
Warehouse Robotics
AMR fleets, robotic picking, conveyor automation, and fulfillment-center ROI. Learn the full landscape from vendors to deployment.
Where teams are already using robotics: education, labs, operations, and industry.
Robotics Center supports robotics deployment across six major application domains. Each vertical has distinct hardware requirements, regulatory context, and data collection needs. Explore the categories below to find the right starting point for your use case, or contact us for a guided consultation.

AMR fleets, robotic picking, conveyor automation, and fulfillment-center ROI. Learn the full landscape from vendors to deployment.

Warehouse picking, palletizing, kitting, and last-mile delivery automation with data-driven manipulation policies.
Pictured: AgileX Cobot S

Strawberry pickers, vineyard robots, crop monitoring drones, and precision farming automation across food production.
Pictured: AgileX Bunker Pro

Bricklaying, rebar tying, 3D-printed buildings, and jobsite automation — the state of robotics on construction sites.
Pictured: Unitree B2

Kitchen prep, plating, fry stations, and cleaning support with measurable throughput goals and repeatable operating procedures.
Pictured: Pudu BellaBot

da Vinci, Mako, and the next generation of soft-tissue surgical systems — market leaders and clinical evidence.
Photo: Marcy Sanchez, U.S. Army, public domain, via Wikimedia Commons

Sample handling, pipetting, and analysis workflows that improve repeatability. FDA 21 CFR Part 11 compliance support.
Pictured: Universal Robots UR7e

Manufacturing, healthcare, hotels, education, home, semiconductor, energy, aviation — explore the full industry directory.
Pictured: Unitree G1
Choosing the right robot depends on your application domain. This mapping shows which Robotics Center hardware platforms are best suited for each vertical.
| Platform | Education | Lab Automation | Hospitality | Home | Manufacturing |
|---|---|---|---|---|---|
| Advanced courses | Plate handling, vial transfer | — | Tabletop tasks | Light assembly | |
| Research labs | Heavy labware, reagent bottles | — | — | Pick-and-place, kitting | |
| Humanoid research | — | Service delivery | Full-home navigation | Mobile manipulation | |
| Locomotion courses | — | Patrol, delivery | Security, pet interaction | Inspection | |
| Tactile research | Delicate sample handling | — | Fragile object handling | Quality inspection |

Purchase or lease robot platforms optimized for your application. We handle setup, calibration, and ongoing maintenance.

Our data services team collects task-specific demonstration data using teleoperation systems, then formats it for policy training.

GPU workstations and pre-configured training pipelines for ACT, Diffusion Policy, and RL approaches.
Pictured: NVIDIA DGX

From pilot design to production rollout, including safety compliance, operator training, and ongoing maintenance.

Practical guide covering lab automation systems, pilot scope, and rollout metrics for laboratory robotics programs.
Photo: Maggie Bartlett, NHGRI, public domain, via Wikimedia Commons

30+ technical terms explained with practical context, from imitation learning to whole-body control.

Robotics Center research publications and technical reports across manipulation, locomotion, and perception.
Get hardware, request data support, or talk through your use case with the team.