Course Directory

The list below displays all the modules organised by SIMTech and ARTC which are listed in alphabetical order. Click on the respective course title to explore the programme details.

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)

• Augmented Reality - Guided Operation in Industry (24 hours)

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

• Automation Design and Simulation (42 hours)

• Carbon Footprinting through Life Cycle Assessment (42 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-driven Energy Efficiency Management (16 hours)

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

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

• Enhance Control Performance of Precision Machines (42 hours)

• Evaluate Advanced Metal Welding Processes (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)

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

• Implementation of Fundamental Lean at Workplace - Introduction to Industry 4.0 (LEAN-Lite) (26 hours)
  Remark: This course is not available for registration.

• Improve Machining Productivity through Dynamic Analysis and Machine Learning (55 hours)

• Improve Operations Action Plan using OmniMethodology (40 hours)

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

• Industrial Artificial Intelligence In Manufacturing (42 hours)

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

• Intelligent Inspection for Digital Manufacturing (24 hours)

• Inventory Management (42 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)

• Multi-Mile Logistics Optimization (32 hours)

• New Product Development of Medical Devices (42 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)

• Product Design, Innovation and Fabrication (42 hours)

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

• Python Utilization in Advanced Manufacturing (16 hours)

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

• Resource Scheduling For Service Industries (16 hours)

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

• Review High Speed Laser Welding and Additive Manufacturing (45 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.

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

• Smart Additive Manufacturing System (45 hours)

• Smart Energy Management for Sustainability (42 hours)

• Smart Machining and Quality Control in Remanufacturing (24 hours)

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

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