Engineer, Simulation

Engineer, Simulation

Job Summary:

In addition, the engineer will mentor and support junior developers while working closely with cross-functional teams and external partners to drive the development and implementation of new software solutions. Maintaining clean, well-documented code while adhering to best practices in software quality, security, and performance is essential.

• Develop and maintain EV and Connected Vehicle simulation models in MATLAB/Simulink or similar tools to enable early validation of control strategies and system behavior.
• Generate and refine system and component requirements using simulation results such as energy, thermal, communication, and dynamic performance.
• Create and manage plant models, virtual ECUs, and subsystem simulations to support SIL/HIL testing and model-based design workflows.
• Apply automotive modeling standards (e.g., MAAB) and best practices to develop simulation strategies optimized for ENC’s requirements.
• Evaluate and implement simulation tool chains, frameworks, and modeling methodologies that improve model fidelity, maintainability, and reusability across engineering teams.
• Actively incorporate advanced technologies into simulation models and analytical methods to drive competitive in-house computing (e.g., AI and Machine Learning).
• Collaborate with backend, cloud, controls, and software teams to ensure simulation outputs support algorithm development, verification, and system‑level optimization.
• Troubleshoot software‑related issues in components, communication, and vehicle systems.
• Resolve complex technical challenges in component development, system integration, and deployment.
• Improve software engineering processes through standardized procedures, documentation and related tools.
• Proactively mitigate project delays by providing short‑term solutions for design/implementation issues.
• Support system configuration, including installation, training, and setup for end‑users or internal stakeholders.
• Collaborate with cross‑functional teams (e.g., Sales, Manufacturing, Service) to design, implement, and troubleshoot new technologies/features.
• Participate in business travel for engineering purposes, including international trips (e.g., to China) as needed.

• Deep understanding of vehicle system behavior, EV powertrain fundamentals, and connected vehicle interactions from a simulation and modeling standpoint.
• Ability to translate vehicle‑level and subsystem‑level requirements into model specifications, simulation assumptions, validation criteria, and measurable performance metrics.
• Proficiency in creating simulation documentation, including model design specs, signal/interface definitions, and verification‑oriented UML/SysML diagrams.

• Extensive knowledge of model‑based design, including plant modeling, control‑model development, numerical methods, simulation workflows for SIL/HIL environments, and the application of AI/ML techniques.
• Experience applying automotive modeling standards (e.g., Modeling best practices) to select approaches balancing fidelity, maintainability, and computational efficiency.
• Proficiency with simulation and development tool chains (e.g., MATLAB/Simulink, Git Hub, model validation tools, automation scripts, CI/CD for model pipelines).
• Understanding of system‑level integration, enabling effective collaboration with controls, embedded software, telematics, and backend/cloud teams using simulation outputs.

• Strong capability for root cause analysis across vehicle networks, embedded components, cloud interfaces, and telematics systems.
• Advanced debugging and troubleshooting skills for embedded software, communication interfaces, and distributed systems.
• Ability to analyze performance, timing, resource usage, and system bottlenecks, and to guide teams toward optimized and scalable software solutions.

• Strict adherence to software safety standards and regulations (e.g., ISO
  26262)
• Precision‑focused approach to software validation
• Implementation of quality control measures for software…