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Robotics Engineering

Integrated mechanical, electronic and software engineering for intelligent robotic platforms.

R&D status: In developmentWhat each status means

Discuss a projectCollaborate on research

What it covers

Where it applies

Education, inspection, logistics, agriculture and service robotics.

Capabilities

  • ROS and ROS 2
  • Sensing
  • Control
  • Navigation
  • Robotic arms
  • Mobile robotics
A robotic arm in a laboratory

Research focus

Where the R&D work in this domain is concentrated.

  • Industrial robotics
  • Service robotics
  • ROS and ROS 2

Engineering disciplines behind it

Robotics and autonomy

  • ROS and ROS 2
  • Kinematics
  • Navigation
  • Control
  • Sensor fusion
  • Robot integration

Electronics and rapid prototyping

  • PCB design
  • CAD
  • Mechanism design
  • Enclosure design
  • Assembly and test

Solutions built on it

What a business asks for, and what this domain lets us build.

  • AI and Robotics Lab Solutions

    The problem
    Schools and institutions without practical future-technology infrastructure.
    What we build
    Foundation, Advanced and FutureTech labs with equipment, curriculum, installation and training.
    See this solution: AI and Robotics Lab Solutions

Related work

Portfolio work that draws on this domain, each at its evidenced status.

Industries it serves

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Programmes that teach the skills this domain is built on.

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Bring us the problem.

Whether it is a research question or a system to build, the conversation starts the same way: with what you are trying to achieve.

Collaborate on researchCo-development, sponsored research, pilots and institutional partnerships with TechnoBerg R&D.Collaborate with R&DDiscuss a technology projectEngineering, automation, vision or software: a defined system for a defined outcome.Discuss a technology project