Computational Robotics

Train professionals who allow the design, development and implementation of efficient and innovative solutions for automation in production and service processes through the development and commissioning of computational robotic systems, and within this also through the design and validation of efficient models, algorithm programming, mechanical elements , electrical, electronic, control and robotic systems that comply with international quality standards and respond to the needs of the productive and services sector.

Graduate Profile

The Computational Robotics Engineer may work in the public, private or social sectors, such as:

  • Software Engineer
  • Support and maintenance engineer in industrial automation
  • Project manager
  • Embedded software programmer
  • Robotic interface engineer
  • Digital systems administrator
  • Designer of robots in the production processes of the industry
  • Engineer in Research and development of robotic systems.

Labor Offer

The Computational Robotics Engineer may work as:

  • Specialist Engineer in Spatial Reasoning
  • Product and innovation developer
  • Interface engineer
  • Emulation systems modeler
  • Process automation specialist
  • Advanced interface designer
  • Director of industrial property
  • Research and development engineer
  • Provide advice on modeling and simulation
  • Advise specialized projects in advanced manufacturing
  • Advice on the incorporation of digital manufacturing in companies