储能滥用测试工程师
查看雇主原标题
Abuse Test Engineer, Energy StorageRedwood Materials · McCarran, NV
职位信息来自雇主公开的招聘页面。申请前请务必在雇主官网核实详情。
为什么值得关注？
发现指数 42/100，仅依据与该职位一起存储的证据计算。
- 新的雇主官方职位
分数构成
- 时效性 （随职位发布时间变化）+18
- 雇主官方来源+15
- 稀有职位+1
- 公司来源健康度+8
该职位未包含：已披露薪资、远程职位、提及签证担保、提及搬迁、未出现在监控的职位板上。
这些理由来自雇主自己的职位描述与我们核实过的来源检查结果。除了已存储的信号之外，我们不做任何推测。
职位描述
机器翻译关于 Redwood Materials
Redwood 正在本地化一个全球电池供应链，无缝整合回收、再利用和再循环——让关键矿物保持循环流通，并推动能源转型。我们成立于 2017 年，正在提供低成本、大规模储能，并首次在美国生产电池材料，而这一切都来自我们已有的电池。
储能滥用测试工程师
岗位职责
• 除了执行测试之外，您还将帮助定义和构建测试基础设施，使我们能够快速、安全地测试，并具备出色的文档记录
• 您还将运用您在失效机制方面的经验和理解，帮助设计新产品，使其尽可能具备对滥用的内在鲁棒性
• 设计、执行和分析模拟极端条件和误用场景的测试，以确保我们新产品的安全性
• 识别潜在失效模式，然后在受控、仪器完备、文档完善的环境中，有意滥用复杂的机电和电化学系统（通过短路、过压、过热、过充和强制热失控传播），以对这些失效模式施加压力，并确保我们的产品能够承受现实世界中的滥用
期望资格：
• 物理学、电气工程、机械工程或相关领域的学士学位
• 对物理学和失效物理有深入理解
• 具有滥用测试的经验，特别是 UL9540a 及相关热失控传播测试
• 熟练使用数据分析工具和软件（例如 MATLAB、Minitab、Python）
• 具有设计稳健、快速搭建的数据采集装置（例如温度传感器）和执行机构（例如加热器、远程刀闸开关）的经验
• 出色的解决问题能力和对细节的关注
• 较强的沟通和人际交往能力
• 能够独立工作，也能作为团队的一员工作
该职位为全职。薪酬将与经验相称。
我们会收集您在与 Redwood Materials 求职相关的过程中提供的个人信息（PI），包括以下 PI 类别：标识符、个人记录、职业或就业信息，以及从您的 PI 中得出的推断。我们收集您的 PI 用于我们的目的，包括执行与您潜在就业相关的服务和运营。如果您有其他与隐私相关的问题，请通过 privacy@redwoodmaterials.com 联系我们。
任职要求
作为新工程团队的早期成员，您将负责设计、执行和分析模拟极端条件和误用场景的测试，以确保我们新产品的安全性。
与设计和制造工程团队合作，您将识别潜在失效模式，然后在受控、仪器完备、文档完善的环境中，有意滥用复杂的机电和电化学系统（通过短路、过压、过热、过充和强制热失控传播），以对这些失效模式施加压力，并确保我们的产品能够承受现实世界中的滥用。
您是一个实干家，热衷于亲自动手，并在充满活力、快节奏的环境中工作，并希望塑造 Redwood 的一个新部门。
如有必要，我们将调整职位级别，以匹配您的经验和职责。
以上内容由机器翻译自动生成，可能存在错误；投递前请以雇主原文为准。
查看雇主原文
职位描述
About Redwood Materials
Redwood is localizing a global battery supply chain that seamlessly integrates recovery, reuse, and recycling — keeping critical minerals in circulation and driving the energy transition. Founded in 2017, we’re delivering low-cost and large-scale energy storage and producing battery materials in the U.S. for the first time, all from batteries we already have.
Abuse Test Engineer, Energy Storage
岗位职责
• In addition to performing tests, you’ll help define and build the test infrastructure that will allow us to test swiftly, safely, and with excellent documentation
• You will also use your experience and understanding of failure mechanisms to help design new products to be as intrinsically robust to abuse as possible
• Designing, executing, and analyzing tests that simulate extreme conditions and misuse scenarios to ensure the safety of our new product
• Identify potential failure modes and then intentionally abuse complex electromechanical and electrochemical systems (via short circuit, overvoltage, overheat, overcharge, and forced thermal propagation) in a controlled, well-instrumented, well-documented environment in order to stress those failure modes and ensure our products are robust to real world abuse
Desired Qualifications:
• Bachelor’s degree in physics, Electrical Engineering, Mechanical Engineering, or a related field
• Strong understanding of physics and the physics of failure
• Proven experience with abuse tests, specifically UL9540a and related thermal propagation testing
• Proficiency in data analysis tools and software (e.g., MATLAB, Minitab, Python)
• Proven experience designing robust, fast-setup data acquisition rigs (e.g. temperature sensor) and actuation (e.g. heater, remote knife switch)
• Excellent problem-solving skills and attention to detail
• Strong communication and interpersonal skills
• Ability to work independently and as part of a team
The position is full-time. Compensation will be commensurate with experience.
We collect personal information (PI) from you in connection with your application for employment with Redwood Materials, including the following categories of PI: identifiers, personal records, professional or employment information, and inferences drawn from your PI. We collect your PI for our purposes, including performing services and operations related to your potential employment. If you have additional privacy-related questions, please contact us at privacy@redwoodmaterials.com.
任职要求
As an early member of a new engineering team, you will be responsible for designing, executing, and analyzing tests that simulate extreme conditions and misuse scenarios to ensure the safety of our new product.
Collaborating with design and manufacturing engineering, you will identify potential failure modes and then intentionally abuse complex electromechanical and electrochemical systems (via short circuit, overvoltage, overheat, overcharge, and forced thermal propagation) in a controlled, well-instrumented, well-documented environment in order to stress those failure modes and ensure our products are robust to real world abuse.
You’re a doer, excited about getting your hands dirty and working in a dynamic, fast-paced setting, and want to shape a new department at Redwood.
If necessary, we will adjust the job level to suit your experience and responsibilities.