David Salazar
Omni-directional acoustic transducer
I am a Mechanical Engineering student at the Georgia Institute of Technology. I have a deep interest in acoustic transducers and the audio signal chain. Furthermore, I have a love for process efficiency and planning, I have used my skills in developing processes and machinery to manufacture speaker components and continue to learn manufacturing techniques to streamline planned and existing products.
Omni-directional acoustic transducer
A compact and portable oven with curing schedules, capable of holding temperature to within 2 degrees throughout the cure cycle
A punch and Die with two tons of force and capable of quick and repeatable cuts within 0.05mm
A fully ironless motor with greater flux density and drastically reduced induction
A robust rotary cutter with a quick replaceable blade for cutting fabric, foam, and laminate with precision
A 3D printed quick release precision rig for testing of omni-directional accoustic diaphragms
A pressure adjustable and fully ready mold system for use in non-pressurized autoclaves for composite curing
Arduino controlled robot with drivetrain, ball shooting, recovery, and delivery system which scored in the top 10% of 50 teams