Develop software test automation solutions for embedded control systems, dedicating approximately half of your time to designing, implementing, and maintaining automated test scripts.
Coordinate daily with offshore engineering teams, spending roughly half of your time aligning schedules, expectations, and deliverables across global locations.
Facilitate clear and consistent communication between the onshore team and offshore teams to ensure shared understanding of requirements, test plans, and project goals.
Coordinate and clarify system and software requirements, defining software-in-the-loop (SIL) and hardware-in-the-loop (HIL) boundaries and establishing test priorities based on project needs.
Configure, maintain, and execute the pilot HIL framework, ensuring test environments are correctly set up and optimized for accurate and repeatable testing.
Assist in technical mentoring of offshore team members by providing guidance on test strategies, tools, frameworks, and best practices.
Review test cases, test scripts, and test reports to ensure completeness, accuracy, and alignment with requirements and verification and validation standards.
Execute HIL scripts and perform bench activities, including running tests, monitoring results, and troubleshooting issues in the test environment.
Mentor junior-level engineers by sharing technical knowledge, offering feedback, and supporting their professional growth, without having formal direct reports.
Collaborate with cross-functional teams to scope questions effectively, clarify ambiguous requirements, and ensure that test objectives are well-defined and achievable.
Act assertively and proactively to identify issues, propose solutions, and drive actions to resolution with minimal oversight.
Apply a strong understanding of verification and validation concepts, including functional, performance, and regression testing, as well as boundary conditions and positive and negative test cases.
Analyze and interpret system and software requirements to design effective test strategies and identify potential gaps or inconsistencies.
Use test equipment and tools to support HIL and SIL testing activities, ensuring accurate measurement and data collection during test execution.
Essential Skills
Bachelor's degree in Electrical Engineering, Computer Science, Computer Engineering, or a closely related field.
Hands-on experience developing test scripts in Python for automation and verification of embedded or control systems.
Experience using Opal-RT or similar platforms for hardware-in-the-loop (HIL) testing of embedded control systems.
Practical experience with HIL testing methodologies, including configuration, execution, and analysis of test results.
Knowledge and experience with controller area network (CAN), J1939, and other data link communication protocols used in embedded and industrial systems.
Strong understanding of common software verification and validation concepts, including functional testing, performance testing, regression testing, boundary condition testing, and positive and negative test cases.
Experience analyzing and interpreting system and software requirements to develop test plans, test cases, and test scripts.
Ability to read and understand hardware schematics to determine input/output and communication port connections for test setups.
Experience working with off-highway heavy machinery, automotive systems, industrial controls, or other industries that utilize SIL and HIL for testing embedded control systems.
Strong communication skills with the ability to explain technical information clearly to diverse audiences, including global and culturally diverse teams.
Good organizational and time management skills, with the ability to prioritize tasks and manage multiple activities effectively.
Demonstrated ability to identify needed actions and independently act to resolve issues with minimal supervision.
Ability to work effectively with different types of colleagues and stakeholders, adapting communication style as needed.
Capability to scope questions well, asking precise and targeted questions to clarify requirements and resolve ambiguities.
Assertive approach to collaboration and problem-solving, while maintaining professionalism and respect in all interactions.
Self-starter mindset with a high level of motivation and initiative