Test Engineer

Key Responsibilities

• Review requirements and prepare traceable test cases, procedures, and test data.
• Execute functional, integration, interface, regression, and fault-injection tests on testbenches, simulators, target hardware, or vehicles.
• Record results, logs, and evidence; compare actual behavior with expected results.
• Follow laboratory safety, electrical safety, EHS, and configuration-management requirements.
• Report, reproduce, and track defects with clear evidence and reproduction steps.
• Support defect analysis with developers and system engineers, then retest corrections.
• Prepare accurate test records, reports, and verification status updates.
• Communicate progress, blockers, risks, and deviations to the Test Lead.
• Develop and maintain basic Python scripts for repeatable laboratory and regression testing.
• Use engineering tools, logs, and Eclipse or similar environments for integration support and analysis.
• Contribute to reusable test assets, improved test coverage, and efficient test methods.
• Work in a structured, collaborative, and safety-conscious manner, with ownership of assigned activities.
• Deliver accurate, traceable, and timely test results and defect reports.
• Build technical independence, maintain reusable automation, and progressively own a defined TCMS test scope.
• Work may involve test racks, electrical equipment, and vehicle hardware; occasional project travel may be required.
• Be a team player and work across teams.

Qualifications & Tech Stack

• Bachelor's degree or diploma in Electrical, Electronics, Computer Science, Railway, Mechatronics, Instrumentation, or a related discipline.
• Internship, academic project, or up to five years of experience in embedded systems, software testing, integration, or railway engineering is preferred.
• Basic knowledge of software testing, verification and validation, embedded systems, and control systems.
• Ability to understand technical requirements, interfaces, and system behavior.
• Awareness of test-design methods such as boundary-value, equivalence-class, negative, and state-transition testing.
• Basic Python or scripting knowledge and ability to analyze logs and test outputs.
• Good English communication, technical documentation, and problem-solving skills.