We are looking for an enthusiastic and inquisitive Software Engineer to join its dynamic team in Pune. This position supports automotive software development by analyzing software and system requirements, developing and verifying software models, performing software verification activities, and resolving technical issues to deliver reliable, high-quality, and compliant automotive solutions.
At PACCAR, you’ll be part of a purpose-driven organization known for engineering excellence, innovation, and a strong commitment to employee growth and well-being. We foster a collaborative, inclusive environment where your ideas are valued, your contributions make a real difference, and your career can thrive as you help build world-class products that power the future of transportation.
Key Responsibilities –
- Develop, modify, and verify software models using MATLAB, Simulink, and Stateflow following model-based development practices.
- Analyze software and system requirements and maintain end-to-end traceability between requirements, design, implementation, and verification activities.
- Develop and execute Unit Test cases and support software verification activities.
- Support software development activities across the software development lifecycle, including implementation, verification, defect resolution, and release activities.
- Perform defect analysis, debugging, and issue resolution to support high-quality software delivery.
- Develop Python scripts to support engineering automation, data analysis, and process efficiency improvements.
- Follow and support compliance with ASPICE, ISO 26262, and organizational development processes and standards
- Use Git/SVN for configuration management, version control, and maintenance of software models and development artifacts.
- Collaborate with internal teams, Automotive OEMs, and stakeholders to clarify requirements, resolve technical issues, and support project delivery.
- Apply automotive domain knowledge to develop and validate vehicle functionalities
Education Requirements:
- Bachelors or Masters degree in Electronics, Automotive, or related Engineering discipline.
Knowledge & Skills REQUIRED:
- 2-5 Year of overall experience
- In Model-based development, simulation, implementation, and verification of embedded software functions using MATLAB, Simulink, and Stateflow.
- Requirements Analysis & Traceability – Ability to analyze software and system requirements, maintain requirement traceability, and ensure alignment between requirements, implementation, and verification activities.
- Experience executing Model-in-the-Loop (MIL) and Software-in-the-Loop (SIL) testing to verify software functionality and validate requirements
- Software Debugging & Defect Analysis – Ability to investigate software issues, perform debugging, analyze root causes, and support timely resolution of defects.
- Embedded Software Development – Understanding of embedded software development lifecycle, software architecture, coding practices, and verification activities for automotive applications
Knowledge & Skills DESIRED:
- Python Programming – Experience developing scripts to support automation, data analysis, test execution, and engineering productivity improvements.
- Automotive Communication Protocols (CAN, J1939, UDS) – Understanding of vehicle communication networks and diagnostic protocols used in software development, testing, and troubleshooting activities.
- ASPICE & ISO 26262 – Knowledge of automotive software development processes and functional safety standards, with the ability to follow established compliance requirements.
- Configuration Management Tools – Experience using version control and configuration management tools to support software development and change management activities.
- Automotive Embedded Systems – Knowledge of ECU software architecture, vehicle functions, and interactions between embedded systems within automotive applications
Competencies and Behaviours:
- Demonstrates responsibility and accountability for assigned tasks and deliverables while working within established processes and guidance.
- Apply analytical thinking and problem-solving skills to identify issues, evaluate options, and support effective technical solutions.
- Demonstrates effective verbal and written communication skills and collaborates productively with multidisciplinary and cross-functional teams.
- Effectively plans and manages assigned work, prioritizes tasks, and supports project objectives within defined timelines.
- Exhibits learning agility, continuously develops technical competencies, and readily adopts new tools, technologies, and engineering methodologies.
- Maintains a strong commitment to quality, process compliance, continuous improvement, and engineering best practices while supporting customer and business objectives.
