 Acoustic Transducer Engineer at Apple

Boulder, Colorado, United States -

Full Time

Start Date

Immediate

Expiry Date

06 Feb, 26

Salary

0.0

Posted On

08 Nov, 25

Experience

2 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Acoustic Principles, Vibration, Electromechanical Systems, Finite Element Analysis, COMSOL, Lumped-Parameter Simulation, MATLAB, Simulink, 3D Solid Modeling, Transducer Design, Testing, Speaker Components, Failure Analysis, Manufacturing, Prototyping, Mass Production

Industry

Computers and Electronics Manufacturing

Description

At Apple, we believe sound is essential to the ultimate customer experience. Over the years, Apple has amassed an elite Acoustics organization that enables our customers to experience music with delight, communicate with clarity, and enjoy elegant sound throughout our product line. Apple Acoustics works with the utmost attention to detail, directly impacting the design of products that millions of people around the world love! Within this Acoustics org, our Transducer Engineering team pioneers novel speaker designs that are integrated into all Apple products. We are a diverse team of acoustics and vibration experts, accomplished listeners, and creative problem solvers. We work closely with multi-disciplined specialists including mechanical engineers, system engineers, industrial designers, audio tuners and components suppliers to conceptualize and create transducers across Apple product lines. We are looking for an Acoustic Transducer Engineer to help take our future products to the next level. Could this be you? DESCRIPTION As an Acoustic Transducer Engineer, you will work with a team of people passionate about audio and delivering the best possible user experience. You will drive all aspects of transducer design and development, helping our manufacturing partners scale production and testing. The role involves linear and non-linear computer simulation of electromagnetic, acoustics and structural mechanics. You will optimize each design aspect for our custom transducers and work with other multi-functional teams (product design, mechanical engineering, audio tuning, audio integration, manufacturing, etc) to deliver great audio. MINIMUM QUALIFICATIONS Most of our engineers have advanced degrees in Acoustics or an equivalent field (physics, electrical or mechanical engineering, etc.), but if you’ve followed a different path to expertise in acoustics and transducer design that’s fine too A self-disciplined creative problem-solver and communicator who works cross functionally, with the ability to work on fast-paced multiple projects at the same time and prioritize Ability to travel internationally PREFERRED QUALIFICATIONS Strong background in acoustic principles (sound propagation, wave behavior and resonators), vibration and electromechanical systems Experience with Finite Element Analysis software COMSOL (electromagnetic, structural mechanics and acoustics) for simulations and analysis Working knowledge of lumped-parameter simulation methods and tools, as implemented in either equivalent circuit simulators or System Dynamics simulators (MATLAB and Simulink) Experience with 3D solid modeling and meshing tools Experience with transducer design and testing (from single suspension micro speaker design to professional speakers) and understanding of loudspeaker design methods (and tradeoffs such as power, dimensions and cost). Experience with speaker components and materials, assembly techniques and process, failure analysis and integration into products through prototype to mass production builds. Ability to work with manufacturing suppliers/vendors on DFM from early design phase to prototyping and mass production Useful but not required: Experience with Speaker LPM and nonlinear parameters measurements systems like Klippel

Responsibilities

As an Acoustic Transducer Engineer, you will drive all aspects of transducer design and development, collaborating with various teams to optimize audio performance. You will also assist manufacturing partners in scaling production and testing of custom transducers.