Enabling the humanoid robotics industry: First-time right design

The global humanoid robot market has reached approximately USD 16.5 billion, and 2025 is widely recognized as the industry's first year of mass production. Getting the design right from the start is a competitive necessity.

Designing humanoid robots as one team

Humanoid robot design is one of the most complex systems engineering tasks in modern industry. It requires deep integration and collaborative innovation across mechanical engineering, electronics, artificial intelligence, materials science and biomechanics. No single discipline can support the full scope of development on its own.

Traditional sequential workflows create long development cycles, design mismatches and costly late-stage rework.

Leading humanoid robot manufacturers are moving away from fragmented, discipline-by-discipline development and toward a unified digital approach that brings all teams and all data together from day one. This means:

• Simulation embedded at the earliest design stage, not applied after the fact
• Mechanical, electrical and control teams working in parallel within a shared digital environment
• Manufacturing considerations built into the design process, not addressed after handoff
• A single source of truth for all MBD models, simulation data and documentation across disciplines
• Virtual commissioning that validates performance before a single physical prototype is built

Download the eBook to learn how leading manufacturers are achieving right-first-time humanoid robot design, from structural modeling and multiphysics simulation to virtual commissioning and mass production readiness.