Bachelor's degree in Mechanical, Electrical/Electronic, or Computer Engineering
2+ years experience in developing virtual test platforms for automotive applications
Proficient in virtualization, co-simulation, and integration toolchains
Skilled in CI/CD tools and methods
Experienced with model-based development using MATLAB/SIMULINK
Strong knowledge of embedded software development and AUTOSAR architecture
Familiar with CAN analysis tools and software version control
Responsibilities
Design and develop virtual test platforms (xIL) for vehicle controller testing
Integrate and deploy testing methodologies in multiple automotive domains
Collaborate with agile teams from design through validation phases
Challenge design logic with a proactive test-first approach
Set benchmarks in troubleshooting and automate the virtual ECU generation process
Advance continuous testing and deployment processes in virtual environments
Implement agile methods for integrating advanced features like ADAS and EV systems
Benefits
Opportunity to build something innovative from the ground up
Work in a modern agile culture within a global engineering organization
Contribute to transforming the automotive industry
Collaborate with passionate engineering teams on cutting-edge technologies
Engage in a test-first mindset that enhances design and architecture consideration
Full Job Description
Build your brand. Tell your story. Take advantage of a rare opportunity to start from the ground up and build something great.
We are looking for technology game changers to lead Client into a fundamental transformation within the automotive industry.
Technology is going to disrupt the automotive industry significantly in the next decade and our organization is seeking high potential candidates to transform the company with a focus on the customer experience.
Client Software Organization (SWx) was established to build the most captivating experiences in the latest frontier of Automotive Technology.
As part of that foundation, we are seeking passionate and conscientious Soft and Virtual ECU engineer to develop the virtual test platforms(xIL) for the next generation vehicle controller testing, which includes soft and virtual ECU's generation (various virtual ECU levels), toolchain and methodology, integration, open loop and closed loop testing and deployment in different domains (ADAS/ AD, Energy, E-powertrain and Body, Cockpit and Connected services).
Position Requirements:
You will be part of a global SW driven engineering organization with a modern state of the art agile culture.
If you have a proactive quality mindset and a test from day one attitude, you will be the right candidate.
We are looking for highly motivated Soft and Virtual ECU engineer to work side by side with SW development and test engineers within agile teams from the early design phase until validation.
This new way of testing starts at day one by not only testing implementations and requirements but challenging design and logical architecture in the earliest phase driven by a test first/test right now mentality!
Beside this proactive test first/test right now, mindset we seek for good expertise on the following:
MBSE
MBD
Virtual and Soft ECU
Software verification and validation methods
In addition, you have the opportunity to set new benchmarks in terms of virtualization technologies, troubleshooting/ root causing/ resolving issues, automation and methodology by advancing CI/CD mindset on all abstraction levels starting with continuous design verification down to continuous testing and deployment in highly virtualized environments. You will be part of an interdisciplinary agile team designing and applying agile methods for new and advanced features including ADAS and EV systems.
Basic Qualifications:
Bachelor of Science degree in Mechanical Engineering, Electrical/Electronic Engineering, Computer Engineering, or a closely related Engineering degree from an accredited university
2 years of experience developing virtual test platforms (MIL, SIL, HIL) in automotive applications
Experience with virtualization, cosimulation and system integration toolchain (i.e. dSPACE, ETAS, VVirtualTarget, QTronic Silver, Model.CONNECT, VDK, Siemens etc.)
Knowledge of CI/CD tools and methods
Experience with model-based development tools such as MATLAB/SIMULINK
Thorough understanding of embedded software development (C, C++), AUTOSAR software architecture, auto code generation process and tools and experience with software such as Visual Basic, Python, VBnet
Knowledge of CAN and analysis tools
Familiarity with SW version control
Ability to troubleshoot and fix platform issues and systems focused
Good understanding of ECU architecture and usage of SW emulators and/ or SW debuggers
Good understanding of ECU Level vehicle features in at least one domain
Experience in one scripting language or test automation tool
Preferred Qualifications:
Experience testing in multiple development contexts (Linux, AUTOSAR, Android)
Experience with ADAS, Ethernet interfaces and modules
Experience with 1-D physical modeling tools such as GT Power, AMESim and co-simulation tools
Experience with data acquisition and analysis tools such as ETAS-INCA
Experience with continuous integration, testing & deployment
Experience with model driven test in early development stages (functional mockups, PoC's)
Experience with dSPACE products
ISTQB certification
Development of Virtual Test Platforms: Design and develop virtual test platforms (xIL) for next-generation vehicle controller testing, including the creation of virtual ECUs at various levels.
Integration and Methodology: Work on the toolchain and methodology, integration, and both open-loop and closed-loop testing. Deploy these methodologies across different domains such as ADAS/AD, Energy, E-powertrain, Body, Cockpit, and Connected services.
Collaboration and Agile Culture: Collaborate closely with software development and test engineers within agile teams from the early design phase through to validation. Challenge design and logical architecture with a proactive, test-first mindset.
Troubleshooting and Automation:Set new benchmarks in virtualization technologies, troubleshoot and resolve issues. Automate vECU generation process to achieve end to end automation of xIL platform development and testing within CI/CD methodologies.
Continuous Improvement: Advance continuous design verification, continuous testing, and deployment in highly virtualized environments.
Agile Methods for Advanced Features: Design and apply agile methods for new and advanced features, including ADAS and EV systems.
