苹果Control Systems and Sensing Integration Engineer
任职要求
Minimum Qualifications • BS or MS in Engineering or Computer Science or minimum of 7 years of proven experience • Strong fundamentals actuation, control systems design, and motor control. • Skilled in rapid integration, prototyping, calibration and testing of actuated and sensor systems. • Experience with embedded systems development, analysis and bringup. • Experience with C/C++ development • Strong in data analytics, root cause analysis with emphasis on data introspection • Experienced in test and debug of physical systems (sensors, actuators, algorithms) • Expert in Matlab and Simulink with direct experience with deployment on real time target systems such as dSPACE, Speedgoat, or National Instruments HW systems. • Experienced with hardware in the loop (HIL) automation • Experienced with serial communication protocols such as Ethernet, CAN, LIN, UART, SPI, I2C, BISS, etc… • Confident with source control (eg. GIT) on multi developer projects • Proficient at English(Listen, Oral, Written, Read) Preferred Qualifications • Experience in state estimation deployed on real time hardware • Experience in sensor calibration for IMUs, Encoder, Optical Sensors • Experience on control system design, modeling and implementation-moto
工作职责
In this role you will partner with controls systems developers, motor, actuation, sensor and power electronics engineers to develop and manufacture systems, test stations and evaluation benches for pre-production hardware. You will work on the cutting edge of Apple’s latest motion system endeavors and build high visibility prototypes that lead to production systems! - Control system integration, analysis, and testing for actuators - Prototype, develop, bring-up, debug and characterize new control techniques on real hardware. - Perform tuning & calibration on one off actuated systems - Communicate progress multi-functionally (written, verbal, and presentation) - Perform failure analysis and problem solving - Develop measurement methods and equipment that are repeatable, reproducible, and automated to enable validation coverage of actuators and sensors - Travel to supplier facilities and manufacturing sites for production validation and issues resolution
Why join us: Anker Innovations is a global leader in smart charging technologies and a developer of consumer products for the home, car, and mobile life Founded in 2011. We are committed to shaping the consumer electronics brand in the global marketplace, bringing innovative, technologically savvy leading products to consumers around the world. We've brought our products to 100+ countries and regions with more than 140 million users and a revenue of 2000+ million USD in 2022. Anker Innovations has successfully built Anker, a world-renowned high-end innovative charging brand, and launched intelligent hardware brands such as Eufy, Nebula, and Soundcore to further explore smart charging, smart voice, smart home and other fields, bringing leading products with technological charm and 1400+ intellectual property rights to the market, to ensure that our products continue to be popular. Today, we have a total of 4000+ employees in 15 offices across North America, Europe, Australia, Asia, LATAM and the Middle East and the proportion of R&D personnel up to 50%. We are always looking for top talents like you to join us! For more information, please visit: https://us.anker.com/ Location: Seattle, WA About the Role: We're seeking a Senior Product Manager to lead the planning, development, and commercialization of next-generation embodied intelligent robotics. In this role, you'll bridge cutting-edge AI capabilities with robust hardware design, driving products from concept through mass production. You'll work closely with cross-functional teams (mechanical, hardware, software, and AI) to define the product vision, ensure technical feasibility, and deliver market-ready solutions. Key Responsibilities： 1. Product Strategy & Definition - Lead end-to-end product planning for full-system robotics solutions. - Conduct market research and user needs analysis to define technical specifications, commercialization strategies, and core performance metrics (e.g., motion control precision, multimodal interaction speed). - Own the PRD and establish clear product goals aligned with business objectives. 2. Technology Integration - Translate AI capabilities (motion control, environmental perception, decision-making) into hardware-ready solutions. - Coordinate structural, hardware, and software teams to integrate systems such as sensor fusion, joint actuation, and embedded controls. 3. Lifecycle Ownership - Manage the product journey from concept and design to mass production and delivery. - Define product roadmaps, set and track milestones (TR reviews / DCP decisions), and resolve technical or resource bottlenecks across departments. 4. System Validation & Compliance - Develop and oversee system-level testing, including functional, extreme load, and EMC tests. - Lead performance bottleneck analysis, optimize reliability, and drive CE/FCC certification. 5. Ecosystem & Technology Foresight - Research emerging technologies such as heterogeneous computing platforms and advanced sensors. - Foster a robotics developer ecosystem and transition pre-research innovations into marketable products.
THE ROLE Come join Tesla Sensing Team! We develop state-of-the-art sensor technologies and solutions that enable the best customer driving experiences. You will have an opportunity to participate in conceiving, modeling, and prototyping new sensor solutions. You will be able to learn how a brilliant idea is taken from proof-of-concept to product launch. If you are a self-driven and hands-on individual, we welcome you to this creative and fast-paced environment! RESPONSIBILITIES Drive the design and execution of sensing subsystems through the following: Distill sensor product requirements into constraints and actionable engineering systems design discussions. Host cross-functional sensor design discussions with electrical, software, manufacturing, mechanical design, and service teams. Translate sensor design discussions into design documents in the form of system block diagrams, functional requirements, and performance requirements. Define sensor hardware and software interfaces. Support early sensor prototype development to de-risk new technologies. Define an integration test plan for sensing hardware products or software features with integration milestones that focus on de-risking product or feature deployment and align with the program timeline. Execute initial sensor bring-up and integration testing at the vehicle level to validate system design assumptions. Perform change impact analysis for change requests by summarizing impacted devices, interfaces, and processes in the hardware and software domain. Ensure sensing system is characterized across a host of environments. Support system validation teams in developing electrical and software test plans. Statistical analysis of manufacturing and user data to quantify performance of the sensor in system and vehicle level.
The Role Come join a small team of experts building the systems that connect Tesla and our customers to their cars. Companies have talked for years about a future of "connected cars." At Tesla, we’re at the forefront of innovation by providing a complete suite of rich backend services to our exponentially growing fleets. The team specialized in IoT communication is in charge of every remote interaction with the vehicles (remote control, remote diagnostic, vehicle telemetry for self-learning Autopilot algorithm, APIs for mobile apps, etc.). We’re also responsible for sending over-the-air software updates constantly delivering new features and improvements to our customers. We are looking for a highly motivated software engineer specialized in web services and distributed systems. The platform you help us build will scale novel functionality to millions of Tesla devices and users. Responsibilities • Design and build scalable, high-availability mission-critical systems and APIs • Drive the migration of large-scale, distributed fleet applications towards cloud-native microservices • Solve problems using distributed, asynchronous messaging • Work closely with product, SRE and infrastructure teams
In this role, you will: - Design and develop advanced optical sensor test stations and integrate sophisticated instrumentation - Build algorithms for calibration, validation, and optimization in high-volume manufacturing environments - Apply advanced data processing or AI/ML techniques to improve test coverage, accuracy, and yield - Collaborate with cross-functional teams to deliver integrated mechanical, electrical, and software test solutions - Debug complex optical-electrical-software issues and lead system commissioning at global manufacturing sites