Embedded Software Engineer (Level DOE)

About the Role

Key Responsibilities

• Work with a team of software engineers to design embedded modules
• Create cost-effective ruggedized solutions that can be used across product lines
• Engage with suppliers and manufacturing partners to develop technical relationships
• Implement functional safety per off-highway standards
• Guide team on ambiguous hardware interactions and system integration issues
• Investigate transcending system interactions of hardware and software from inputs of operator and machine through outputs affecting vehicle responses
• Participate in development of strategic embedded hardware roadmaps to support enabling technologies for products
• Write technical, functional, and performance specifications
• Devise systems involving redundancy, interlocks, and sequencing
• Demonstrate precision in both execution and decision-making rationale
• Foster a culture of creativity and support diversity of thought, innovation, and excellence within the role

Requirements

• Bachelor's Degree in Electrical, Computer, Software, or equivalent Engineering discipline
• 2+ years of experience
• Strong oral and written communication skills
• Proficient with test instrumentation and data acquisition such as oscilloscopes
• Familiarity in CAN J1939, LIN, and 100BASE-T1 communication protocols and physical layers
• Experience with controller input and output stages such as in body electronics
• Knowledge of internal combustion vehicle systems and related electrical functionality
• EV and High-Voltage componentry familiarity including inverters, BMS, DC/DC, and chargers
• Circuit simulation skills with LTspice, MATLAB Simulink, or similar
• Ability to quickly digest semiconductor datasheets
• Microcontroller involvement especially ARM Cortex
• < 10% travel

Nice to Have

• Familiarity with embedded software development using C, C++, and model-based development (MATLAB/Simulink)
• Use of Vector Canalyzer hardware and software tools
• Implementations of control system methodologies both theoretical and practical
• S-domain and Z-domain analysis capabilities
• Understanding of electro-hydraulic circuitry
• Knowledge of printed circuit board assembly design and manufacturing
• Demonstrated design of vehicle electronic architectures conducive to efficient data transfer and security paradigms
• Ability to communicate technical content and proposed solutions to greater organizations
• Fundamental understanding of statics and dynamics
• Exposure to motor control theory and resulting physical solutions
• Functional Safety exposure in ISO 19014, 13849, 26262
• Vehicle electrical system test familiarity with ISO 16750-2, 7637-2, and other related standards
• Test and design experience for both ElectroMagnetic Compatibility and ElectroStatic Discharge
• Interest in mechanical loads and environmental tests of componentry