Coding + AI hands-on computer science, from the first block of code to the first neural network

It depends on the level you teach. For K-12 and intro coding, block-and-Python platforms like the Firia Labs CodeBot and Dobot arms let students see code drive real motion; for advanced AI, perception, and locomotion research, quadrupeds like the Unitree Go2 and mobile bases like the AgileX Tracer run ROS and Python natively. We carry RobotLAB, Dobot, AgileX, Unitree, Firia, SoftBank, UVD, and LG platforms so we can match the robot to your curriculum rather than the other way around.

Most platforms support a progression from visual block coding into Python, which is the dominant language for AI and machine learning coursework. Research-grade robots like the Unitree Go2 and AgileX Tracer typically run ROS/ROS 2 with Python and C++ APIs, while SoftBank’s NAO and Pepper support Python and graphical Choregraphe programming. This lets one platform serve students from their first loop through capstone AI projects.

Students write code that controls real sensors and motors – line following, object detection, computer vision, speech interaction, path planning, and basic machine learning models. With humanoid platforms like NAO and Pepper they build conversational and gesture behaviors; with the Unitree Go2 and AgileX bases they work on autonomous navigation and perception. The core outcome is connecting abstract code to physical, observable robot behavior, which is what makes AI concepts stick.

It varies widely by level: classroom coding kits typically run on the order of a few hundred to low thousands of dollars per unit, while research-grade quadrupeds and mobile platforms can run several thousand to tens of thousands each. A full lab budget also includes chargers, transport cases, spares, and teacher training. Tell us your grade level, class size, and budget and we’ll build an itemized quote rather than guess – request a quote on this page for exact figures.

Yes – coding and AI robotics labs are commonly funded through STEM, CTE (Perkins V), Title I/IV, ESSER carryover, and state workforce grants, plus private foundation and corporate STEM grants. Many higher-ed labs use NSF and research funding for platforms like the Unitree Go2 and AgileX Tracer. We can provide quotes, spec sheets, and standards-alignment documentation to support your application; ask us for a grant-ready package.

The coding and AI platforms we supply map well to CSTA computer science standards, NGSS engineering practices, and ISTE technology standards because students do real programming, debugging, and iterative design. Firia Labs and similar kits ship with standards-aligned lessons, and higher-ed platforms support ABET-style outcomes in robotics and AI courses. We can share a standards crosswalk for the specific platform you’re considering.

You do not need to be an expert coder to start. Most platforms include guided, scaffolded curriculum so teachers learn alongside students, and RobotLAB offers professional development and onboarding so your staff is comfortable before the robots reach the classroom. For research labs we focus training on the ROS/Python toolchain and the specific platform’s SDK.

Academic editions – like the SoftBank Pepper Academic Edition and NAO Research Robot – are configured and licensed for teaching and research, often bundled with development access, curriculum, and documentation suited to a lab environment. They’re built to be programmed and re-programmed by many students rather than run a single fixed commercial task. Accessories like transport and storage cases also matter in a shared classroom or lab setting, and we stock those too.

Many can. Platforms like the Unitree Go2 Professional, AgileX Tracer, and SoftBank NAO span an intro robotics course and graduate-level perception, locomotion, or human-robot interaction research because they expose full Python/ROS access. This lets a department justify one platform across multiple courses and research projects rather than buying separate hardware.

RaaS lets you access robots on a recurring subscription instead of a large upfront capital purchase, which can fit operating budgets and pilot programs better than a one-time buy. It can also bundle support and maintenance so a teacher or lab manager isn’t on the hook for repairs. Whether purchase or RaaS makes more sense depends on your funding source and timeline – ask us to model both.

Shared robots take wear, so we offer a Robot Maintenance Service and nationwide support to keep platforms calibrated, updated, and repaired. We also supply spares and protective transport/storage cases – important when robots like NAO and Pepper move between classrooms or get shipped for events. Keeping the fleet reliable is what protects your instructional time.

Tell us your grade level or research focus, class or cohort size, and budget, and we’ll recommend platforms, share standards alignment, and prepare a grant-ready quote – including a live or virtual demo of the robots you’re considering. To begin, use the form on this page or call 1-87-RobotLAB.