Smart Manufacturing Lab

Test, Automate and Optimise Manufacturing Systems

The Smart Manufacturing Lab supports the development and validation of advanced manufacturing solutions within an applied R&D environment.

From early-stage feasibility testing through to pilot-scale automation, the lab combines robotics, machine vision, sensing, and digital manufacturing tools to help organisations de-risk investment and improve production performance.

As one of MiLabs’ applied R&D engines, the Smart Manufacturing Lab connects businesses with researchers, students, and industry-grade infrastructure to accelerate manufacturing innovation.

Core Competencies

Work with our team to design, test, and refine manufacturing systems using robotics, machine vision, automation, and digital manufacturing tools.

  • Robotics and Automation

    Prototype automated workflows, test robotic integration, and evaluate system feasibility before investing capital.

  • Machine Vision and Quality Assurance

    Use AI-enabled computer vision to detect defects, classify products, and improve consistency in real time.

  • Digital Manufacturing and Virtual Commissioning

    Simulate production lines, optimise layouts, and reduce deployment risk using digital twins and process modelling.

  • Sensor Systems and Data Integration

    Deploy sensing, edge computing, or data pipelines to monitor, measure, and optimise manufacturing performance.

Applied R&D Activities in the Smart Manufacturing Lab

MiLabs engages through defined applied R&D delivery models, depending on project maturity and objectives.

  • Applied Prototypes & Pilots

    Hands-on development of proof-of-concept and pilot-ready manufacturing systems, automation workflows, and digital production solutions using Smart Manufacturing Lab equipment and facilities.

  • Applied Studies & Technical Investigations

    Commissioned, on-site applied investigations into defined manufacturing challenges, including feasibility studies, process optimisation pathways, and automation readiness assessments.

  • Benchmarking, Testing & Validation

    Independent performance testing and validation of manufacturing systems, robotics, machine vision, and digital workflows conducted within controlled lab and simulated production environments.

  • Embedded R&D & Technical Advisory

    Researchers, engineers, and specialists embedded alongside project teams to scope, guide, and optimise applied manufacturing R&D, automation design, and systems integration.

  • Capability Building & Training

    Skills and capability development delivered alongside live Smart Manufacturing projects, enabling teams to build long-term confidence and technical independence in advanced manufacturing technologies.

Typical Project

  • Robotics feasibility trials and automated workstation design
  • Machine vision QA pipelines for defect detection
  • Digital twin creation for production lines
  • Sensors and IoT integration for predictive maintenance
  • Workflow simulation to optimise throughput
  • Proof-of-concept automation for SMEs and scale-ups

Why Businesses Choose Smart Manufacturing Lab

Applied R&D designed to reduce risk and accelerate manufacturing decisions.

Facts and figures

  • De-risk automation before committing capital

    Test robotics, machine vision, and digital manufacturing approaches in an applied R&D environment before making large-scale investment decisions.

  • Flexible, project-based engagement

    Start small, validate quickly, and scale with confidence through scoped, milestone-driven projects aligned to real manufacturing challenges.

  • Integrated digital and physical testing

    Combine simulation, virtual commissioning, and digital twins with hands-on testing of automated systems and production workflows.

Talent Integration

Talent That Accelerates Your Project

Every project in the Advanced Manufacturing Lab integrates student capability through the Industry Innovation Program (IIP). Students work alongside researchers and engineers to support modelling, prototyping, data analysis, and automation development.

Learn about our Talent Programs