施耐德Electronics, Experienced Design Engineer
任职要求
The successful candidate should be able to demonstrate the following selection criteria: • Have intermediate level on Planning & organizing, Assessment, Communication, Influential and Analytical skills • Computer: ECAD tools: Cadence, Pspice Microsoft office: words, excel, power point pres…
工作职责
PURPOSE OF THE JOB • To perform Electronic design function in product design • To implement technical solution for product design • To ensure quality and robustness design according to project needs • To check and test product to guaranty technical performances during product lifetime. • To coordinate and collaborate with project team to achieve project objective: cost, lead-time, quality. REGULAR RESPONSIBILITIES • To perform Electronics design for best performance • To check and do actions/corrective actions necessary to guaranty the performance of products design • To define and follow the plan, project schedule closely for delivery • To validate design and action, in answering to Senior Engineer • To comply Schneider processes and ensure strictly adhere with • To report/feedback to his supervisor for all critical, important, difficulties faced in his work • To ensure safety rule are strictly adhere with at all time
1) Strong interpersonal skills is a must. The position requires closely working with eCADs, Mechanical CADs, software, certification, Industrialization, validation, internal Schneider Plant as well as outside vendors (EMS plant etc.). 2) Digital/Analogue embedded system design capability. Mandatory: - Familiar with Mentor or Cadence tools. - Experience with high speed embedded hardware system design. - Experience with analogue signal chain design, data acquisition design. - Familiar with solving EMC/EMI related issue. - Experience with Blank PCB/PCBA manufacture. - Strong lab skills with hands on soldering components, operating oscilloscopes, logic analyzers, signal generators etc. Optional: - Experience with power supply design is a plus. - Be a main designer in one or more project is a plus. - Familiar with uboot/Linux Porting based on POWER PC or SOC is a plus. - Deep knowledge of complex processor embedded system design is a plus. - Familiar with Design of Current/Votage Transformer is a plus 3) FPGA design capability Mandatory: - RTL(Register Transfer Level) design, familiar with ISE, Quartus, Modelsim tools; - Test bench development and design simulation; Optional: - Experience with System on chip (SOC) and NIOS II design is a plus. 4) Must be a self-motivated team player with good oral and written English communication skills, and strong sense of ownership. 5) BS, MS(Preferred) in Electrical Engineering, at least 3 years for dedicated hardware development, board bring-up experience.
- Follow Schneider Electric project process, Lead R&D team to develop new electronic products for industry application including the specification, product concept design, circuit design and simulation, prototype assembly and product verification so as to meet the offer requirement. - Cooperate with correlated team member and related teams such as PCB layout engineers, Mechanical engineers, Firmware/Software engineers, and EMC test engineers to fulfill the design and resolve technical issues. - Follow Schneider Electric design process and deliver the design documents with high quality on time - Focus on the Power Quality acting as technical leader for Reactive Power compensation, Active Power Filter, Thyristor switch&Controller, Power Factor Correction, SVG, DVR and Detuned Reactor. - Technical leader to drive the power quality new offer launch and maintain existing offer. - Co-operate with colleagues to achieve product development goal. - Support industrialization team to ensure the delivery of the mass production - Complete other jobs assigned by line manager or leaders
As an industry leader of energy management - low voltage switchgear and control gear in the world, we are innovating and creating the advanced technology, products and solutions for power/motor protection and controlling, protection. In Schneider Electric Shanghai R&D Center, you will work as an innovative Electronic Design Engineer to: - Find solutions in accordance with the whole project objectives of Marketing, Quality and Industrialization. - Understand all the technical constraints (drawing, specification, assembly conditions and interchangeability requirement), provide technical support to plants worldwide (Asia, Europe, North America etc.); - Define component & product verification/validation plan and lead the implementation of product evolution; - Lead the implements of technical corrective/upgrade actions; - Lead technical complexity breakthrough per project requirement to achieve technical and business targets; - Propose creative and constructive electronic resolution by deeply understand real customer needs;
As a Senior Optics Design Engineer, you will engage with an experienced cross-disciplinary staff to conceive and design innovative consumer products. You will work closely with an internal interdisciplinary team, and outside partners to drive key aspects of product definition, execution, and test. You must be responsive, flexible, and able to succeed within an open collaborative peer environment. In this role, you will: • Work with a component engineering team and product engineering team to provide rapid prototyping and characterization of optics or imaging systems • Provide support for modelling and design for prototyping and manufacturing of lightguides and lenses. • Use software tools (LightTools, Zemax etc.) to model system optics characteristics • Work with cross-functional team to draft component specification, design reviews, work with vendors to manufacture parts and validate results by specifying test parameters and methodologies • Communicate and manage overseas component manufacturing vendors A day in the life As a senior optical design engineer, the day begins with reviewing simulation results from the latest lens design iteration. I analyze optical performance metrics like sharpness,aberrations and image quality, ensuring the design meets specifications. Meetings with cross-functional teams follow, where we discuss project timelines, material constraints, and integration challenges. Afternoons are spent refining models in Zemax or CODE V, testing prototypes, or collaborating with the manufacturing team to ensure seamless production. Occasionally, I mentor engineers, reviewing their work and offering guidance. The day wraps up with documenting progress and planning next steps for future optimizations.