System Test Development Engineer

Bose Corporation•Bloomfield Hills, MI

19h•$107,300 - $147,425•Hybrid

About The Position

In the late 1970’s, the Bose home audio business was off and running! Our founder, Dr. Amar Bose, sat in an office at MIT, musing with a colleague about a new idea. When crafting speakers for the home, it was impossible to account for the acoustics of the room those speakers sat in, where they were placed, and where they were in relation to the listener. But in the automobile cabin, you could account for all three. So, it would stand to reason that a sound system specifically crafted for a certain audio cabin could drastically improve the in-car audio experience. And when in 1982, the first Cadillac Seville rolled off the line with the first factory installed, Bose custom-designed audio system ever, the potential of Dr. Bose’s idea was realized! Today, we work with automobile Manufacturers across the globe to deliver outstanding audio-based experiences and more, applying thoughtfully coordinated and meticulously engineered loudspeakers, amplifiers, and signal processing. And even though we’ve done incredible things, we know we’ve only scratched the surface of what’s possible. We offer an excellent working environment with a collaborative, team-oriented approach, and flexible working hours. We love what we do and are eager to spread the joy of working for Bose to every employee. At Bose, we recognize test development as an engineering field with unique technical challenges distinct from product development.

Requirements

Bachelor's degree or equivalent in EE or SW
5+ years test engineering experience
Broad technical skills across multiple domains including Test methodologies, Test equipment & programming, Requirement writing, Test case writing, Software, Hardware

Nice To Haves

Automotive Experience
ASPICE
Vehicle Electronic Architectures
Audio Processing
MBSE Tools (e.g. SysML)
Acoustics

Responsibilities

Develop System Qualification and Integration Tests
Develop a keen understanding of the technology to be tested as well as the test equipment capabilities and limitations
Ensure requirements are clear and testable
Devise methods of fully testing the system and integration requirements when not all interfaces are exposed for test
Write clear and useful test cases
Ensure tests are: Repeatable, Accurate, Appropriately precise