uLearn
A comprehensive robotics education ecosystem pairing NVIDIA-powered humanoid and collaborative robots with modular curriculum, research support, and Robot-as-a-Service delivery. Built for universities, K-12 STEM programs, and R&D labs.
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Everything institutions need to launch and scale hands-on robotics programs
NVIDIA-powered humanoid and collaborative robots give students and researchers real-world experience in AI, computer vision, locomotion, and manipulation.
Standards-aligned, semester-ready courses covering AI, vision, locomotion, manipulation, and human-robot interaction for undergraduate, graduate, and advanced K-12 programs.
From 48 to 200 TOPS of AI compute, with open SDKs and ROS 2 support, our platforms give research labs the processing headroom for advanced perception and autonomy work.
Predictable subscription pricing replaces capital equipment budgets. Hardware, software, curriculum, and support delivered together — always current, always covered.
Humanoid and collaborative robots across education and research
The K1 lineup puts NVIDIA-powered humanoid robots within reach of every STEM program. Three configurations — Geek (48 TOPS), Edu (117 TOPS), and Pro (200 TOPS) — share the same compact ~95 cm frame with 22 degrees of freedom, giving students and researchers a consistent platform that scales from introductory courses to advanced AI research.
AI compute (Edu / Pro)
Degrees of freedom
Compact humanoid height
High-speed connectivity
At 118 cm with 23 degrees of freedom, the T1 is a full-size humanoid purpose-built for human-robot interaction research. Dual compute — Intel i7 plus NVIDIA AGX Orin — delivers 200 TOPS of AI performance for advanced perception, dialogue systems, and expressive movement. A 2-hour battery supports extended experiment sessions in the lab or field.
Dual compute (i7 + AGX Orin)
Full-body articulation
Full-size humanoid
Extended battery life
Robotics education and research across disciplines
Launch hands-on AI and robotics courses with humanoid platforms, modular curriculum, and research-grade compute. Give students real-robot experience from day one.
Embodied AI, manipulation, locomotion, and multi-modal perception research on platforms delivering up to 200 TOPS of compute with open SDKs and ROS 2 support.
Competition-ready humanoid platforms for advanced high school robotics programs. Inspire the next generation with real AI and robotics, not just simulations.
Social robotics, dialogue systems, emotion detection, and gesture recognition research on expressive platforms like Pepper, Mirokai, and the T1 humanoid.
Patient interaction research, therapeutic robotics studies, and lab automation exploration with platforms designed for safe, close-proximity human-robot collaboration.
Industry partnerships, applied skills training, and certification pathways that prepare students for careers in robotics, automation, and AI engineering.
Eight platforms spanning education, research, and human-robot interaction
Purpose-built for classroom STEM education, the K1 Edu combines NVIDIA Jetson Orin NX compute with 22 degrees of freedom for rich, hands-on learning in AI, locomotion, and computer vision.
| Compute | NVIDIA Jetson Orin NX |
| AI Performance | 117 TOPS |
| Degrees of Freedom | 22 DoF |
| Height | ~95 cm |
| Weight | ~19.5 kg |
| Battery | 80 min |
| Connectivity | WiFi 6 |
The K1 Pro delivers 200 TOPS of AI compute in the same compact humanoid frame, giving research labs the processing headroom needed for advanced perception, reinforcement learning, and multi-modal AI experiments.
| AI Performance | 200 TOPS |
| Degrees of Freedom | 22 DoF |
| Height | ~95 cm |
| Weight | ~19.5 kg |
| Battery | 80 min |
| Connectivity | WiFi 6 |
An accessible starting point for students and makers, the K1 Geek runs on a Qualcomm processor with 48 TOPS and 22 degrees of freedom, offering a cost-effective path into humanoid robot programming and design.
| Compute | Qualcomm |
| AI Performance | 48 TOPS |
| Degrees of Freedom | 22 DoF |
| Battery | 30 min |
A full-size humanoid for human-robot interaction research, the T1 pairs Intel i7 CPU with NVIDIA AGX Orin for 200 TOPS of AI power. With 23 DoF, a 2-hour battery, and expressive movement, it is ideal for HRI studies and advanced autonomy work.
| Compute | Intel i7 + NVIDIA AGX Orin |
| AI Performance | 200 TOPS |
| Degrees of Freedom | 23 DoF |
| Height | 118 cm |
| Weight | ~30 kg |
| Battery | 2 hr |
The world’s most recognized social robot, Pepper brings 20 DoF, a 12-hour battery, and the NAOqi 2.9 SDK to classrooms and labs. Ideal for dialogue systems, gesture research, and public-facing HRI applications.
| Height | 120 cm |
| Weight | 28 kg |
| Degrees of Freedom | 20 DoF |
| Battery | 12 hr |
| Software | NAOqi 2.9 |
Mirokai combines 28 DoF, ball-bot omnidirectional mobility, and 8 articulated fingers for expressive social interaction and dexterous task execution. A unique platform for social robotics and manipulation research.
| Height | ~123 cm |
| Weight | ~30 kg |
| Degrees of Freedom | 28 DoF |
| Mobility | Ball-bot (omnidirectional) |
| Hands | 8 articulated fingers |
A 7 DoF collaborative robotic arm built for manipulation research. With 3 kg payload, 855 mm reach, and repeatability to within 0.1 mm, Franka Research 3 is the standard for grasping, assembly, and dexterous manipulation studies.
| Type | 7 DoF Robotic Arm |
| Payload | 3 kg |
| Reach | 855 mm |
| Repeatability | ±0.1 mm |
All the capabilities of the T1 platform with extensible arm degrees of freedom and optional grippers, enabling pick-and-place, object handoff, and physical manipulation research on a full-size humanoid frame.
| Compute | Intel i7 + NVIDIA AGX Orin |
| AI Performance | 200 TOPS |
| DoF (body) | 23 DoF + extensible arm DoFs |
| Height | 118 cm |
| Weight | ~30 kg |
| Battery | 2 hr |
| End Effectors | Optional grippers |
Everything you need to launch and sustain a world-class robotics program
Standards-aligned, semester-ready modules covering AI, computer vision, locomotion, manipulation, and human-robot interaction. Designed for undergraduate, graduate, and advanced K-12 programs.
Structured onboarding for faculty and research teams, including platform setup, SDK walkthroughs, and sample projects to accelerate time-to-first-experiment.
Pre-built frameworks for dialogue systems, gesture recognition, emotion detection, and social navigation. Plug-and-play building blocks for human-robot interaction studies.
Dedicated support engineers, remote diagnostics, firmware updates, and preventive maintenance schedules to keep your fleet running all semester long.
uLearn robots are available through our Robot-as-a-Service model, removing the barrier of large capital expenditures. Get the hardware, software, curriculum, and support you need in one predictable subscription.
Fixed monthly or annual pricing replaces capital equipment budgets with operating expenses.
Hardware refreshes, software updates, and new curriculum modules delivered as part of your subscription.
Start with a single robot and grow your fleet as enrollment or research demand increases.
Maintenance, repair, and replacement included. Focus on teaching and research, not logistics.
Tell us about your program and we will build a custom robotics solution