Design by Ebrahim

Welcome to my design studio! A little about me:

Started university at 15, now 19 in my graduating year at UBC studying Engineering Physics.
Now at Stanford building Architect, AI agents for chip design.
Previous silicon engineering intern at Apple, Tesla
Made an AI inference chip outperforming the NVIDIA Jetson across power and performance.

I love ASIC/FPGA design, computer architecture, AI, HLS, electrical circuits, and more; currently learning about applied math, physics, hardware design, machine learning, and more.

Content

Some new posts (which may be a work in progress) for the interested reader. A mix of technical content and my own life.

Outperforming NVIDIA with neuromorphic architectures (WIP)
2024-2025, my recap, and some thoughts on the future (WIP)

My older website's posts focus more on creative thinking and designing from first principles.

3mm x 3mm 2-Channel Small-Signal ADC

Closed-loop motor speed controller

Zynq 7010 FPGA->CPU BRAM Block Design

tr-ARPES XUV setup

SR780 Bandpass Measurement

My ENPH 253 team's robot speeding through turns

Wireless Energy Transfer

3mm x 3mm 2-Channel Small-Signal ADC

Closed-loop motor speed controller

Zynq 7010 FPGA->CPU BRAM Block Design

tr-ARPES XUV setup

SR780 Bandpass Measurement

My ENPH 253 team's robot speeding through turns

Wireless Energy Transfer

MC34700 Power Supply

Zynq 7010 FPGA XADC Block Design

ENPH 253 Robot Lap

Thermodynamic Joule-Thomson Simulation Results

Unity Neuroscience Game Playthrough

Improved 8-Bit Computer

ENPH 353 Robot Run

MC34700 Power Supply

Zynq 7010 FPGA XADC Block Design

ENPH 253 Robot Lap

Thermodynamic Joule-Thomson Simulation Results

Unity Neuroscience Game Playthrough

Improved 8-Bit Computer

ENPH 353 Robot Run

Contact

Twitter, Linkedin, Mail