亚马逊*Software Development Engineer - 2 Years Contract, Japan Store Tech

We are looking for engineers with strong sense of ownership and passion to solve challenging business and technical problems by building creative and scalable solutions with all sorts of cutting-edge technologies. Our fast-growing team offers excellent opportunity for candidates to participate in all aspects of software development life cycle, as well as drive system evolution, customer satisfaction and business boost. Successful candidates must be innovative, flexible, self-motivated, capable of designing and writing high-performance, reliable, maintainable code. The ability to function under ambiguity in a fast paced environment is essential. If you enjoy working in a dynamic environment, together with a group of talented engineers to deliver world class mission critical systems, this is the career opportunity for you!

Amazon Lab126 is an inventive research and development company that designs and engineers high-profile consumer electronics. Lab126 began in 2004 as a subsidiary of Amazon.com, Inc., originally creating the best-selling Kindle family of products. Since then, we have produced creative devices like Fire tablets, Fire TV, Amazon Echo and Echo Dot. What will you help us create? Work hard. Have fun. Make history. The Role: We are looking for a passionate, talented and inventive Audio Algorithm Software Engineer to join our team. We are open to hire in Shenzhen. In this role, you will: • Engage with an experienced cross-disciplinary staff to conceive and design innovative consumer products • Work closely with an internal inter-disciplinary team, and outside partners to drive key aspects of product definition, execution and test • Be responsive, flexible and able to succeed within an open collaborative peer environment

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 an engineer to design Manufacturing Test Equipment for low voltage electronic hardware. Automated functional testers will be deployed at Tesla factories and contract manufacturers worldwide. This team concentrates on mechanical, electrical and software design of reliable testers and tools for all production vehicles. We are looking for makers, self-motivated people who love tinkering and get satisfaction from manifesting ideas into real tangible things. Project timelines can be as short as a few weeks, producing equipment to test and assist in the assembly of the vehicle programs on the bleeding edge of Tesla’s innovation. This is an opportunity to be a part of the “machine that builds the machine.” Responsibilities • Design and develop automated test equipment for functional test of low Voltage automotive modules • Create Production test specification for electronic hardware • Create, read, interpret, and diagnose schematics, wiring diagrams, and circuits • Create test software to communicate with test equipment such as power supply, signal generators, DAQ, spectrum analyzer • Develop software drivers and framework to interface with automotive modules using CAN, LIN, Ethernet & USB • Confer and collaborate with cross functional teams, such as hardware, firmware, factory process, and quality teams • Support bring up, validation, and development of new hardware and systems at suppliers • Sustain existing testers at suppliers

Role The Sensing Hardware Team is responsible for architecting, designing, validating and integrating state-of-the-art sensing technologies for all Tesla vehicles. The sensors we develop support ADAS (Autopilot), safety, HVAC, chassis and other subsystems. As a Sensor Hardware Design Engineer, you will be responsible for overall performance of the sensing system and its features at any point in the product life cycle, serve as the owner of a given sensing system to address any issues discovered from development through deployment, understand and debug hardware and software interactions from prototyping through product launch, and manage priorities and support a host of projects simultaneously. Responsibilities Drive the design and execution of sensing subsystems through the following: Specification generation: distill sensor product requirements into constraints and actionable engineering systems design discussions Collaboration: lead cross-functional sensor design discussions with electrical, software, supply chain, manufacturing, thermal, and mechanical teams Architecture definition: translate sensor design discussions into design documents in the form of system block diagrams, functional and performance