Schlagwörter
Skills
4+ years of experience in development, testing, implementation & maintenance of AUTOSAR based Software (in Embedded C) for Electric and Diesel Gasoline ECUs.
• Handled successfully EGAS L2 and L3 monitoring topics in Electric vehicles based on ISO26262.
• Module owner of SafeTLib – safety Library of Infineon Aurix controller.
• Performed Requirement Analysis, Design, Development, Unit Testing, and Functional testing for Inverter Safety Software.
• Developed the Horn control module of 2-cylinder two-wheeler off-road vehicle in ASCET (Model-based Design).
• Added analog functionality of gear detection in 2-cylinder 2-wheeler with 8 gear.
• Developed firmware module for right & left rear lamp control which gives turn, tail and brake indication using a single pin PWM signal on a 2-cylinder two-wheeler.
• Implemented Drivers for ADC, GPIO, and I2C for FRDM KL25 Controller.
• Excellent understanding of DC-DC and Inverter systems of Electric Car.
• Good Exposure to debugging techniques.
• Versatile team player with strong communication skills and good at building and maintaining relationships with stakeholders to ease the flow of information.
• Expertise in maintaining traceability matrices for baseline documents.
• Good knowledge of process checks before delivery to the customer.
• Implemented the owned modules as per ASPICE norms.
• Familiarity with main types of SDLC: V Model and Agile SCRUM.
Work history
• August 2018－Current: Function Developer & Module Owner
OEMs: Volkswagen, Daimler, Mahindra, BAIC, Geely
Key responsibility: Developed Safety Library for different projects based on ISO26262 (Chapter 6) and have been the SPOC for Safety Library related queries from customers. Handled implementation from Requirement Analysis to functional testing of V Model for Inverter Safety Software. ASPICE implementation of the VW Safety Software.
SafeTLib (ASIL B): The Software library consists of a Complex Device Driver which ensures the safety of the Aurix controller by testing the peripherals such as RAM, ROM, Lockstep core, CPU, MPU, Voltage, Clock, etc.
• August 2017 – August 2018: Function Developer
OEM: Polaris
Key responsibility: Part of the customer team handling enhancement requirements and delivering software for 2-cylinder, 2-wheeler and 4-cylinder, 3-wheeler on-road and off-road vehicles. Modification of starter control, Rear lamp control, Misfire detection, Gear control, etc. are some of the major implementations. Updated CAN DBC according to COM Specification. Performed Software Integration, IO Robustness test, CAN Robustness test, Basic functionality Test, etc. as a part of Pre-delivery checks.
• January 2016 – July 2017: Embedded Software Developer
Key responsibility: Firmware development of an Industrial sensor module equipped with various sensors for monitoring the health conditions of various industrial applications. The module was designed around an ARM Cortex M0+ Kinetics controller MKL25Z128VLK4 along with various industrial sensors.
Key responsibility: Software and firmware development of an IoT module based on the Raspberry Pi B+, this module was used to connect with industrial sensor modules to enable IoT connectivity and data analysis capability to the existing industrial sensor module. The extended version of the module with the Arduino connection was also developed for making the IoT functionalities more users friendly.
Education
• 2015: Master of Engineering (Communication Engineering and Signal Processing)
• 2012: Bachelor of Engineering (Electronics and Communication)
• Handled successfully EGAS L2 and L3 monitoring topics in Electric vehicles based on ISO26262.
• Module owner of SafeTLib – safety Library of Infineon Aurix controller.
• Performed Requirement Analysis, Design, Development, Unit Testing, and Functional testing for Inverter Safety Software.
• Developed the Horn control module of 2-cylinder two-wheeler off-road vehicle in ASCET (Model-based Design).
• Added analog functionality of gear detection in 2-cylinder 2-wheeler with 8 gear.
• Developed firmware module for right & left rear lamp control which gives turn, tail and brake indication using a single pin PWM signal on a 2-cylinder two-wheeler.
• Implemented Drivers for ADC, GPIO, and I2C for FRDM KL25 Controller.
• Excellent understanding of DC-DC and Inverter systems of Electric Car.
• Good Exposure to debugging techniques.
• Versatile team player with strong communication skills and good at building and maintaining relationships with stakeholders to ease the flow of information.
• Expertise in maintaining traceability matrices for baseline documents.
• Good knowledge of process checks before delivery to the customer.
• Implemented the owned modules as per ASPICE norms.
• Familiarity with main types of SDLC: V Model and Agile SCRUM.
Work history
• August 2018－Current: Function Developer & Module Owner
OEMs: Volkswagen, Daimler, Mahindra, BAIC, Geely
Key responsibility: Developed Safety Library for different projects based on ISO26262 (Chapter 6) and have been the SPOC for Safety Library related queries from customers. Handled implementation from Requirement Analysis to functional testing of V Model for Inverter Safety Software. ASPICE implementation of the VW Safety Software.
SafeTLib (ASIL B): The Software library consists of a Complex Device Driver which ensures the safety of the Aurix controller by testing the peripherals such as RAM, ROM, Lockstep core, CPU, MPU, Voltage, Clock, etc.
• August 2017 – August 2018: Function Developer
OEM: Polaris
Key responsibility: Part of the customer team handling enhancement requirements and delivering software for 2-cylinder, 2-wheeler and 4-cylinder, 3-wheeler on-road and off-road vehicles. Modification of starter control, Rear lamp control, Misfire detection, Gear control, etc. are some of the major implementations. Updated CAN DBC according to COM Specification. Performed Software Integration, IO Robustness test, CAN Robustness test, Basic functionality Test, etc. as a part of Pre-delivery checks.
• January 2016 – July 2017: Embedded Software Developer
Key responsibility: Firmware development of an Industrial sensor module equipped with various sensors for monitoring the health conditions of various industrial applications. The module was designed around an ARM Cortex M0+ Kinetics controller MKL25Z128VLK4 along with various industrial sensors.
Key responsibility: Software and firmware development of an IoT module based on the Raspberry Pi B+, this module was used to connect with industrial sensor modules to enable IoT connectivity and data analysis capability to the existing industrial sensor module. The extended version of the module with the Arduino connection was also developed for making the IoT functionalities more users friendly.
Education
• 2015: Master of Engineering (Communication Engineering and Signal Processing)
• 2012: Bachelor of Engineering (Electronics and Communication)
Projekthistorie
Reisebereitschaft
Verfügbar in den Ländern
Deutschland
