施耐德Electronics System Architect - Embedded Processor

Role： Tesla Energy is looking for a motivated Firmware Integration Engineer to bring the next generation of Residential and Industrial charging products to the market. As a member of the Firmware Integration team, you will be responsible for delivering high quality firmware, software, and hardware to the manufacturing line. You will architect the software solutions for manufacturing quality Energy products (e.g. Powerwall, Megapack) in our factories. Rethink manufacturing processes and test equipment dependency with our in-house product and design teams. Engineer a software stack capable of ultra-high volume production capacity across our entire supply chain. Ensure flexibility within our product design and manufacturing test functionality to achieve critical business objectives. You will have the opportunity to solve challenging problems on the production line and in the field. Collaborate closely with hardware, manufacturing, and service engineering to design firmware and automation solutions for a seamless commissioning experience. You will show outstanding organizational and communication skills and an eagerness to learn in an ever-evolving environment. Manage your projects with a positive attitude and be a team player in a collaborative work environment. Responsibilities： · Develop, enhance and debug new and existing software in C, Python, or Golang. · Perform hardware and firmware integration of current and next generation Tesla charging systems. · Author product test specification of home and commercial charging products for optimal coverage at each step in the assembly process. · Design robust and exhaustive test procedures for high voltage power electronics, battery modules, thermal systems, and solar product assemblies. · Contribute to software architecture design, development of software applications, and integration into manufacturing processes and production lines. · Track and communicate project status and risks to the wider organization. Interact with engineers from multiple teams. · Hands-on with hardware bring up, debug issues and devise solution paths. · Provide technical and leadership excellence for the team. You will make critical decisions and lead from the front with support from experienced engineers. · The position duties may require travel to Tesla and/or supplier factories.

The role: Tesla Electronics Test and Automation Group (ETAG) is the main point of contact to ensure the highest quality vehicle, silicon and robotics electronics for our customers. Our mission is to develop test automation equipment, architect software automation framework, and provide hardware/software/data infrastructure for Tesla electronics communities worldwide. We are seeking a multi-faceted Electrical Engineer who will be responsible for all aspects of identifying, analyzing, root causing; implementing countermeasures, and reporting on issues affecting all low voltage PCBAs including, but not limited to, body controllers and car computers. This candidate will work with test engineers within the group to quickly mitigate and implement countermeasures at suppliers and factories to improve quality, reliability, durability of the products. The ideal candidate will be a hands-on problem solver with excellent analytical and organizational skills, who thrives in an environment that encourages and rewards superior work. You should be passionate about innovation and developing new skills, and excited to take on the challenge of contributing to the next generation of engineering tools and systems. Primary Responsibilities: • Work with quality engineers, supplier engineers and suppliers to monitor products performance, identify trending issues. Prioritize based on Severity, occurrence, and/or cost of each failure modes • Detailed failure analysis, identifying root-cause of problems –Perform board-level debugging to isolate faults for physical FA • Apply knowledge of electrical engineering and PCBA manufacturing to drive containment and corrective action implementation into production / design / supplier / Firmware. • Participate in continuous improvement activities and take preventive actions. • Share Lessons Learned from previous field issues; Provide upfront feedback by participating in design reviews to ensure product performance, reliability, and manufacturability issues are identified and risks mitigated. (DFMEAs)• Take part in ongoing optimization of the products and processes (performance, cost, technology) • Participate in continuous improvement activities and take preventive actions. • Share Lessons Learned from previous field issues; Provide upfront feedback by participating in design reviews to ensure product performance, reliability, and manufacturability issues are identified and risks mitigated. (DFMEAs) • Take part in ongoing optimization of the products and processes (performance, cost, technology) Qualifications /

Amazon Devices is an inventive research and development company that designs and engineers high-profile consumer electronics. Amazon Devices began in 2004 as a subsidiary of Amazon.com, Inc., originally creating the best-selling Kindle family of products. Since then, we have produced groundbreaking devices like Fire tablets, Fire TV and Amazon Echo. What will you help us create? The Sr. Software Development Manager will be part of the Fire OS organization and will be responsible for leading multiple technology teams. Fire OS supports a large set of Amazon devices, including current Tablets, Set-top-boxes, HDMI sticks, Audio Products (Echo Dot etc.), and Smart TVs.. As Sr. Software Development Manager, you will be responsible for leading multiple teams of engineers in design, development, test, and deployment of a range of products on mobile platforms. A successful candidate will have an established background in developing customer-facing experiences, a strong technical ability, excellent project management skills, great communication skills, and a motivation to achieve results in a fast paced environment. You will be helping to hire and build your team and systems. • Responsible for the over-all systems development life cycle. • Management and execution against project plans and delivery commitments; Manage the day-to-day activities of the engineering team within an Agile/Scrum environment. • Management of departmental resources, staffing, mentoring, and enhancing and maintaining a best-of-class engineering team. • Work closely with the engineers to architect and develop the best technical design and approach. • Report on status of development, quality, operations, and system performance to management.

China CTO Office Electronics System Architect Mission The Electronics Centre of Excellence is driving the electronics transformation across the Energy Management business unit in China. In this context, we are seeking a candidate to work in the China CTO office and support 5 divisions in the Energy Management BU. This high-profile, technical role requires an Electronics system architect (with a focus on semiconductors and electronics ecosystems) who can: · Understand the local electronic market trends and build the right relationship with local suppliers/ecosystem partners. Understand the solutions and moves of our competitors. Question and optimize existing electronics architectures while demonstrating leadership. Collaborate with local manufacturers on component-level discussions for both Power Electronics and Processing (MCU/MPU) or Analogue Electronics domains. · Build the right technological actions plan and partnership with start-ups and universities Responsibilities & Skills As part of the global Electronics Centre of Excellence, you will be in charge of one technology (3 roles are opened: one on Power Electronics, one on Embedded Processing, one Analogue Electronics) focusing on China for China and you will ensure alignment with division needs. Key additions: Architecture Leadership: Lead cross-functional teams to challenge and refine existing electronics architectures, balancing innovation with practicality. Mentor junior engineers from divisions or stakeholders on architectural best practices. Component Collaboration: Power Electronics Expert/Architect: Engage directly with local manufacturers to evaluate component performance, cost, and sustainability. Processor (MCU/MPU) Expert/Architect: Collaborate with suppliers to optimize hardware/software integration and address technical constraints. Global CoE and Local CoE team’s Collaboration: Define/update the strategy to deploy the technology you will be responsible for: Structure techno action plans/path for innovation on this technology locally Work with the Technology Standardization Management team and purchasing team to have an up-to-the-mark standard Drive a platforming approach for your domain to optimize solutions across the board