The Electrical Test Engineer is responsible for the design, development, maintenance, and continuous improvement of electrical test systems used to validate generator, control system, and related power product technologies.
Compensation
The Salary range for this position is $76,050.00-$96,050.00.The specific Salary rate offered to a candidate may be influenced by a variety of factors including the candidate’s experience, their education, and the work location.
Responsibilities
Design, develop, and implement electrical test systems, data acquisition (DAQ) platforms, and load control systems that support product development, verification, validation, durability, and reliability testing.
Create and maintain electrical schematics, wiring diagrams, panel layouts, and technical documentation to ensure accurate system design, maintenance, and regulatory compliance.
Integrate instrumentation, sensors, controllers, PLCs, HMIs, and communication networks required for laboratory testing and automated system operation.
Lead the specification, procurement, installation, and commissioning of new laboratory equipment and test infrastructure to expand testing capabilities.
Troubleshoot and resolve electrical, electromechanical, automation, and control system issues to minimize downtime and maintain laboratory productivity.
Requirements
Bachelor's degree in Electrical Engineering, Electronics Engineering, Mechatronics Engineering, or a related technical discipline from an ABET accredited institution.
Senior Engineer responsible for developing and integrating virtual ECU components for L3 ADAS systems within Magna Electronics’ automotive technology portfolio.
Responsibilities
Develop and integrate vECU components (middleware, interfaces, communication stacks) for L3 ADAS functions
Model, simulate, and validate ECU behavior in SIL/MIL environments (dSPACE, ETAS, NI, Vector)
Integrate ADAS feature code with AUTOSAR Classic/Adaptive, ROS2, DDS, and real-time frameworks
Create and maintain build pipelines for vECUs (CMake/Bazel/Yocto)
Enable virtual testing using scenario-based simulation (CarMaker, PreScan, CARLA)
Requirements
Bachelor’s or master’s degree in computer science, Data/Software Engineering, or related field
The Vehicle Network and Diagnostics Validation Engineer will work within the vehicle software team, validating serial communication and diagnostics solutions across the bench, HIL, and vehicle.
Responsibilities
Develop and execute test plans, test cases, and validation strategies for vehicle communication and diagnostic requirements
Build and maintain bench, HIL, and vehicle-level test setups, including residual bus simulation, fault injection, and restbus configurations
Validate CAN vehicle communication database (.DBC) files and diagnostic content (.CDD) files against the vehicle communication matrix and ECU implementations
Support communication requirements review, homologation testing, and validation traceability
Validate the fault code management strategy, including DTC setting and clearing conditions, aging and healing, snapshot records
Supports development, validation, and delivery of production-ready onboard diagnostics calibrations across various vehicle powertrain technologies.
Compensation
We offer attractive, competitive compensation and benefits including, medical, dental, 401k, short-term disability, AD&D, tuition reimbursement, and more.
Responsibilities
Develop specialized expertise in major OBD monitors and diagnostic systems; provide technical support across vehicle programs and powertrain technologies.
Partner with program and commodity calibration teams to deliver OBD calibrations, design verification signoffs, and other program deliverables on time and with quality.
Support OBD feature calibration and vehicle testing, including data collection and processing, to meet applicable monitoring requirements and address warranty improvement actions.
Analyze development, signoff, and quality data to identify hardware, software, or calibration concerns; determine root causes; and support effective solutions.
Develop or improve data-processing tools and scripts to enable efficient analysis, evaluate diagnostic robustness, and establish clear measures of success.
Requirements
Bachelor's degree in mechanical, electrical, automotive, or computer engineering, or computer science.
Master's degree in engineering.
Nice to have: At least 5 years of OBD calibration experience
Nice to have: Experience analyzing quality data, identifying root causes, and implementing fixes for field issues
Technical lead role for ADAS development, coordinating with OEMs and Tier 1/2 suppliers, handling ECU requirement analysis, specification development, and quality/evaluation activities.
Responsibilities
Technical Coordination and Development Promotion with OEMs and Tier 1/Tier 2 Suppliers
Requirement analysis, specification development, and review for in-vehicle ECUs
Lead quality and evaluation activities, such as test planning and defect analysis
Support OEMs in technical development and evaluate the validity of supplier deliverables
The OBD Core Calibration Engineer supports the development, validation, and delivery of production-ready onboard diagnostics (OBD) calibrations across gasoline, diesel, hybrid electric, and battery electric vehicle applications. Working with program, commodity, compliance, and simulation teams, this role helps deliver robust diagnostics on schedule and support applicable regulatory and quality requirements.
Skills Required Testing, Calibration, Testing - Vehicle emissions testing, OBD DV testing, on-road vehicle evaluation, calibration engine diagnostic/OBD feature calibration.
Skillset Preferred: Python, Simulink, Python - Data analysis using Python, including data recorded with vehicle calibration tools such as ATI Vision or ETAS INCA. Simulink - Ability to read and understand engine controls features coded in Simulink.
Experience Required
1. Bachelor's degree in mechanical, electrical, automotive, or computer engineering, or computer science.
2. 2 years of powertrain calibration and/or OBD calibration experience, including program delivery through launch and quality feedback
3. Understanding of combustion engine operation and basic engine and powertrain control systems. • Understanding of worldwide OBD regulatory requirements.
4. Proficiency with calibration tools, including ETAS and/or ATI.
5. Strong data analysis skills, including knowledge of statistics, and the ability to solve complex technical problems.
6. Strong teamwork, interpersonal, written communication, and verbal communication skills.
7. Self-motivated and able to manage multiple tasks in parallel, with an interest in gasoline, diesel, hybrid electric, and battery electric technologies.
8. Valid driver's license and ability to travel to remote locations for development testing as needed.
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