NEXCUBE was created to make practical STEM and engineering learning easier, safer, more portable, and more expandable.
Students often have the passion to build, but the practical environment around them is fragmented. Tools are bought separately, wires become messy, setup takes time, and beginners do not always know where to start.
NEXCUBE addresses this gap by combining essential lab functions into a modular cube-based ecosystem. The user can begin with a small setup, then add modules as projects become more advanced.
The system focuses on four practical values: ease of use, affordable access, guided learning, and portability.
Clear labels, fewer cables, and a simpler setup workflow.
Designed for students and early makers instead of only professional labs.
Project Hub connects hardware with tutorials, courses, and project cards.
Carry the workspace to school, club, workshop, or competition.
The technical direction is built around a docking interface, shared power infrastructure, and module-level expansion.
Magnetic alignment and pogo-pin contacts support fast reconfiguration with fewer loose wires.
Power can be distributed through the stack, reducing dependence on many individual adapters.
The physical interface is designed to reduce incorrect orientation and improve beginner safety.
NEXCUBE supports a longer-life product model. Users upgrade individual modules instead of replacing the entire system. The housing roadmap also targets recycled or more sustainable materials.
Modular repair and upgrade reduces repeated purchase of short-life tools.
The team aims to use recycled or more sustainable housing materials over time.
Accessories, spares, and service parts support longer product ownership.
The project direction supports Vietnam's long-term net-zero 2050 ambition.
Build functional MVPs, validate connectivity, run user testing, refine safety, and develop early partnerships.
Finalize manufacturing, testing, certification, website, Project Hub, and pre-order launch.
Release advanced modules, structured learning paths, community challenges, and institutional packages.
Edit this section when final public team bios are approved.
Vision, commercialization roadmap, project management, pitching, and partnerships.
Electrical design, mechanical prototyping, module architecture, safety mechanisms, and material research.
Go-to-market strategy, unit economics, educational partnerships, manufacturing, and business development support.