Analog Circuit Design Intern
- Working within the analog circuit design team on custom CMOS blocks.
- Building and running circuit simulations in Cadence Virtuoso to validate design behavior.
- Supporting digital-side simulation work for enable-pin logic.
Designing circuits that shape the physical world.
Hardware · Embedded Systems · Signal Processing
I'm Yifan Hu, an Electrical Engineering student at UCLA who loves tinkering. I enjoy solving complex hardware problems and translating theoretical concepts into functional devices.
I specialize in embedded systems and PCB design, with a strong foundation in analog and digital circuit analysis. I'm drawn to projects where clean engineering meets real-world constraints.
Currently interested in Hall Effect & TMR keyboards, magnetic mice architecture, and Apple's next-generation hardware direction. Always building something.
Part hall effect part mechanical keyboard designed with a custom PCB and firmware. Features include per-key RGB lighting, hot-swappable switches, and 75% layout.
Custom 27 MHz digital communication system designed from scratch using MATLAB and RF hardware blocks. Focused on signal integrity, modulation scheme design, and over-the-air data reliability at range.
Designed and built a series of RC fixed-wing aircraft, focusing on aerodynamic stability, lightweight frame construction, and custom ESC/motor configurations. Iterated through multiple airframe designs and tested flight characteristics at various speeds and load conditions.
Autonomous quadcopter built from the ground up — carbon-fiber airframe, custom electronics stack, and PX4 flight controller with full PID tuning. Sensor calibration via QGroundControl. Built and tested in the UCLA makerspace.
High-speed data acquisition system designed to capture and process sensor streams at extreme sample rates. Implemented real-time signal buffering and transmission pipeline using custom embedded firmware on a microcontroller platform.
Multi-band analog equalizer with active op-amp filter stages for bass, mid, and treble control. Hand-etched custom PCB, potentiometer-driven frequency adjustment, and a 3D-printed enclosure. Built from breadboard prototype to finished product.
University of California, Los Angeles (UCLA)
Currently gaining hands-on industry experience, and always open to new research
opportunities, project collaborations, and future internships.
Don't hesitate to reach out — I'd love to connect.