Why With Me?
A student today. A system builder every day.
AI-driven robotics and autonomous systems
Embedded intelligence and IoT automation
Real-time control systems and sensor integration
Rapid robotics prototyping; including a humanoid robot built in one month.
Building at the Intersection -->
I help teams take ideas that live in notebooks and whiteboards and turn them into real systems that ship.
That usually means connecting sensors, robots, and cloud software into something that is easy to operate, debug, and iterate on.
CURRENTLY EXPLORING
A short list of the problems currently on my workbench.
I rotate these often, but they are always hands-on, practical, and close to real users or hardware.
ESP32 programming and embedded communication
AI endpointing and low-latency speech systems
Sensor fusion algorithms for robotics
Impact Snapshots
A few places where the numbers actually moved.
Fully functional humanoid robot
Real-time control and sensor systems
Embedded IoT solutions
Let's Collaborate
I'm looking for collaboration on interesting projects that push boundaries

Collaboration Focus
AI-driven robotics and autonomous systems
The kind of work where tight feedback loops, clear constraints, and real-world testing matter more than slide decks.
Includes
- Concept to prototype for autonomous robots and agents
- High-level system design, safety, and constraints
- Telemetry, logging, and observability baked in

Collaboration Focus
Embedded intelligence and IoT automation
The kind of work where tight feedback loops, clear constraints, and real-world testing matter more than slide decks.
Includes
- Embedded firmware and board bring-up
- IoT pipeline design from edge device to cloud
- Dashboards and tooling for real-world monitoring

Collaboration Focus
Real-time control systems and sensor integration
The kind of work where tight feedback loops, clear constraints, and real-world testing matter more than slide decks.
Includes
- Control loop design and tuning
- Sensor fusion and signal processing
- Latency budgets and real-time behavior