Job Summary :

Join our dynamic engineering team as a Verification & Validation Engineer, where you will play a pivotal role in ensuring the quality and reliability of cutting-edge software and embedded systems for heavy machinery and industrial applications.

This position offers the opportunity to work hands-on with advanced automation frameworks, simulators, and real-world test benches, directly impacting the performance and safety of mining, drilling, and construction equipment.

Key Responsibilities :

- Design, develop, and maintain scalable Python-based automation frameworks and test suites for functional, regression, integration, and performance testing.

- Create automated test scripts using Robot Framework, Selenium, and other relevant libraries to validate software, UI, and embedded system functionalities.

- Define and implement comprehensive verification and validation strategies, including detailed test plans, test cases, and coverage metrics across software and integrated machine-level systems.

- Conduct hands-on system and machine-level validation activities on mining, drilling, and construction equipment, simulators, test benches, and integrated test rigs.

- Validate hardware-software integration encompassing sensors, I/O interfaces, hydraulics, engines, actuators, and machine control systems.

- Analyze machine behavior, system response, and performance against functional and safety requirements to identify deviations and recommend improvements.

- Perform debugging, log analysis, defect investigation, and root-cause analysis to resolve issues across software and integrated systems.

- Integrate automated testing solutions with CI/CD pipelines using Azure DevOps to support continuous verification and regression testing.

- Manage test cases, track defects, and coordinate validation activities using Jira or equivalent test management tools.

- Collaborate closely with developers, system engineers, product owners, and cross-functional teams to drive defect resolution and enhance product quality.

- Lead test reviews, defect triage sessions, validation discussions, and technical problem-solving initiatives, while mentoring junior engineers on best practices in testing.

- Ensure strict adherence to validation standards, safety protocols, and field-testing guidelines relevant to heavy machinery applications.

Required Skills and Qualifications :

- Minimum of 3 years' experience in verification, validation, software testing, system testing, or automation engineering roles.

- Strong expertise in Python-based test automation, including the development of reusable test scripts and frameworks.

- Hands-on experience with Robot Framework, Selenium, and other automation/testing libraries.

- In-depth understanding of system-level and hardware-software integration testing methodologies.

- Proven experience in machine, embedded system, test-bench, simulator, or integrated-system validation.

- Familiarity with communication protocols such as CAN, J1939, LIN, and Ethernet.

- Strong troubleshooting skills with the ability to perform root-cause analysis, log analysis, and debugging effectively.

- Practical knowledge of Git, CI/CD pipelines, Azure DevOps, automated testing workflows, and software version control.

- Experience working within Agile, Scrum, or Kanban development environments.

- Excellent written and verbal communication skills.

Preferred Qualifications :

- Experience in the mining, construction, heavy machinery, automotive, or industrial control systems industries.

- Knowledge of functional safety standards and machine safety requirements.

- Familiarity with Docker or containerized test environments.

- Exposure to hardware-in-the-loop (HIL) testing, simulators, test rigs, or other machine-level validation setups.

- Experience in automated deployment and continuous testing environments.

- Agile/Scrum certification or demonstrated ownership of testing processes.

- Strong exploratory mindset with a passion for quality, automation, system-level debugging, and continuous process improvement.

- Prior experience working in a global, customer-facing engineering environment.