Malaysian Smart Factory (MSF) 4.0

Malaysian Smart Factory (MSF) 4.0

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Introduction

  • Smart Factory takes existing manufacturing practices to Industry 4.0 standards: highly agile, efficient and automated production lines integrated into a smart logistics and service network
  • MSF 4.0 at SHRDC provides hands-on experience, training, technology and talent development for Industry 4.0 and Smart Factory competencies
  • Partnership between SHRDC and the Swiss Smart Factory
  • Join the MSF 4.0 Consortium at SHRDC to explore the benefits of Industry 4.0 and Smart Factory

KEY COMPONENT:

  • Cyber-Physical Distribution System: Merging of physical and virtual world into an integrated distribution system with feedback loops from physical process to controller
  • Smart Factory: Integrated system that combines Operational Technologies, Information Tecnology and Digital Factory
  • Cloud Based Services: Applications, services or resources made available to users on demand via the Internet from cloud server
  • Big Data Analytics: Process of examining large and varied data sets
  • Smart Operation Technology: Autonomous operation based on closed loop control, energy efficiency, and networking capabilities
  • Digital Twin: Digital replica/duplicate of physical assets, processes and systems. A ‘living’ digital simulation model where it can be used for various purposes. 
  • Digital Product Memory: Collection of information pertaining individual product from the moment of inception until it reaches the end consumer

MSF 4.0 is a SHRDC partnership with the Swiss Smart Factory
delivering hands-on experience and talents for the future of manufacturing

THE MSF 4.0 TALENT CONSORTIUM 

The objective of the consortium is to accelerate human capital and technology development towards achieving Industry 4.0 in Malaysia. The stake holders consist of:
  • SHRDC as consortium manager and key talent developer
  • Swiss Smart Factory as strategic partner and advisor
  • Participating government agencies
  • Technical and higher education institutions
  • Multinational manufacturers operating in Malaysia
  • Small and medium sized enterprises
  • Industry 4.0 solution providers 

Malaysian-Swiss Smart Factory Technical Overview: Enabling Technology for Industry

Overview:

The program offers a platform for knowledge sharing and demonstrations of technology to help industries upgrade and digitize operations to Industry 4.0 standards.

This course provides an overview on the following modules:

1. Operational Technologies (OT)

  • Cyber-Physical Systems
  • Smart Factory

2. Information Systems and Technology (IT)

  • Cloud-based Services
  • Big Data & Analytics
  • Smart Operation Technology

3.  Digital Factory (DF)

  • Digital Twin
  • Digital Product Memory

Target audience:

Engineers, Technicians, Technical Managers, Production Managers, Academia with relevant background.

Upon successful completion of training, participants will be able to:

  • Understand the component of smart factory and cyber-physical systems. The program offers demonstration of enabling technology and tools that facilitates the implementation of Industry 4.0
  • Identify the platforms supporting industrial IT within the 3 main areas; cloud-based services, big data and analytics, smart operation technology
  • Understand the underlying technology for digital factory, providing insights in digital twin and digital product memory

LESSON PLAN

Day 1 

Cyber-Physical Systems

  • Automation Pyramid
  • Relevant Communication Standards

Smart Factory

  • Introduction: Smart Factory Concept
  • The Smart Factory System Architecture

Case Study

Proof-of-Concept

Technology Demonstration

  •  IO Link Sensors
  •  IoT Gateway

            o   NodeRED
            o   MQTT

Activities

  • Discussions
  • Knowledge sharing

Day 2 

Cloud-based Services

  • Analysis and design principles for cloud and edge connections
  • Interoperable IT-based communication standards

Big Data & Analytics

Analysis and design principles for (big) data analytical applications

Technology Demonstration

  • Cloud platform
  • Visualization
  • Machine Learning

Smart Operation Technology

  • Design and implementation of advanced human-machine-systems
  • Analysis and design principles for usability and user acceptance

Digital Twin

  • Analysis and design principles for digital twin representations
  • Interoperable information models for description of digital twins (machines, tools, equipment)

Digital Product Memory

  • Analysis and design principles for cross-value-chain digital product memories
  • Interoperable information models for description of products

Technology Demonstration

Product Lifecycle Management (PLM) platform

Course Title :  Malaysian-Swiss Smart Factory Technical Overview: Enabling Technology for Industry
Duration : 2 Days
Course Fee : RM 3,000.00
PSMB Claim Scheme : SBL KHAS

Please contact us for training dates

Malaysian-Swiss Smart Factory (M-SSF) Operational Technologies Fundamental

Overview:

MSF 4.0 is a collaborative partnership between Selangor Human Resource Development Center (SHRDC) and the Swiss Smart Factory (SSF) to offer smart factory competencies in Malaysia through technical training. The hands-on training and remote access learning will support talent development required by the Malaysian organizations for Industry 4.0 adoption.

Target industry:

Manufacturing organizations

Target audience:

Engineers, Technicians, Academia with relevant background

Skills area:

Industry 4.0, Industrial IoT, Mechatronics, Electrical & Electronics

Upon successful completion of training, participants will be able to:

  • Use latest programming standards with distributed automation applications following the CPS paradigm.
  • Analyze an overall function dividing it into encapsulated – modularized- sub-functions of CPS. Identify the importance on a logical interface concept.
  • Understand the integration of new, distributed and networked control and communication systems.
  • Aware of the risks that could result due to the integration of modern control and communication technologies.
  • Identify the use of various drive types according to technical requirements.
  • Implement suitable IoT gateway for bridging between the OT and IT systems.

As the first topic in the M-SSF Certified Engineer framework, Operational Technologies Fundamental program consists of the following modules:

  1. Module 1 : Cyber Physical System (CPS) based Automation
  2. Module 2 : CPS-based Communication Systems
  3. Module 3 : CPS-based Drives and Sensors
  4. Module 4 : IoT-Gateway

Course Title :  Malaysian-Swiss Smart Factory (M-SSF) Operational Technologies Fundamental
Total Duration:
26 Days (2 days/13 weeks)
Cost per program :
RM17,000 (HRDF SBL Claimable)
Cost per module :
RM4,250 (HRDF SBL Claimable)

  1. Module 1 : Cyber Physical System (CPS) based Automation
    5 Days, 9 am – 5 pm
    Thu, 3 May 2018
    Fri, 4 May 2018
    Thu, 10 May 2018
    Fri, 11 May 2018
    Thu, 17 May 2018
  2. Module 2 : CPS-based Communication Systems
    5 Days, 9 am – 5 pm
    Fri, 18 May 2018
    Thu, 24 May 2018
    Fri, 25 May 2018
    Thu, 31 May 2018
    Fri, 1 June 2018
    Project and Assessment for module 1 & 2 
    3 Days, 9 am – 5 pm
    Thu, 7 Jun 2018
    Fri, 8 Jun 2018
    Thu, 21 Jun 2018
  3. Module 3 : CPS-based Drives and Sensors
    6 Days, 9 am – 5 pm
    Fri, 22 June 2018
    Thu, 28 June 2018
    Fri, 29 June 2018
    Thu, 5 July 2018
    Fri, 6 July 2018
    Thu, 12 July 2018
  4. Module 4 : IoT-Gateway
    4 Days , 9 am – 5 pm
    Fri, 13 July 2018
    Thu, 19 July 2018
    Fri, 20 July 2018
    Thu, 26 July 2018
    Project and Assessment for module 3 & 4
    3 Days, 9 am – 5 pm
    Fri, 27 July 2018
    Thu, 2 Aug 2018
    Fri, 3 Aug 2018

SHRDC reserves the right to amend these dates.

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