- Salary
- $120k – $160k
- Location
- Cockeysville, MD, US
- Type
- Full-time
- Department
- Management
- Experience
- 7+ years
- Education
- Master
- Visa
- Not sponsored
- Closing date
- Today
- Source
- iCIMS
Description
All About You
Shape the Future of Advanced Battery Systems
Saft is developing next-generation battery systems for defense and mission-critical applications, combining advanced energy storage capabilities with advanced battery monitoring and control technology. The next generation battery systems will have a strong focus on robust architecture, electrical design implementation, system integration, safety, and validation.
As part of this effort, the role will contribute to the maturation of advanced battery system solutions for new market segments.
We are seeking a highly motivated Systems Engineer with a strong Electrical Engineering background to help define, implement and validate innovative battery system architectures. The successful candidate will combine systems engineering discipline with hands-on electrical design capability, contributing directly to system architecture, requirements management, electrical interfaces, power conversion integration, verification and validation activities.
This position requires candidate MUST BE A US CITIZEN OR GREEN CARD HOLDER
Your Mission
As Product Development Systems Engineer, you will be responsible for the end-to-end systems engineering process for advanced battery system development, leading to operation prototype, testing and validation.
You will serve as a technical contributor and leader responsible for aligning battery systems, electrical design, power electronics, controls, embedded interfaces, safety functions and system integration activities into a cohesive product architecture.
The role requires a high level of autonomy and practical engineering ownership. You will be expected not only to structure and coordinate systems engineering activities, but also to directly implement, review and validate portions of the electrical and system design.
Requirements
Required Qualifications
Education
- Bachelor's or Master's degree in Systems/Electrical Engineering or a closely related engineering discipline (electronics engineering, computer engineering, mechatronics engineering, etc)
Experience
- Minimum 7 years of experience in complex product development, including hands-on electrical or systems design responsibilities.
- Experience progressing products through development and validation phases.
- Experience in the energy storage system is a plus.
- Demonstrated success in working with a multidisciplinary engineering program
- Practical experience implementing or reviewing electrical designs, schematics, wiring diagrams, protection concepts or power conversion interfaces is highly desirable.
- Experience writing technical specifications/ proposal is a plus
Technical Expertise
Experience in several of the following areas:
- Systems Engineering (V-Cycle)
- Experience in Battery Systems and Battery Management Systems is highly desirable.
- Familiarity with Power Electronics and Power Conversion
- Electrical architecture, circuit design, interface definition and prototype testing
- System Integration and Verification
- Good understanding of Functional Safety and Risk Analysis is required
- Experience with Requirements Management Tools (Example: IBM Doors, PTC Codebeamer)
- Experience with Defense, Aerospace or Mission-Critical Systems
- Battery Cell Electrochemistry understanding and tradeoff awareness will be helpful
Desired Qualities
- Strong technical leadership and decision-making capability.
- High degree of autonomy, with the ability to take ownership of activities from definition to execution in an early-stage development context.
- Excellent communication and stakeholder management skills.
- Ability to influence teams without direct authority.
- Customer-focused mindset.
- Comfortably operating in a fast-paced development environment.
- Passion for innovation and technology maturation.
- MUST BE A YS CITIZEN OR GREEN CARD HOLDER
Responsibilities
Key Responsibilities
Systems Engineering Leadership
- Identify, value and prioritize, together with marketing and product managers, the targeted applications for advanced battery systems.
- Define and run systems engineering activities for advanced battery system development programs.
- Define and maintain system requirements, functional architectures and interface specifications.
- Establish technical roadmaps to progress early prototypes toward industrialized product solutions.
- Ensure traceability between requirements, design solutions and validation results.
Architecture & Product Development
- Develop the overall system architecture for advanced battery system platforms.
- Defining key electrical and system interfaces between major functional blocks.
- Battery modules and battery assemblies
- Battery management and supervisory control systems
- Power electronics
- External electrical and communication interfaces
- Conduct technical trade studies and design reviews.
- Contribute directly to electrical architecture, interface design, component selection, schematic review and prototype implementation activities.
- Identify and evaluate new technologies for inclusion into next generation systems; including new integrated circuits & architectures, design methods & tools, and build models, simulations & prototypes.
- Identify opportunities to create products that build the business
Verification, Validation & Integration
- Define verification and validation strategies.
- Lead integration activities across hardware, software and control systems.
- Participate and support hands-on debugging, electrical testing, troubleshooting and design iteration during prototype build and integration phases.
- Coordinate laboratory, HIL, prototype and demonstration testing.
- Ensure technical readiness at major program milestones.
Safety & Compliance
- Gain understanding of compliance process and develop strategies for effective certifications
- Lead system-level hazard analyses and risk assessments.
- Define system protection strategies and fault management approaches.
- Support compliance with applicable military, aerospace and industry standards.
Cross-Functional Collaboration
- Interface with engineering teams in Cockeysville, Valdosta and Bordeaux, France
- Support project planning, technical reviews
- Work closely with design engineers while personally contributing to selected technical work packages where electrical or systems expertise is required.
- MUST BE A YS CITIZEN OR GREEN CARD HOLDER
What We Offer
What Success Looks Like
Within the first 18 months, you will:
- Successfully support advanced battery system development through key technology demonstration activities.
- Establish a robust systems engineering framework for the program.
- Deliver a validated system architecture supported by clear electrical interface definitions and prototype test evidence.
Why Join Saft?
This is a unique opportunity to contribute to the development of advanced battery systems that combine energy storage, power electronics, embedded controls and intelligent safety functions. You will work with an international team of experts and directly influence the future of Saft's next-generation energy solutions.
Join us and help shape the future of resilient, intelligent battery systems.
About Us
Saft is a global battery company like no other! Our long experience and pioneering spirit, combined with our unique industrial approach, puts us in a leading position to meet the needs of the most demanding customers. Our batteries and battery systems make a different in every market sector they serve.
Established in 19 countries and supported by our 16 production sites, Saft has more than 4,300 employees around the world and more than 3,000 customers across a range of industries.
Since 2016, Saft is a wholly owned subsidiary of TotalEnergies, a global integrated energy company that produces and markets various forms of energy, including oil, biofuels, natural gas, green gases, renewables, and electricity. With 100,000 employees, TotalEnergies is committed to provide reliable, affordable, and sustainable energy to as many people as possible. The company operates in approximately 120 countries and places sustainability at the core of its strategy, projects, and operations.
