Lead Systems Engineer - Model-Based Systems Engineering (MBSE)

Introduction

In this high-impact role, you will be part of the lead architect team for the foundational electrical architectures of our future global platforms. This isn't just about circuits and connectors — it's about blueprinting complex, intelligent electrical architectures that must remain resilient under every conceivable condition. You will solve "first-of-their-kind" technical challenges, bridging the gap between advanced hardware design and high-level systems logic. If you are passionate about defining electrical architectures of vehicles for the 2030s and beyond, this is your opportunity to leave a lasting mark on the industry.

Required Skills & Qualifications (Must-have qualifications that candidates must meet to be considered)

• Expert-level understanding of Systems Engineering principles (e.g., requirement decomposition, V-model, interface management, FMA, verification).
• Theoretical and practical knowledge of electrical networks and architectures.
• Understanding the application of ISO 26262 functional safety standards in a systems or hardware context.
• Capability to effectively utilize AI tools and methods for architectural optimization or system analysis.
• Prior work experience in the automotive industry or with complex electrical systems.

Applicants must be able to work directly for Artech on W2

Preferred Skills & Qualifications (Nice-to-have skills but are not required)

• Master’s degree or Ph.D. in Electrical Engineering, Computer Engineering, Systems Engineering, Aerospace Engineering, Mechanical Engineering, Physics, or a closely related technical field.
• 5 years of experience blueprinting complex vehicle electrical architectures or high-reliability power grids.
• Proficiency in Model-Based Systems Engineering (MBSE).

Day-to-Day Responsibilities (key tasks and expectations for the role)

• Define and evolve next-generation electrical architecture concepts from advanced driver-assistance systems to fully electrified platforms.
• Translate emerging technology trends and customer needs into scalable, forward-looking architecture strategies that keep the company at the cutting edge.
• Utilize a rigorous systems engineering methodology to translate abstract vehicle-level goals into concrete hardware architecture requirements.
• Own the requirement cascade from the vehicle level down to individual power supply components and subsystems.
• Own the lifecycle of technical requirements from creation through verification and closure, ensuring traceability across every level of the architecture.

For immediate consideration please click APPLY to begin the screening process with Alex.