Acoustic Systems Engineering Co-op

Bose Corporation, U.S.A•Us, MI

10d•Onsite

About The Position

Bose Corporation is seeking a student for a six-month Spring Co-op with its Audio Acoustic Systems team. The co-op supports research and development of new and emerging audio technologies, providing hands-on experience with acoustical measurement, prototype evaluation, data analysis, and audio system development. The role works alongside experienced engineers on a fast-paced development project and includes short-term research projects addressing technical questions. Candidates must be available to work full-time, 40 hours per week, in-office from January 11 through June 25, 2027. No relocation assistance is available. Current authorization to work in the United States is a precondition of employment. The co-op will take and analyze acoustical measurements of loudspeakers, audio systems, and prototypes; set up and conduct acoustic tests; use MATLAB to process and visualize data; and work with engineers to evaluate prototypes and investigate system performance. The role also includes developing audio tunings in concept vehicles, documenting methods and conclusions, and communicating findings and recommendations to the engineering team. The student will contribute to active R&D work and gain experience developing and evaluating audio systems as technologies progress toward real-world applications. The position is intended for a junior- or senior-standing BS or MS student in Electrical Engineering, Mechanical Engineering, Acoustical Engineering, Computer Engineering, or a related technical field. Candidates should be proficient in MATLAB, interested in audio and acoustics, comfortable taking ownership of assignments, and able to work independently and collaboratively in a dynamic environment. Experience with acoustical measurements, signal processing, loudspeakers, audio systems, data acquisition, laboratory testing, or MATLAB automation is beneficial but not required. The hiring range for the primary work location in Bloomfield Hills, Michigan, is $29.00–$37.25 per hour. Ranges at other Bose work locations may vary. Bose also mentions bonus programs, comprehensive health and welfare benefits, a 401(k) plan, wellbeing perks, and an employee discount.

Requirements

Be a BS or MS student in Electrical Engineering, Mechanical Engineering, Acoustical Engineering, Computer Engineering, or a related technical field.
Have junior or senior standing.
Be proficient in MATLAB; basic MATLAB coding or scripting experience is noted as a plus.
Have a passion for audio and an interest in acoustics, loudspeakers, signal processing, or audio system development.
Be self-motivated, comfortable taking ownership of assignments, and able to work independently.
Enjoy hands-on testing, experimentation, and solving technical problems.
Have strong analytical and problem-solving skills.
Be able to work effectively in a fast-paced, dynamic environment where priorities and technical challenges can change.
Have good organization and communication skills and be able to clearly explain technical findings.
Be available to work full-time, 40 hours per week, in-office from January 11 through June 25, 2027.
Be currently authorized to work in the United States.

Nice To Haves

Experience with acoustical measurements, signal processing, loudspeakers, audio systems, data acquisition, or laboratory testing.
Experience using MATLAB to automate measurements, analyze data, or create visualizations.

Responsibilities

Support research and development activities for new and emerging audio technologies.
Take and analyze acoustical measurements of loudspeakers, audio systems, and prototypes.
Set up and conduct acoustic tests using laboratory and prototype measurement equipment.
Use MATLAB to process, analyze, and visualize measurement data.
Work with engineers to evaluate prototypes and investigate system performance.
Design and develop audio tunings in concept vehicles.
Take ownership of short-term research projects addressing specific technical questions.
Analyze results and communicate findings and recommendations to the engineering team.
Document test methods, results, and conclusions for others to use.
Adapt to changing priorities and technical challenges in a fast-moving development program.