òòò½Íø

List of Modules

• Advanced Manufacturing Processes for Sustainable Polymer-based Materials (40 hours)

• Advanced Smart Machining Technology (40 hours)

• Apply Advanced Coating Technologies for Corrosion and Wear Protection (42 hours)

• Apply Autonomous Mobile Robots for Flexible Automation (33 hours)

• Apply Design Thinking for Product Innovation (24 hours)

• Apply Digital Transformation & Innovation™ (DTI™) Methodology (40 hours)

• Apply Injection Moulding Tool Design (51 hours)

• Apply Operations Improvement Fundamentals (40 hours)

• Apply Robotics for Manufacturing Automation (40 hours)

• Apply Surface Enhancement and Finishing Technologies (42 hours)

• Automation Components and Systems for Advanced Manufacturing (42 hours)

• Automated Inspection Systems (45 hours)

• Automation Design and Simulation (42 hours)

• Carbon Footprinting through Life Cycle Assessment (40 hours)

• Co-Facilitation of Company Operations And Technology Road Mapping (STORM-LITE M2) (28 hours)

• Connectivity for Visibility and Decision Making in Smart Factories (24 hours)

• Containers for Deploying and Scaling Smart Manufacturing Services (40 hours)

• Control in Automation Systems (42 hours)

• Data Mining for Correlation Analysis (DM-LITE) (16 hours)

• Data-driven Predictive Maintenance and Optimal Plan (40 hours)

• Data Pre-Processing for Data Analytics (16 hours)

• Design Arc Welding (45 hours)

• Design Precision Machines (42 hours)

• Develop Machine Health Monitoring Techniques (42 hours)

• DevSecOps Engineering and Automation for Smart Manufacturing Services (40 hours)
  

• Digital Leadership In the Age of Artificial Intelligence (AI) (8 hours)

• Digitalisation of Business Process Workflow (16 hours)

• Digitalising Maintenance Operations for Productivity Improvement (16 hours)

• Dimensional Measurements and Metrology (45 hours)

• Direct Deposition 3D Printing For Manufacturing and Remanufacturing (40 hours)

• Engineering Optics and Optical Measurements (45 hours)

• Evaluate Advanced Metal Welding Processes (45 hours)

• Factory Performance Improvement through Operations Modelling and Simulation (40 hours)

• Geometric Dimensioning & Tolerancing (42 hours)

• Healthcare Product Innovation through Lab-on-a-Chip and Advanced Testing Technologies (42 hours)

• Holistic Transformation (HoT™) Assessment Framework (8 hours)

• High Speed Additive Manufacturing Processes For Metallic Components (45 hours)

• Implement Fundamentals of Corrosion and Corrosion Prevention (42 hours)

• Implement Large-area Processing for Applications in Printed Electronics and Functional Films (42 hours)
  

• Implement LEAN Manufacturing (40 hours)

• Implement LEAN to Improve Operational Efficiency (I-LEAN) (16 hours)

• Implement Manufacturing Data Mining Techniques (42 hours)

• Implementation of Fundamental LEAN at Workplace - Introduction to Industry 4.0 (LEAN-Lite) (26 hours)
  

• Improve Operations Action Plan using OmniMethodology (40 hours)

• Improve Quality Monitoring and Management Through Digitalisation (16 hours)

• Innovative Product Design and Prototyping (42 hours)

• Intelligent Inspection for Digital Manufacturing (24 hours)

• Inventory Management for Smart Manufacturing and Services (40 hours)
  

• Machine Learning for Supply Chain Analytics and Operations Management (40 hours)
  Note: This module is also referred to as "Machine Learning for Supply Chain Analytics and Last Mile Logistics Planning".

• Materials Characterisation (45 hours)

• Operations MaNagement Innovation - Lean Improvement Towards Excellence (OMNI-LITE) (40 hours)

• Overall Equipment Effectiveness Fundamentals & Calculation (OEE-LITE) (16 hours)

• Plan and Manage Project for Implementation (30 hours)

• Polymer-based Additive Manufacturing Processes for Flexible Mass Customisation (45 hours)

• Powder-bed Additive Manufacturing Processes for Complex Functional Metallic Components (45 hours)

• Production Planning & Scheduling for Smart Manufacturing (24 hours)

• Real-time OEE for Industry 4.0 (40 hours)

• Resilience+: Understanding and Building a Resilient Supply Chain (16 hours)

• Resource Scheduling For Service Industries (16 hours)

• Review Coating Failure Prevention and Coating Improvement (42 hours)

• Review Welding Operation and Quality Control (45 hours)

• ROS-Industrial: Introduction to ROS2 (ROS2 Basic) (32 hours)
  Note: Applicants must meet the course’s additional pre-requisites to be allowed to submit their registrations. For more information, please visit the course webpage.

• ROS-Industrial: ROS2 Mobile Robot Navigation (Nav2) Competency (32 hours)
  Note: Applicants must meet the course’s additional pre-requisites to be allowed to submit their registrations. For more information, please visit the course webpage.

• ROS-Industrial: ROS2 Robotic Manipulation Operations (32 hours)
  Note: Applicants must meet the course’s additional pre-requisites to be allowed to submit their registrations. For more information, please visit the course webpage.

• Smart Additive Manufacturing System (45 hours)

• Smart Energy Management for Sustainability (20 hours)

• Smart Urban Logistics Planning and Tracking for Technology and Operation Innovation (24 hours)

• Strategic Technology and Operation Roadmap (STORM-LITE) (24 hours)

• Strategies for Digital and Sustainable Manufacturing Transformation (8 hours)
  

• Streamlining Supply Chain Processes with Digital Workflow Automation, Blockchain Integration, and Data Mining (40 hours)
  

• Sustainability Transformation through Green Compass™ (16 hours)

• Understand Automation Assessment and Adoption Methodologies (40 hours)

• Understand Design Thinking for Product Innovation (8 hours)

• Understand Digital Transformation (DTI™) (40 hours)

• Understand the Microfluidics Manufacturing Processes (45 hours)

• WSQ Strategic Technology and Operation Road Mapping (STORM) - M1 (48 hours)

• WSQ Strategic Technology and Operation Road Mapping (STORM) - M2 (42 hours)

• 3D Scanning for Digital Manufacturing (24 hours)

Unavailable for online registration

• Data-driven Energy Efficiency Management (16 hours)
  Remark: This course is not available for registration.

• Enhance Control Performance of Precision Machines (42 hours)
  Remark: This course is not available for registration.

• IIoT-enabled Equipment Condition Monitoring and Alert (16 hours) 
  Remark: This course is not available for registration.

• Implement OEE for Productivity Improvement (48 hours)
  Remark: This course is not available for registration.

• Improve Machining Productivity through Dynamic Analysis and Machine Learning (55 hours)
Remark: This course is not available for registration.

• Industrial Artificial Intelligence In Manufacturing (42 hours)
  Remark: This course is not available for registration.

• New Product Development of Medical Devices (42 hours)
Remark: This course is not available for registration.

• Python Utilization in Advanced Manufacturing (16 hours)
  Remark: This course is not available for registration.

• Sensorisation for Brownfield Connectivity (16 hours)
  Remark: This course is not available for registration.

• Smart System Framework (SSF) (40 hours)
  Remark: This course is not available for registration.