Autonomy is a closed loop.
Demos don't count. We engineer from signal to action so machines perceive, decide, and act under real constraints — latency, uncertainty, and people nearby.
Notchbit is building the intelligence layer for autonomous machines — perception, decision-making, and reliable control in the real world. We're looking for engineers who want to ship systems that hold up outside the lab, across disciplines, and at the edge of what's possible.
View open roles ↗
Demos don't count. We engineer from signal to action so machines perceive, decide, and act under real constraints — latency, uncertainty, and people nearby.
We tune a shared AI stack through simulation, telemetry, and fleet feedback so the same intelligence can transfer across vehicles and environments.
Power budgets, safety, and edge compute shape the architecture. Software that ignores the machine fails the moment it leaves the lab.
We approach robotics with a systems mindset — models, middleware, control, and observability working as one product, not a pile of prototypes.
We build autonomy for real jobs: guiding visitors, following people, moving passengers — productive work in airports, venues, and compounds.
Physical AI needs more than models. Perception, planning, embedded systems, safety, and field operations have to work together.
We're looking for builders who want to tackle hard autonomy problems, work across disciplines, and help create systems that move people and goods safely in the physical world.
For students, recent graduates, researchers, and early-career builders interested in applying AI and robotics to real machines. Work alongside experienced engineers on live systems, take ownership early, and contribute from day one.
View open roles ↗Work on real problems across robotics, AI, software, simulation, and embedded systems. Notchbit interns contribute to live products, gain hands-on experience, and help build the software brains behind physical AI.
View open roles ↗“The hard part isn't the demo — it's autonomy that still works when the world pushes back.”
Most software never leaves a screen. Ours has to sense, decide, and act in the physical world. Notchbit exists to make advanced robot autonomy accessible, reliable, and scalable — from perception to control, as one stack.