苹果Camera Hardware Design and Test Engineer
任职要求
Minimum Qualifications
• BS / MS above, 5+ years of Electrical Engineering design, Mechanical Engineering design equivalent experience.
• Expertise in 5+ years electrical for customized instrument and tester development
• Willingness and ability to travel: up to 4~6 times travel a year and estimate in 8-10 day trips. (~20%)
• Excellent written and verbal communication with ability to communicate clearly with both internal and external partners in worldwide geographies.
Preferred Qualifications
• Board level experience across different applications and technologies.
• Hands on experience with lab test equipment to debug hardware issues(Lab validation).
• Schematic capture and rigid/flexible PCB layout.
• Fundamentals of Signal and Power Integrity and able to do measurement.
• Basic understanding in CAD 3D & 2D experience including DFM, DFMEA.
• Documentation of test engineering requirement specification and developing/executing project plans, specifying test stations and diagnostics for testing product features, Specifying/implementing test process control and test data collection.
• Proactive, self-motivated engineer who can take the initiative and lead improvement.工作职责
Develop new test equipment and procedures for camera module validation and production test. Lead Apple vendor and X-functional teams to resolve critical electrical, signal and power integrity issues Lead implementation for camera sub-system with challenging component and system requirements. Develop electronic testing prototypes for new camera features and product concepts Optics / images processing and testing knowledge would be a plus.
Responsibilities and activities for this position include the following: • Serve as Apple’s in-region thermal expert by leveraging a thorough understanding of the system-level and module-level thermal design and validation requirements. Experience in passive device thermal design is preferred. • Collaborate with U.S.-based Senior Thermal Engineers on technology evaluation, design investigation and process development for new products. • Guide and execute thermal testing at OEM and suppliers factories; Complete data reduction/analysis and prepare test reports. • Establish and manage relationships with thermal suppliers to identify emerging technologies and collaborate with them on the development of new technologies to meet Apple’s product roadmap needs. • Take the leading role in suggesting or adopting ideas for improving productivity and quality of thermal components. • Provide in-region expertise for root cause and corrective action of system thermal failures and defective thermal parts/materials. • Train engineers at OEM and vendor factories to produce high quality products using well-defined specifications, advanced production processes and update-to-date validation tools and codes.
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.