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Battery Matlab Simulink Jobs (NOW HIRING)

Stellantis

Battery Management Engineer

Auburn Hills, MI · On-site

Develop and implement model based HV battery controls and core battery algorithms using Matlab/Simulink/StateFlow. * Validate model-based designs (MIL & SIL) * Ability to analyze auto generated code ...

Also, Inc.

$220K - $260K/yr

ALSO is looking for a Battery Controls Engineer to play a pivotal role in developing battery ... Build and validate system models in MATLAB/Simulink/Stateflow for control development and ...

ALSO

Controls Engineer, Battery and BMS

Palo Alto, CA · On-site

$220K - $260K/yr

ALSO is looking for a Battery Controls Engineer to play a pivotal role in developing battery ... Build and validate system models in MATLAB/Simulink/Stateflow for control development and ...

Stellantis

Battery Management Engineer

Auburn Hills, MI · Hybrid

Develop and implement model based HV battery controls and core battery algorithms using Matlab/Simulink/StateFlow. * Validate model-based designs (MIL & SIL) * Ability to analyze auto generated code ...

Stellantis

Battery Management Engineer

Auburn Hills, MI · On-site

Develop and implement model based HV battery controls and core battery algorithms using Matlab/Simulink/StateFlow. * Validate model-based designs (MIL & SIL) * Ability to analyze auto generated code ...

Stellantis

Battery Management Engineer

Auburn Hills, MI · Hybrid

Develop and implement model based HV battery controls and core battery algorithms using Matlab/Simulink/StateFlow. * Validate model-based designs (MIL & SIL) * Ability to analyze auto generated code ...

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How much do battery matlab simulink jobs pay per hour?

As of Sep 10, 2026, the average hourly pay for battery matlab simulink in the United States is $51.20, according to ZipRecruiter salary data. Most workers in this role earn between $38.94 and $62.50 per hour, depending on experience, location, and employer.

What is a Battery Matlab Simulink engineer?

A Battery Matlab Simulink engineer specializes in modeling, simulating, and analyzing battery systems using Matlab and Simulink software. They develop and validate battery management algorithms, simulate battery behavior under various operating conditions, and optimize battery performance for applications such as electric vehicles or energy storage systems. Their work helps ensure batteries are safe, efficient, and reliable, often collaborating with multidisciplinary teams in research and product development environments.

What are the key skills and qualifications needed to thrive as a Battery Matlab Simulink engineer?

To thrive as a Battery MATLAB/Simulink Engineer, you need a solid background in electrical engineering, battery systems, and advanced proficiency in MATLAB and Simulink, often supported by a relevant degree. Expertise in simulation, model-based design, and familiarity with battery management systems (BMS) or tools like Stateflow is typically required. Strong analytical thinking, problem-solving abilities, and effective communication are soft skills that make candidates excel in this role. These skills ensure accurate modeling, efficient collaboration with cross-functional teams, and the development of robust battery solutions critical to automotive and energy sectors.

What are the main challenges faced when modeling battery systems using Matlab Simulink in an engineering role?

One of the primary challenges is accurately capturing the complex electrochemical behavior of batteries within the Simulink environment, which often requires deep domain knowledge and validation against real-world data. Engineers also need to ensure that their models are computationally efficient for simulation, especially when integrated into larger system models such as electric vehicles or energy storage systems. Additionally, collaborating with cross-functional teams—such as hardware engineers and data analysts—can be critical to align simulation outcomes with practical performance requirements and testing data.

What is the difference between Battery Matlab Simulink vs Battery Engineer?

AspectBattery Matlab SimulinkBattery Engineer
CredentialsProficiency in Matlab/Simulink, engineering backgroundEngineering degree, often in electrical or mechanical engineering
Work EnvironmentSimulation and modeling using Matlab/Simulink softwareDesign, testing, and development of battery systems in labs or industry
Industry UsageUsed by engineers for modeling and simulationDesigning and managing battery systems in manufacturing or R&D

Battery Matlab Simulink involves using software tools for modeling and simulating battery behavior, while a Battery Engineer focuses on designing, testing, and developing actual battery systems. Both roles require technical knowledge, but one is software-focused, and the other is hands-on engineering.

What other helpful pages are available for Battery Matlab Simulink?

Other pages related to Battery Matlab Simulink:

Infographic showing various Battery Matlab Simulink job openings in the United States as of September 2026, with employment types broken down into 100% Full Time. Highlights an 100% Hybrid job distribution, with an average salary of $106,503 per year, or $51.2 per hour.

Vehicle Power Systems Design Engineer (Motor, Battery, Matlab, Simulink) No Visa sponsorship

Sterling Heights, MI • On-site

Detroit Engineered Products
Motor Vehicle Manufacturing • 51 - 200 employees
Learn more about Detroit Engineered Productsexternal

Other

This job post has expired 1 day ago. Applications are no longer accepted.

Key responsibilities

  • Lead power system design and development efforts, including power subsystem integration, architecture decisions, and advanced technology trade studies.

  • Develop and integrate CAE models for complex hybrid electric systems to evaluate system performance under various external factors.

  • Create and review documentation such as SSDD, SRS, CAN ICDs, and participate in internal and customer demonstrations.

Job description

Responsibilities to Anticipate:
  • Lead Power system design and development efforts regarding a mix of advanced capabilities, including but not limited to:
    • Power subsystem design and integration
    • Power system Architecture Decisions
    • Advanced Technologies trade studies
  • Work internally and externally with vendors/partners to integrate functionality of their systems/subsystems seemingly onto Client platforms
  • Develop CAE models for complex hybrid electric systems - Integration of HV Battery, ISG, E-Motor, DC/DCs, power distribution devices into a Power subsystem model
  • Creation and integration of CAE models into a power subsystem model to dynamically evaluate system performance for various external factors (Drive cycles, tolerances, loading profiles, environmental and road load conditions etc.)
  • Perform a component and system sizing analysis for various conditions based on customer requirements
  • Understanding of features/systems requirements and the ability to translate the requirements into validation test procedures and use cases
  • Provide direction for team members including technology roadmaps and mentorship.
  • Approve/Develop documentation, SSDD, SRS, CAN ICDs and other artifacts for implementation to the power hardware production team
  • Participate in internal and customer demonstrations
  • Work closely with cross functional members of the engineering organization to develop and evaluate critical interfaces, use cases, drive cycles profiles, operational performance requirements, and design of the overall system
  • Participate in peer reviews, identify, track and assess solutions to defects
  • Conduct research and evaluation of emerging technologies in Hybrid Electric Systems (HV Batteries, E-motors, Power electronic devices and architectures, methodologies, and integration strategies

Position Requirements:
  • Bachelor's or Master's, Electrical Engineering, Electrical Power Systems or related technical field
  • 10 years plus in a related role is desired.
  • Experience with electrical power systems (Power generation, power distribution, power management and energy storage) of military or automotive vehicles, including specifications, development, design, testing, integration and troubleshooting of vehicle electrical power system and their associated hardware components is required.
  • Strong knowledge with hybrid electrical architectures and system integration with different voltages
  • Strong background in modeling and simulation of Electrical systems
  • Strong background in model generated coding applications, i.e. Matlab/Simulink and Ansys
  • Comfortable with supporting integration issues in a lab and on a vehicle.
  • Highly motivated performer
  • Works well in team and individually
  • Goal oriented and keep the team focused to task
  • Ability to multi-task on simultaneous development projects, ensuring adherence to budget, schedule, and mission scope
  • Have a proactive attitude and enjoy working in a fast-paced environment
  • Must be able to work occasional evening and/or weekend overtime
  • Strong communication, interpersonal, and people skills required
  • Ability to travel when needed, minimal travel required for this role

Nice to have (additional qualifications):
  • Experience with HIL and SIL bench level testing
  • Experience using Vector testing suite of products (Canalzyer, CANoe, Capl) for developing testing interfaces
  • Knowledge of J1939 CAN Bus
  • Experience in design, development and integration of military vehicles
  • Experience with defense department processes and documentation standards
  • Experience with version control systems like GIT, Issue Tracking system like JIRA and Collaboration tools like Confluence, etc.
  • Familiar with Agile development methodology
  • Familiarity with Team Center and VisMockup

Apply