing for automotive applications • Writing scripts in different file formats for automotive software and DevOps for testing • Development of red tests and performance tests for communication modules • Integration of RFID, Display module, Energy meter

Embedded Firmware Engineer

OPOLO Limited Pakistan
Αυγ 2020 - Μαΐ 2021 (9 μήνες, 1 ημέρα)
• Design and development of Cryptocurrency OPOLO COSMOS hardware wallet • Firmware development of coins such as Binance, Secret, Helium, Nervos-Network, Near-Protocol, Hedera, IOTA, Stacks, Celo in C-Language for secure transactions on Linux Ubuntu platform • Development using secure cryptographic algorithms(SHA,BLAKE,BECH32) etc. • ARM-Cortex Processors are used for product development • Communication protocol: UART and USB • Unit testing in JavaScript Angular framework for healthy transactions

Εκπαίδευση

Electrical Electronics Engineering

COMSATS Institute of Information Technology, Pakistan 2016 - 2020
(4 χρόνια)

Προσόντα

Build Your Own Realtime OS (RTOS) From Ground Up™ on ARM 1

Udemy
2020
• Building Cooperative, First-Come First-Served, Round-Robin, Periodic, Rate Monotonic Schedulers • Bare-Metal C Programming • Building board support package from scratch • Understand the internals of the RTOS kernel • ITC, Semaphore, Mutex, SVC Exception, etc. • STM32F407 discovery board

Mastering RTOS : Hands on FreeRTOS and STM32Fx with Debugging

Udemy
2021
• Understanding FreeRTOS concepts, Synchronization, Context Switching, Queue Management, Stack and Heap Management in OpenSTM32 System Workbench • Mutual exclusion between Tasks using Mutex services and Semaphore • Using STM32 Standard Peripheral Driver APIs to configure peripherals • Understanding Architecture specific codes like SVC_handler, PendSV_handler, Systick_handler • Low power instructions use a case in FreeRTOS

ARM Cortex M Microcontroller DMA Programming Demystified

Udemy
2021
• Understanding Direct Memory Access, Microcontroller Architecture, Bus Interfaces, Bus Matrix, etc. • DMA Controller internals and concurrent data access from ARM and DMA • M2M, M2P, P2M, P2P data transfer using DMA and Exercises • DMA control configurations like burst size, FIFO, and Alignment • DMA Controller channels, Streams, Priority • DMA Controller interrupts and interrupts handling

Επικοινώνησε με τον/την Muhammad Anas S. για τη δουλειά σου

Συνδέσου για να συζητήσεις τις λεπτομέρειες μέσω τις συνομιλίας.

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