Role at a glance
- Job function
-
Engineering & R&D Energy & Power Engineering
- Salary
- $137.3K – $185.7K/yr
- Location
- Redmond, Washington, United States
- Work arrangement
- On-site
- Employment
- Full-time
- Education
- Bachelor's
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Qualifications
Required
- Bachelor's degree or above in Electrical or Mechanical Engineering, or Bachelor's degree or above in engineering, management, or technology
- Develop, maintain, and document battery system requirements across electrical, thermal, performance, safety, reliability, lifetime, and environmental domains.
- Decompose satellite and system-level requirements into battery pack, module, BMS, cell, and test-level requirements.
- Translate requirements into measurable verification criteria, test parameters, pass/fail limits, engineering guard bands, and production acceptance limits.
- Establish the technical rationale for requirements and limits using battery models, simulation, tolerance analysis, Monte Carlo methods, measurement uncertainty, component specifications, characterization data, and empirical test results.
- Define appropriate engineering margins considering mission conditions, degradation, manufacturing variation, measurement uncertainty, and worst-case operating conditions.
- Establish and maintain requirement-to-verification traceability, ensuring critical requirements have appropriate verification methods and acceptance criteria.
- Analyze characterization, development, qualification, reliability, lifecycle, and production test data to validate assumptions, improve models, and assess requirement maturity.
Preferred
- Experience working with interdisciplinary teams to execute product design from concept to production
- Experience with the project management of technical projects
- Master’s or advanced degree in Electrical Engineering, Mechanical Engineering, Chemical Engineering, Systems Engineering, or a related technical field.
- Experience developing requirements and verification criteria for complex battery, aerospace, automotive, or other high-reliability systems.
- Strong understanding of Li-ion battery behavior, including capacity, DCIR, OCV, SOC/SOH, degradation, thermal behavior, cell balancing, and electrical protection.
- Experience using modeling and statistical methods to establish engineering specifications and production acceptance limits.
- Experience analyzing large production datasets and applying SPC and process capability methods.
- Ability to communicate complex engineering analyses and defend technical decisions in cross-functional design and requirements reviews.
About the role
Original posting provided by amazon
Amazon Leo is Amazon's low Earth orbit satellite network. Our mission is to deliver fast, reliable internet connectivity to customers beyond the reach of existing networks. From individual households to schools, hospitals, businesses, and government agencies, Amazon Leo will serve people and organizations operating in locations without reliable connectivity.
The Amazon LEO Battery team develops battery systems that power Amazon’s Low Earth Orbit satellite constellation. Our team works across battery design, systems engineering, modeling, test and validation, manufacturing, reliability, quality, and production to deliver safe, reliable, and high-performance battery systems for space applications.
As a Sr. Battery Systems Engineer, you will own the development and maturation of battery requirements, verification criteria, and acceptance limits from early design through production. You will connect system requirements, battery physics, engineering analysis, test results, and manufacturing data to establish technically defensible requirements and pass/fail criteria.
Export Control Requirement: Due to applicable export control laws and regulations, candidates must be a U.S. citizen or national, U.S. permanent resident (i.e., current Green Card holder), or lawfully admitted into the U.S. as a refugee or granted asylum.
Key job responsibilities
- Develop, maintain, and document battery system requirements across electrical, thermal, performance, safety, reliability, lifetime, and environmental domains.
- Decompose satellite and system-level requirements into battery pack, module, BMS, cell, and test-level requirements.
- Translate requirements into measurable verification criteria, test parameters, pass/fail limits, engineering guard bands, and production acceptance limits.
- Establish the technical rationale for requirements and limits using battery models, simulation, tolerance analysis, Monte Carlo methods, measurement uncertainty, component specifications, characterization data, and empirical test results.
- Define appropriate engineering margins considering mission conditions, degradation, manufacturing variation, measurement uncertainty, and worst-case operating conditions.
- Establish and maintain requirement-to-verification traceability, ensuring critical requirements have appropriate verification methods and acceptance criteria.
- Analyze characterization, development, qualification, reliability, lifecycle, and production test data to validate assumptions, improve models, and assess requirement maturity.
- Apply Statistical Process Control (SPC), process capability analysis, distribution analysis, and trend monitoring to understand manufacturing variation and identify emerging shifts or risks.
- Investigate outliers, specification excursions, and unexpected trends to distinguish product issues from measurement variation, process drift, or inappropriate acceptance limits.
- Periodically reassess engineering and production limits as additional data becomes available while maintaining clear separation between product requirements, engineering guard bands, and manufacturing control limits.
- Partner with Systems, Battery, Electrical, Mechanical, Test, Manufacturing, Quality, Reliability, Software, and Modeling teams to drive requirement and limit changes through technical review and configuration control.
- Maintain technical documentation, including assumptions, analyses, models, verification evidence, decisions, and change history throughout the product lifecycle.
- Develop, maintain, and document battery system requirements across electrical, thermal, performance, safety, reliability, lifetime, and environmental domains.
- Decompose satellite and system-level requirements into battery pack, module, BMS, cell, and test-level requirements.
- Translate requirements into measurable verification criteria, test parameters, pass/fail limits, engineering guard bands, and production acceptance limits.
- Establish the technical rationale for requirements and limits using battery models, simulation, tolerance analysis, Monte Carlo methods, measurement uncertainty, component specifications, characterization data, and empirical test results.
- Define appropriate engineering margins considering mission conditions, degradation, manufacturing variation, measurement uncertainty, and worst-case operating conditions.
- Establish and maintain requirement-to-verification traceability, ensuring critical requirements have appropriate verification methods and acceptance criteria.
- Analyze characterization, development, qualification, reliability, lifecycle, and production test data to validate assumptions, improve models, and assess requirement maturity.
- Apply Statistical Process Control (SPC), process capability analysis, distribution analysis, and trend monitoring to understand manufacturing variation and identify emerging shifts or risks.
- Investigate outliers, specification excursions, and unexpected trends to distinguish product issues from measurement variation, process drift, or inappropriate acceptance limits.
- Periodically reassess engineering and production limits as additional data becomes available while maintaining clear separation between product requirements, engineering guard bands, and manufacturing control limits.
- Partner with Systems, Battery, Electrical, Mechanical, Test, Manufacturing, Quality, Reliability, Software, and Modeling teams to drive requirement and limit changes through technical review and configuration control.
- Maintain technical documentation, including assumptions, analyses, models, verification evidence, decisions, and change history throughout the product lifecycle.
- Experience with the project management of technical projects
- Master’s or advanced degree in Electrical Engineering, Mechanical Engineering, Chemical Engineering, Systems Engineering, or a related technical field.
- Experience developing requirements and verification criteria for complex battery, aerospace, automotive, or other high-reliability systems.
- Strong understanding of Li-ion battery behavior, including capacity, DCIR, OCV, SOC/SOH, degradation, thermal behavior, cell balancing, and electrical protection.
- Experience using modeling and statistical methods to establish engineering specifications and production acceptance limits.
- Experience analyzing large production datasets and applying SPC and process capability methods.
- Ability to communicate complex engineering analyses and defend technical decisions in cross-functional design and requirements reviews.
Amazon is an equal opportunity employer and does not discriminate on the basis of protected veteran status, disability, or other legally protected status.
Our inclusive culture empowers Amazonians to deliver the best results for our customers. If you have a disability and need a workplace accommodation or adjustment during the application and hiring process, including support for the interview or onboarding process, please visit https://amazon.jobs/content/en/how-we-hire/accommodations for more information. If the country/region you’re applying in isn’t listed, please contact your Recruiting Partner.
USA, WA, Redmond - 137,300.00 - 185,700.00 USD annually
The Amazon LEO Battery team develops battery systems that power Amazon’s Low Earth Orbit satellite constellation. Our team works across battery design, systems engineering, modeling, test and validation, manufacturing, reliability, quality, and production to deliver safe, reliable, and high-performance battery systems for space applications.
As a Sr. Battery Systems Engineer, you will own the development and maturation of battery requirements, verification criteria, and acceptance limits from early design through production. You will connect system requirements, battery physics, engineering analysis, test results, and manufacturing data to establish technically defensible requirements and pass/fail criteria.
Export Control Requirement: Due to applicable export control laws and regulations, candidates must be a U.S. citizen or national, U.S. permanent resident (i.e., current Green Card holder), or lawfully admitted into the U.S. as a refugee or granted asylum.
Key job responsibilities
- Develop, maintain, and document battery system requirements across electrical, thermal, performance, safety, reliability, lifetime, and environmental domains.
- Decompose satellite and system-level requirements into battery pack, module, BMS, cell, and test-level requirements.
- Translate requirements into measurable verification criteria, test parameters, pass/fail limits, engineering guard bands, and production acceptance limits.
- Establish the technical rationale for requirements and limits using battery models, simulation, tolerance analysis, Monte Carlo methods, measurement uncertainty, component specifications, characterization data, and empirical test results.
- Define appropriate engineering margins considering mission conditions, degradation, manufacturing variation, measurement uncertainty, and worst-case operating conditions.
- Establish and maintain requirement-to-verification traceability, ensuring critical requirements have appropriate verification methods and acceptance criteria.
- Analyze characterization, development, qualification, reliability, lifecycle, and production test data to validate assumptions, improve models, and assess requirement maturity.
- Apply Statistical Process Control (SPC), process capability analysis, distribution analysis, and trend monitoring to understand manufacturing variation and identify emerging shifts or risks.
- Investigate outliers, specification excursions, and unexpected trends to distinguish product issues from measurement variation, process drift, or inappropriate acceptance limits.
- Periodically reassess engineering and production limits as additional data becomes available while maintaining clear separation between product requirements, engineering guard bands, and manufacturing control limits.
- Partner with Systems, Battery, Electrical, Mechanical, Test, Manufacturing, Quality, Reliability, Software, and Modeling teams to drive requirement and limit changes through technical review and configuration control.
- Maintain technical documentation, including assumptions, analyses, models, verification evidence, decisions, and change history throughout the product lifecycle.
Basic Qualifications
- Bachelor's degree or above in Electrical or Mechanical Engineering, or Bachelor's degree or above in engineering, management, or technology- Develop, maintain, and document battery system requirements across electrical, thermal, performance, safety, reliability, lifetime, and environmental domains.
- Decompose satellite and system-level requirements into battery pack, module, BMS, cell, and test-level requirements.
- Translate requirements into measurable verification criteria, test parameters, pass/fail limits, engineering guard bands, and production acceptance limits.
- Establish the technical rationale for requirements and limits using battery models, simulation, tolerance analysis, Monte Carlo methods, measurement uncertainty, component specifications, characterization data, and empirical test results.
- Define appropriate engineering margins considering mission conditions, degradation, manufacturing variation, measurement uncertainty, and worst-case operating conditions.
- Establish and maintain requirement-to-verification traceability, ensuring critical requirements have appropriate verification methods and acceptance criteria.
- Analyze characterization, development, qualification, reliability, lifecycle, and production test data to validate assumptions, improve models, and assess requirement maturity.
- Apply Statistical Process Control (SPC), process capability analysis, distribution analysis, and trend monitoring to understand manufacturing variation and identify emerging shifts or risks.
- Investigate outliers, specification excursions, and unexpected trends to distinguish product issues from measurement variation, process drift, or inappropriate acceptance limits.
- Periodically reassess engineering and production limits as additional data becomes available while maintaining clear separation between product requirements, engineering guard bands, and manufacturing control limits.
- Partner with Systems, Battery, Electrical, Mechanical, Test, Manufacturing, Quality, Reliability, Software, and Modeling teams to drive requirement and limit changes through technical review and configuration control.
- Maintain technical documentation, including assumptions, analyses, models, verification evidence, decisions, and change history throughout the product lifecycle.
Preferred Qualifications
- Experience working with interdisciplinary teams to execute product design from concept to production- Experience with the project management of technical projects
- Master’s or advanced degree in Electrical Engineering, Mechanical Engineering, Chemical Engineering, Systems Engineering, or a related technical field.
- Experience developing requirements and verification criteria for complex battery, aerospace, automotive, or other high-reliability systems.
- Strong understanding of Li-ion battery behavior, including capacity, DCIR, OCV, SOC/SOH, degradation, thermal behavior, cell balancing, and electrical protection.
- Experience using modeling and statistical methods to establish engineering specifications and production acceptance limits.
- Experience analyzing large production datasets and applying SPC and process capability methods.
- Ability to communicate complex engineering analyses and defend technical decisions in cross-functional design and requirements reviews.
Amazon is an equal opportunity employer and does not discriminate on the basis of protected veteran status, disability, or other legally protected status.
Our inclusive culture empowers Amazonians to deliver the best results for our customers. If you have a disability and need a workplace accommodation or adjustment during the application and hiring process, including support for the interview or onboarding process, please visit https://amazon.jobs/content/en/how-we-hire/accommodations for more information. If the country/region you’re applying in isn’t listed, please contact your Recruiting Partner.
The base salary range for this position is listed below. Your Amazon package will include sign-on payments and restricted stock units (RSUs). Final compensation will be determined based on factors including experience, qualifications, and location. Amazon also offers comprehensive benefits including health insurance (medical, dental, vision, prescription, Basic Life & AD&D insurance and option for Supplemental life plans, EAP, Mental Health Support, Medical Advice Line, Flexible Spending Accounts, Adoption and Surrogacy Reimbursement coverage), 401(k) matching, paid time off, and parental leave. Learn more about our benefits at https://amazon.jobs/en/benefits.
USA, WA, Redmond - 137,300.00 - 185,700.00 USD annually
About the company
amazon
Large Enterprise
Amazon is a global leader in e-commerce and cloud computing, founded in 1994 by Jeff Bezos. Initially starting as an online bookstore, it has since expanded its offerings to include a vast range of products and services, including electronics, fashion, and digital content. With Amazon Web Services (AWS), the company also provides powerful cloud solutions to businesses around the world. Known for its innovation, customer-centric approach, and commitment to operational efficiency, Amazon continues to shape the future of retail and technology, consistently seeking new ways to enhance customer experiences.