Electrical Design Engineer at Bright Machines

San Francisco, California, United States -

Full Time

Start Date

Immediate

Expiry Date

26 Jun, 26

Salary

190000.0

Posted On

28 Mar, 26

Experience

2 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Electrical Design, Automation Systems, Robotics Platforms, System Requirements Definition, Hardware Integration, Software Integration, PFMEA, Process Flow Mapping, Value Stream Maps, Test Plan Execution, Electrical Drawings, SolidWorks Electrical, AutoCAD, AC/DC Systems Design, Control Cabinet Design, Functional Safety Systems

Industry

Manufacturing

Description

RETHINK MANUFACTURING The only way to ignite change is to build the best team. At Bright Machines®, we’re innovators and experts in our craft who have joined together to create a new category of manufacturing that will help transform the industry. We believe software and data are the answer, thoughtfully applied to solve our customers’ unique challenges. Through intelligent automation, we give factories newfound flexibility, scalability, and resilience. We deliver products to meet the demands of today while building a platform to take advantage of what comes next. Working with us means you’ll have the opportunity to make lasting, impactful changes for our company and our customers. If you’re ready to apply your exceptional skills to create the factory of the future, we’d love to speak with you. \n ABOUT THE ROLE Electrical Design Engineers at Bright Machines design the electrical backbone of our automation systems—owning everything from concept to deployment. This includes developing robust, scalable designs that power our robotics platforms and enable reliable, high-performance systems in the real world. You’ll work shoulder-to-shoulder with mechanical, systems, vision, robotics, and software engineers to bring complex machines to life. This is deeply collaborative, fast-paced work where design decisions have immediate, tangible impact on how our systems perform on the factory floor. We move quickly, iterate often, and expect engineers to take ownership. If you’re driven to build, solve hard problems, and push the boundaries of modern manufacturing, you’ll fit right in. WHAT YOU WILL BE DOING Collaborate with project teams to define system requirements and specifications. Integrate BM various hardware and software components into cohesive and functional systems. Create PFMEA, process flow and value stream maps (where required) and work with the design team to resolve all failure mode points within the design Develop and execute test plans to ensure system functionality and reliability. Ensure through each phase gate that all design metrics are being challenged and met Clearly define solution requirements, own ‘the product’ of the overall automation solution (and sub systems), and drive it to success through the entire project lifecycle in partnership with program management and engineering Electrical requirements, design, drawings and block diagrams. Travel up to 10%, primarily domestically WHAT YOU WILL BRING Bachelor’s or Master’s degree in Electrical Engineering Hands-on engineer with strong technical depth, a systems mindset, and a track record of execution Collaborative, process-oriented, and self-driven, with a continuous learning mindset 3+ years of electrical engineering experience, ideally with hands-on exposure to automation and lean engineering environments Ability to demonstrate relevant past experience through projects and delivered systems Experience designing machine electrical systems using tools such as SolidWorks Electrical, AutoCAD, or equivalent Proficient in designing AC/DC systems and control cabinets, including component selection and full system integration Experience designing functional safety systems and circuits for automation applications Strong working knowledge of industrial automation components, including motion drives, sensors, barcode readers, PLCs, VFDs, servos, and robots Solid understanding of digital and analog I/O, as well as basic industrial communication protocols Ability to work with third-party vendors to define requirements and design subsystems that meet Bright Machines standards Experience building, maintaining, and releasing product BOMs for production Highly collaborative with strong communication skills; able to partner effectively with suppliers, system architects, design engineers, and technical program managers Ability to interpret technical documentation and translate requirements into practical, cost-effective automation solutions Detail-oriented, with the ability to design against PFMEA-identified failure modes and ensure systems meet performance and reliability requirements IT WOULD BE GREAT IF YOU HAD Familiarity with vision systems. Experience working with industrial robots. Technical Sales or Quoting experience responding to RFQs and SOWs \n $160,000 - $190,000 a year \n BE EMPOWERED TO CHANGE AN INDUSTRY Bright Machines is a next-generation, AI-enabled manufacturer focused on data center infrastructure assembly operations. Bright Machines uses its proprietary AI-based robotics and software to assemble AI infrastructure hardware products (i.e., data center servers) for hyperscalers and leading Original Equipment Manufacturers (OEMs). With its new AI factory, Bright Machines addresses increasing market demands for computing power due to the surge of AI and the U.S. national mandate to reshore manufacturing by building data center infrastructure at scale with higher quality and shorter time-to-market. Bright Machines is headquartered in San Francisco, California, with an integration center in Guadalajara, Mexico. The company has been recognized as one of Forbes’ AI 50, awarded “Best AI-based Solution for Manufacturing” by AI Breakthrough, named a “Technology Pioneer” by the World Economic Forum, and highlighted by several other leading technology and innovation organizations.

Responsibilities

Electrical Design Engineers are responsible for designing the electrical backbone of automation systems, owning the process from concept through deployment, including developing robust and scalable designs for robotics platforms. They collaborate closely with cross-functional engineering teams to integrate hardware and software components into cohesive, high-performance systems for factory floor deployment.