Hardware Prototype Engineer
I am developing a custom DIY smart speaker system for a feature on my YouTube channel, Jasper Tech. I am looking for a hands-on engineering student to help translate technical requirements into a functional, 3D-printable speaker.
What You’ll Do:
- Create CAD Designs: Develop models (OnShape preferred, but I can be flexible) for a multi-component speaker housing.
- Acoustic Validation & Optimization: Validate my component selection (drivers, passive radiators) against calculated internal volumes and optimize the design for performance (internal bracing, wall thickness, etc.).
- Electronics Integration: Assist in the layout and mounting of a Raspberry Pi 5, amplifier, and DAC. This includes designing for thermal management (airflow/heatsinks) and clean cable management.
- Construct & Iterate: Work through the trial-and-error of physical prototyping to ensure a retail-quality fit and finish.
Qualifications:
- Proficiency in CAD software and experience with 3D print slicing.
- A "maker" mindset—you enjoy the physical build process and troubleshooting hardware.
Bonus points for:
- Familiarity with single-board computers (like the Raspberry Pi 5) and the basics of working with electronics/open-source software (we'll be leveraging CamillaDSP).
- Interest in audio/acoustic engineering principles.
The Perks:
- Project Stipend: This is a paid, project-based role (not for academic credit), ideal for students who want real-world hardware experience. There will be milestone-based compensation as we progress through the project. Depending on your school’s CPT/OPT requirements, we can adjust the structure to work for you.
- Public Credit: Your work will be featured and credited on a tech YouTube channel with an active audience of over 300k viewers a month.
- Mentorship: I’m easy-going and have an extensive background in tech; most recently, I was a Senior Product Manager at The New York Times.
- Location: Ideally based in NYC (my studio is in Sunset Park, Brooklyn) for occasional in-person prototype testing and hand-offs.
- Flexibility: Project-based schedule that works around your classes