Senior Battery Systems Engineer - Defense & Aerospace

Saft; Cockeysville, Northern (MD, KY); Hybrid; USD 90,000 - 115,000; Full time

Benefits offered by this job

Healthcare

Wellness program

401K retirement plan

Education assistance

Paid holidays

Parental leave

Paid vacation

Job summary

Saft is seeking a Systems Engineer with a strong Electrical Engineering background to define, implement and validate robust battery system architectures. The role combines systems engineering discipline with hands-on electrical design, contributing to requirements management, interfaces, power conversion integration and verification.

Responsibilities span architecture, integration, testing, and risk analyses within defense and mission-critical contexts, with collaboration across international

Qualifications

• Minimum 3 years of experience in complex product development with hands-on electrical or systems design.
• Experience leading multidisciplinary engineering programs.
• Experience progressing products through development and validation phases.
• Practical experience reviewing electrical designs, schematics, wiring diagrams or power conversion interfaces.

Responsibilities

• Identify and prioritize target applications for advanced battery systems with stakeholders.
• Define and run systems engineering activities for advanced battery development programs.
• Define and maintain system requirements, functional architectures and interfaces.
• Establish technical roadmaps to mature prototypes into industrialized solutions.
• Lead verification, validation and integration across hardware, software and control systems.

Skills

Systems Engineering

Battery Systems

Power Electronics

Electrical Architecture

Requirements Management

Leadership

Education

Bachelor's or Master's in Electrical Engineering

Systems Engineering

Tools

Model-Based Systems Engineering

Requirements Management Tools

Job description

Saft is seeking a Systems Engineer with a strong Electrical Engineering background to define, implement and validate robust battery system architectures. The role combines systems engineering discipline with hands-on electrical design, contributing to requirements management, interfaces, power conversion integration and verification.

Responsibilities span architecture, integration, testing, and risk analyses within defense and mission-critical contexts, with collaboration across international