AUTOSAR Application with Model Based Software Developer

Seeking a talented AUTOSAR Application with Model Based Software Developer to join our global team and will be responsible for overseeing the entire** Model Based** system development lifecycle, from planning and design to implementation and testing. Ensure timely delivery and high-quality output. This role requires a strong understanding of design principles with interaction with graphics team.

Key Roles and Responsibilities:

• Design, develop, and maintain Autosar Software Components.

• Configure and use model‑to‑code toolchains to generate production ready, MISRA compliant C/C++ from Simulink/State flow.

• Analyze and fix software bugs and defects across models, generate code, and integration layers.

• Improve algorithm design and generated code for performance, memory, and real-time constraints.

• Ensure compliance with automotive safety and quality standards including ISO 26262 and ASPICE. Maintain requirements for traceability.

• Write and support technical documentation for models, generated code, interfaces, and architecture.

• Plan and execute MIL, SIL, and PIL testing and debugging to find root causes and verify fixes.

• Collaborate with systems and software architects to translate high-level requirements into modular, scalable model architecture.

• Create and support automation scripts and CI/CD pipelines for model builds, code generation, testing, and delivery.

• Train and mentor junior developers; perform technical reviews of models and generated code to ensure quality and robustness.

• Interface and lead debugging sessions with integration teams (Stellantis and ECU suppliers) to resolve integration issues.

• Collaborate with validation teams to analyze defects and close validation gaps.

• Define and support development plans, roadmaps, and KPIs, report progress and quality metrics.

• Write best practices and guidelines for model-based development and Autosar integration.

• Plan and review outsourced activities, provide technical and managerial oversight, and approve deliverables.

• Leverage AI and GenAI tools (e.g., GitHub Copilot) to accelerate development, automate documentation, and improve code quality.

Basic Qualifications:

• Bachelor’s degree in Computer Science, Computer Engineering, Electrical Engineering, or a related field

• A minimum of 8 years of overall related experience

• Strong programming skills in C & C++

• Strong knowledge in model-based development with AUTOSAR Application architecture

• Software design and implementation experience in MATLAB

• Knowledge on Automotive SOCs and Microcontrollers

• Hands on experience with communication network protocols like CAN, LIN, Ethernet, UART, SPI

• Strong knowledge of AUTOSAR Architecture

• Strong knowledge of SW architecture method and design

• Experience in requirement analysis and DCR analysis process for automotive software

Preferred Qualifications:

• Strong Experience in SIL/MIL testing/D Space

• Experience in MAAB and MISRA guidelines and standards

• Strong knowledge of Functional Safety and ASPICE processes

• Strong Knowledge of IBM Rational DOORS

• Knowledge in communication network protocols like CAN, LIN, Ethernet, UART, SPI

• Experience with SCM tools such as: Git, Gerrit, Jenkins, JIRA, Doors, DNG

• Experience with debugging using relevant tools such as GDB, JTAG-Debugger, BDI, Lauterbach, ADB logs

• Experience with performance profiling tools

• Knowledge of software quality standards

• Proven ability working in Agile Scrum environment.

• Team player with great communication skills.

• Should be able to apply scripting languages where possible to minimize manual overheads.

• Passionately motivated to take ideas from R&D phase to a product.

• Strong experience in developing SWC in MATLAB for Automotive ECUs

• Hands-on experience in developing SWC applications on AUTOSAR architecture.

• Experience in using the VECTOR Davinci tool and could configure and generate the OS, MCAL, BSW will be added advantage.

• Adaptive AUTOSAR working experience is added advantage

• Interfacing Peripherals such as I/O devices, EEPROM, ADC, FLASH memory

• Display interfaces devices using I2C/SPI/UART/CAN/LIN

• Knowledge on inter process communications (IPC) with SPI, VLAN, UART and I2C

• Knowledge on POSIX standard APIs.

• Hand on experience on Caneo, CANalyzer.

• Hand-on experience with Git Hub version control tool.

• Any HMI GUI Prototype tool

• Python

• Functional safety (ISO 26262)

• Cybersecurity ISO 21434