Infographie

Efficiently engineer robots of the future using simulation and testing solutions

The advancement of robotics engineering is paramount to deliver on Industry 4.0 promises. From verifying kinematic linking of rigid and deformable structures involving sophisticated joints to validating control logics before prototyping, pretty much every aspect of robotics engineering requires a novel modeling approach coupling multiple domains.

The testing and simulation solutions from Siemens offer design, analysis, testing, and commissioning solutions to take control of robot complexity and cost.

The infographic highlights the evolution of robot, industrial composition of robot stock, hurdles to broader adoption of robotics, and simulation and testing solutions offering to tackle major engineering challenges.

The advancement of robotics engineering is paramount to deliver on Industry 4.0 promises. From verifying kinematic linking of rigid and deformable structures involving sophisticated joints to validating control logics before prototyping, pretty much every aspect of robotics engineering requires a novel modeling approach coupling multiple domains.

The testing and simulation solutions from Siemens offer design, analysis, testing, and commissioning solutions to take control of robot complexity and cost.

The infographic highlights the evolution of robot, industrial composition of robot stock, hurdles to broader adoption of robotics, and simulation and testing solutions offering to tackle major engineering challenges.