Robotics Consulting

Guide robots with vision and algorithms to enable smarter decision making on the production floor.

Overview

Want automation in your plant to improve adaptability and resilience?

We mobilise research capabilities in the areas of robot perception and machine learning into your industrial application.

Your application and situation drive the needs of any consulting solutions we suggest. This is not a one-size-fits all approach. Each solution is custom designed to your specific needs.

We have an unrelenting focus on translating emerging research into commercial outcomes on real robotic systems for our clients. We advise upon robotic solutions that maximise the productivity of your operations. Robot arms, mobile robot platforms, or otherwise.

We transform ideas from conception to design to implementation. We can help you realise your idea, or assess the needs of your operations.

Our consulting process begins with a needs analysis and an assessment of the value and constraints. We advise on the selection of components, processes, and algorithms. We generate an integration plan to ensure that the components are integrated cohesively.

We generate budgets, work breakdown structures, perform risk assessments and provide proposals, designs and recommendations. We facilitate research and manage the R&D process, including managing reporting for the R&D Tax Incentive.

We manage the innovation process from end-to-end and have a commitment to quality in our engineering service offerings.

Learn More

Want to achieve operational excellence with data-driven industrial automation? Learn more about our robotics consulting services.

Robotics Consulting


Capability List

RESEARCH FACILITATION

  • Mobilising Research Capabilities for Your Industry
  • Robotics Research Capabilities
  • Machine Learning Research Capabilities
  • Manage External Innovation
  • Manage Internal Innovation
  • Manage R&D Process
  • Tailored ML Model Design

ROBOTICS CONSULTING AREAS

  • Robot Perception
  • Autonomous Robot Navigation
  • 2D and 3D Vision
  • Sensor Fusion
  • Robotic Hardware
  • Robot Manipulation
  • Dynamic Models
  • State-space Models
  • Autonomous Mobile Robots
  • Collaborative Robots
  • Robotics Picking and Manipulation

ROBOTICS SYSTEMS INTEGRATION

  • See Robotics Systems Integration Page