BenjaminMarler
// Engineering systems where physics meets agentic intelligence.
About Me
I split my brain between Computer Science and Physics at Northeastern University. This duality drives me to look for the underlying laws in software—optimizing for efficiency like a thermodynamics problem.
Currently, I'm focused on agentic AI and robust ETL pipelines. My work focuses on building the infrastructure that allows intelligence to interact with complex, unstructured data reliably.
When I'm away from the keyboard, you'll find me competing on the Ultimate Frisbee field, mountain biking, or active within DKE.
Professional Path
// THE TRAJECTORY
Selected Projects
// Engineering logic & physical simulations
Orbital
Slingshot
Navigate around a supermassive singularity with crushing gravitational pull. One launch. Extreme physics. Can you escape the event horizon?
Launch Vector
Drag to aim your trajectory. Precision is critical—the singularity warps spacetime itself.
Event Horizon
The black hole's immense gravity will pull you in. Too close means instant annihilation.
Stable Orbit
Reach the target zone and maintain position. Master the physics to achieve orbital capture.