Automotive Test Engineer For Automation

As an Embedded Software Test Engineer, you will be responsible for the following:

• Experience in embedded controller networks (CAN, LIN) and the use of ECU diagnostic and network communication tools to verify and troubleshoot distributed vehicle systems (e.g. CANoe, CANalyzer, Vehicle Spy)
• Software quality assurance certification applicable to embedded software (ISO 26262 - Functional Safety, Automotive SPICE, ISTQB, ASQ, TMMi, etc.)
• Familiarity with setting up test environments using LABCAR and test execution using the same
• Experience in development and execution of functional test procedures within a software or vehicle testing organization
• Experience with development and verification of embedded software using hardware in the loop equipment and software (E.g. dSpace, National Instruments)
• Ability to develop software with compiled and interpreted languages including Python, perl, CAPL etc.
• Knowledge of software testing or quality assurance methodologies
• Ability to read and understand electrical and functional specifications of embedded controllers, wiring, switches, sensors and actuators
• Ability to use MS Excel, Project, PowerPoint, Visio (SharePoint preferred)

Candidate Qualifications:

The successful candidate for this position should ideally possess the following qualifications:

• Bachelor - Electronics & Communication Engineering (Required) / EEE / CS
• Master - Electronics Engineering (Preferred)
• Minimum 5-8 years of experience

Required Skills:

The following technical skills are required for this position:

• Embedded controller networks (CAN, LIN)
• SPICE, ISTQB, ASQ, TMMi

Preferable Skills:

The following skills are preferable for this position:

• Perl or Python Scripting
• dSpace hardware architecture, design, setup and troubleshooting

Intepersonal Skills:

The successful candidate for this position should possess the following interpersonal skills:

• The ability to work with cross functional, multi regional, internal and external teams that can have different priorities
• Ability to manage urgent situations and manage priorities
• Tolerance to ambiguity and dealing with complex engineering problems
• Ability to make decisions with minimal supervision and limited information
• Clear and concise spoken and written communication skills are critical for this position since the engineer is responsible for gathering engineering requirements, negotiating during tradeoff analysis and documenting testing solutions.