Sensing Product Design Architecture Engineer

In our fast-paced, device centric world, Apple is constantly innovating to meet the ever growing demand for cutting-edge features. We’re seeking a talented engineer to join our Sensing Product Design Architecture team and help us set the standard for excellence, creativity, and innovation. As a senior member of our Architecture team, you will be pivotal in shaping the fundamental mechanical design and performance of sensing modules. You will leverage advanced analytical and numerical methods to develop robust, data-driven design solutions for some of Apple's most challenging and cutting-edge features, ultimately defining the foundational performance of products used by millions worldwide.

Description

Lead the architectural mechanical analysis and performance modeling of advanced sensing modules, focusing on robustness across diverse operating conditions and manufacturing variations. This includes leveraging expertise in finite element analysis (FEA), closed-form analytical solutions, and comprehensive tolerance analysis to drive fundamental design decisions. You will work with a talented multifunctional team to generate design concepts and quantify performance impacts through complex analytical models for various sensing technologies within Apple’s portfolio of products.

Minimum Qualifications

BS and a minimum of 10 years relevant industry experience
BS in Mechanical Engineering or a related field
Deep understanding of advanced mechanical engineering principles (solid mechanics, materials science, heat transfer).
Proven experience with data-driven design using statistical analysis (e.g., Monte Carlo, DoE) and tolerance analysis.
Experience designing for a high-volume production environment; consumer electronics or sensing is a plus.

Preferred Qualifications

Expert proficiency in 3D CAD software (e.g., Siemens NX, SolidWorks, Creo) for the creation, modification, and preparation of mechanical designs specifically for advanced analytical modeling and simulation workflows.
Demonstrated mastery in advanced computational mechanics, including Finite Element Analysis (FEA), to model and predict complex multi-physics behaviors (e.g., structural, thermal, vibrational, fatigue) critical to the performance and reliability of sensing modules.
Expertise in analytical programming languages such as Python or Matlab for advanced data analysis, scientific computing, numerical simulations, and workflow automation. Experience developing and deploying scalable analytical tools or web applications to empower broader engineering teams is a significant advantage.
Exceptional written and verbal communication skills, with a proven ability to distill complex technical findings for diverse audiences, drive cross-functional alignment, and positively contribute to the engineering community through technical leadership and mentorship.