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Rekrutacje prowadzone przez firmę:
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Architect Software Test Engineer
Kraków
Wygasła: 14.04.2024
full-time
umowa o pracę
kontrakt B2B
home office work
expert
Obowiązki:
Test Strategy Development
Formulating test strategies for both SWE.5 and SWE.6
Establishing methods in line with ISO26262, focusing on ASIL D
Test Design Processes
Integration and software-level test design planning
Conducting thorough reviews of test designs
Test Execution Procedures
Executing tests at both integration and software levels
Manual test execution, inclusive of initiating test automation scripts
Detailed analysis of test outcomes and systematic defect reporting
Automating Testing
Assessing the feasibility of test automation
Crafting mocks for integration test stages
Implementing test automation, including fixture creation, CAPL scripting, and decorator setup
Conducting reviews of test automation code
Test Environment Setup
Architectural design of the test environment, focusing on selective test execution strategies (regression, release, platform, project, and variant-based)
Implementing test environment infrastructure, integrating test management tools and automation scripts, especially for HIL test benches
Test Bench Engineering
Defining requirements for HIL test benches
Consulting on test bench architecture
Integrating Model-Based Design (MBD) model binaries into HIL
Developing and testing HIL test benches, including integration with continuous integration (CI) environments
Test Management Tool Configuration
Setting up tools for test design and execution
Establishing test reporting tools, designing dashboards, and configuring reporting for traceability, coverage, and key performance indicators (KPIs)
Collaboration with Development Teams
Assisting in development and bug analysis, providing logs and test sessions for development teams
Tooling Utilized
Tools include CAPL, CANoe, RQM/ETM, TM Connection Utility 3.0.0 for vTESTstudio and CANoe, VTT, winAMS, Lauterbach, and Jenkins
Standards, Methodologies, and Techniques
Adhering to standards such as ISO26262, ISO25010, AUTOSAR Classic, ASPICE, and IEEE829
Implementing threat models and test designs as per E/ECE/TRANS/505/Rev.3/Add.154, with a focus on AGILE/SCRUM methodologies
Communication Protocols
Specialization in CAN, SPI, I2C protocols
Coding for Test Automation
Expertise in CAPL, Python and C/ C++ for test automation scripting
Formulating test strategies for both SWE.5 and SWE.6
Establishing methods in line with ISO26262, focusing on ASIL D
Test Design Processes
Integration and software-level test design planning
Conducting thorough reviews of test designs
Test Execution Procedures
Executing tests at both integration and software levels
Manual test execution, inclusive of initiating test automation scripts
Detailed analysis of test outcomes and systematic defect reporting
Automating Testing
Assessing the feasibility of test automation
Crafting mocks for integration test stages
Implementing test automation, including fixture creation, CAPL scripting, and decorator setup
Conducting reviews of test automation code
Test Environment Setup
Architectural design of the test environment, focusing on selective test execution strategies (regression, release, platform, project, and variant-based)
Implementing test environment infrastructure, integrating test management tools and automation scripts, especially for HIL test benches
Test Bench Engineering
Defining requirements for HIL test benches
Consulting on test bench architecture
Integrating Model-Based Design (MBD) model binaries into HIL
Developing and testing HIL test benches, including integration with continuous integration (CI) environments
Test Management Tool Configuration
Setting up tools for test design and execution
Establishing test reporting tools, designing dashboards, and configuring reporting for traceability, coverage, and key performance indicators (KPIs)
Collaboration with Development Teams
Assisting in development and bug analysis, providing logs and test sessions for development teams
Tooling Utilized
Tools include CAPL, CANoe, RQM/ETM, TM Connection Utility 3.0.0 for vTESTstudio and CANoe, VTT, winAMS, Lauterbach, and Jenkins
Standards, Methodologies, and Techniques
Adhering to standards such as ISO26262, ISO25010, AUTOSAR Classic, ASPICE, and IEEE829
Implementing threat models and test designs as per E/ECE/TRANS/505/Rev.3/Add.154, with a focus on AGILE/SCRUM methodologies
Communication Protocols
Specialization in CAN, SPI, I2C protocols
Coding for Test Automation
Expertise in CAPL, Python and C/ C++ for test automation scripting
Formulating test strategies for both SWE.5 and SWE.6
Establishing methods in line with ISO26262, focusing on ASIL D
Test Design Processes
Integration and software-level test design planning
Conducting thorough reviews of test designs
Test Execution Procedures
Executing tests at both integration and software levels
Manual test execution, inclusive of initiating test automation scripts
Detailed analysis of test outcomes and systematic defect reporting
Automating Testing
Assessing the feasibility of test automation
Crafting mocks for integration test stages
Implementing test automation, including fixture creation, CAPL scripting, and decorator setup
Conducting reviews of test automation code
Test Environment Setup
Architectural design of the test environment, focusing on selective test execution strategies (regression, release, platform, project, and variant-based)
Implementing test environment infrastructure, integrating test management tools and automation scripts, especially for HIL test benches
Test Bench Engineering
Defining requirements for HIL test benches
Consulting on test bench architecture
Integrating Model-Based Design (MBD) model binaries into HIL
Developing and testing HIL test benches, including integration with continuous integration (CI) environments
Test Management Tool Configuration
Setting up tools for test design and execution
Establishing test reporting tools, designing dashboards, and configuring reporting for traceability, coverage, and key performance indicators (KPIs)
Collaboration with Development Teams
Assisting in development and bug analysis, providing logs and test sessions for development teams
Tooling Utilized
Tools include CAPL, CANoe, RQM/ETM, TM Connection Utility 3.0.0 for vTESTstudio and CANoe, VTT, winAMS, Lauterbach, and Jenkins
Standards, Methodologies, and Techniques
Adhering to standards such as ISO26262, ISO25010, AUTOSAR Classic, ASPICE, and IEEE829
Implementing threat models and test designs as per E/ECE/TRANS/505/Rev.3/Add.154, with a focus on AGILE/SCRUM methodologies
Communication Protocols
Specialization in CAN, SPI, I2C protocols
Coding for Test Automation
Expertise in CAPL, Python and C/ C++ for test automation scripting
Formulating test strategies for both SWE.5 and SWE.6
Establishing methods in line with ISO26262, focusing on ASIL D
Test Design Processes
Integration and software-level test design planning
Conducting thorough reviews of test designs
Test Execution Procedures
Executing tests at both integration and software levels
Manual test execution, inclusive of initiating test automation scripts
Detailed analysis of test outcomes and systematic defect reporting
Automating Testing
Assessing the feasibility of test automation
Crafting mocks for integration test stages
Implementing test automation, including fixture creation, CAPL scripting, and decorator setup
Conducting reviews of test automation code
Test Environment Setup
Architectural design of the test environment, focusing on selective test execution strategies (regression, release, platform, project, and variant-based)
Implementing test environment infrastructure, integrating test management tools and automation scripts, especially for HIL test benches
Test Bench Engineering
Defining requirements for HIL test benches
Consulting on test bench architecture
Integrating Model-Based Design (MBD) model binaries into HIL
Developing and testing HIL test benches, including integration with continuous integration (CI) environments
Test Management Tool Configuration
Setting up tools for test design and execution
Establishing test reporting tools, designing dashboards, and configuring reporting for traceability, coverage, and key performance indicators (KPIs)
Collaboration with Development Teams
Assisting in development and bug analysis, providing logs and test sessions for development teams
Tooling Utilized
Tools include CAPL, CANoe, RQM/ETM, TM Connection Utility 3.0.0 for vTESTstudio and CANoe, VTT, winAMS, Lauterbach, and Jenkins
Standards, Methodologies, and Techniques
Adhering to standards such as ISO26262, ISO25010, AUTOSAR Classic, ASPICE, and IEEE829
Implementing threat models and test designs as per E/ECE/TRANS/505/Rev.3/Add.154, with a focus on AGILE/SCRUM methodologies
Communication Protocols
Specialization in CAN, SPI, I2C protocols
Coding for Test Automation
Expertise in CAPL, Python and C/ C++ for test automation scripting
Formulating test strategies for both SWE.5 and SWE.6
Establishing methods in line with ISO26262, focusing on ASIL D
Test Design Processes
Integration and software-level test design planning
Conducting thorough reviews of test designs
Test Execution Procedures
Executing tests at both integration and software levels
Manual test execution, inclusive of initiating test automation scripts
Detailed analysis of test outcomes and systematic defect reporting
Automating Testing
Assessing the feasibility of test automation
Crafting mocks for integration test stages
Implementing test automation, including fixture creation, CAPL scripting, and decorator setup
Conducting reviews of test automation code
Test Environment Setup
Architectural design of the test environment, focusing on selective test execution strategies (regression, release, platform, project, and variant-based)
Implementing test environment infrastructure, integrating test management tools and automation scripts, especially for HIL test benches
Test Bench Engineering
Defining requirements for HIL test benches
Consulting on test bench architecture
Integrating Model-Based Design (MBD) model binaries into HIL
Developing and testing HIL test benches, including integration with continuous integration (CI) environments
Test Management Tool Configuration
Setting up tools for test design and execution
Establishing test reporting tools, designing dashboards, and configuring reporting for traceability, coverage, and key performance indicators (KPIs)
Collaboration with Development Teams
Assisting in development and bug analysis, providing logs and test sessions for development teams
Tooling Utilized
Tools include CAPL, CANoe, RQM/ETM, TM Connection Utility 3.0.0 for vTESTstudio and CANoe, VTT, winAMS, Lauterbach, and Jenkins
Standards, Methodologies, and Techniques
Adhering to standards such as ISO26262, ISO25010, AUTOSAR Classic, ASPICE, and IEEE829
Implementing threat models and test designs as per E/ECE/TRANS/505/Rev.3/Add.154, with a focus on AGILE/SCRUM methodologies
Communication Protocols
Specialization in CAN, SPI, I2C protocols
Coding for Test Automation
Expertise in CAPL, Python and C/ C++ for test automation scripting
Formulating test strategies for both SWE.5 and SWE.6
Establishing methods in line with ISO26262, focusing on ASIL D
Test Design Processes
Integration and software-level test design planning
Conducting thorough reviews of test designs
Test Execution Procedures
Executing tests at both integration and software levels
Manual test execution, inclusive of initiating test automation scripts
Detailed analysis of test outcomes and systematic defect reporting
Automating Testing
Assessing the feasibility of test automation
Crafting mocks for integration test stages
Implementing test automation, including fixture creation, CAPL scripting, and decorator setup
Conducting reviews of test automation code
Test Environment Setup
Architectural design of the test environment, focusing on selective test execution strategies (regression, release, platform, project, and variant-based)
Implementing test environment infrastructure, integrating test management tools and automation scripts, especially for HIL test benches
Test Bench Engineering
Defining requirements for HIL test benches
Consulting on test bench architecture
Integrating Model-Based Design (MBD) model binaries into HIL
Developing and testing HIL test benches, including integration with continuous integration (CI) environments
Test Management Tool Configuration
Setting up tools for test design and execution
Establishing test reporting tools, designing dashboards, and configuring reporting for traceability, coverage, and key performance indicators (KPIs)
Collaboration with Development Teams
Assisting in development and bug analysis, providing logs and test sessions for development teams
Tooling Utilized
Tools include CAPL, CANoe, RQM/ETM, TM Connection Utility 3.0.0 for vTESTstudio and CANoe, VTT, winAMS, Lauterbach, and Jenkins
Standards, Methodologies, and Techniques
Adhering to standards such as ISO26262, ISO25010, AUTOSAR Classic, ASPICE, and IEEE829
Implementing threat models and test designs as per E/ECE/TRANS/505/Rev.3/Add.154, with a focus on AGILE/SCRUM methodologies
Communication Protocols
Specialization in CAN, SPI, I2C protocols
Coding for Test Automation
Expertise in CAPL, Python and C/ C++ for test automation scripting
You will be responsible for selecting, defining, creating and communicating the software architecture of the embedded software that is compliant with the system architecture and software requirements
Ogłoszenie Archiwalne
Ogłoszenie Archiwalne
Autosar Expert
Zacisze 70B, Zabierzów (pow. krakowski)
Wygasła: 18.03.2022
full-time
umowa o pracę
kontrakt B2B
home office work, hybrid work
senior specialist (Senior), expert
Obowiązki:
Software development and optimization
Ogłoszenie Archiwalne
Ogłoszenie Archiwalne
Embedded Software Engineer (AUTOSAR)
Zacisze 70B, Zabierzów (pow. krakowski)
Wygasła: 18.03.2022
full-time
umowa o pracę
kontrakt B2B
home office work, hybrid work
senior specialist (Senior), expert
Obowiązki:
The work would be on Base SW domain (separate microcontroller Infineon Aurix TC37x) and with Elektrobit stacks (Autosar, Bootloader, HSM)
Execution of specified test cases
Setting up test suits
Documentation on identified SW bugs
Support on root cause analysis incl. proposals how to solve the bug (if possible)