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Program Structure

Module 1: Systems Engineering

• Definition and Significance: Learn the meaning of systems engineering, its role and importance in various industries, including professional ethics.
• Systems Thinking: Learn systems thinking to analyze and solve problems in complex systems.
• System Life Cycle: Learn the steps in the system life cycle from requirement definition, design, development, testing, deployment, and maintenance.
• Requirements Analysis and Management: Learn how to identify, analyze, prioritize, and manage system requirements.
• System Architecture: Learn to design a system architecture that meets the needs and constraints.
• Verification and Inspection: Learn the process of verification and inspection to ensure that the system meets the needs and requirements.
• Case Study: Analyze case studies of successful and failed systems engineering projects to learn from real experiences.

Module 2: ModelBased Systems Engineering: MBSE

• Definition and Benefits: Learn the definition and benefits of MBSE, including how it differs from traditional systems engineering. 45 hrs.
• SysML: Learn SysML, a language for system modeling.
• Modeling: Learn to create models to represent system requirements, architectures, and behaviors.
• Modeling Analysis: Learn to analyze models to assess system performance and risks.
• Tools and Technologies: Learn to use tools and technologies related to MBSE.
• Collaboration: Learn to collaborate in developing models using version control systems.
• Case Studies: Analyze case studies of MBSE applications in various industries.

Module 3: Digital Engineering

• Definition and Principles: Learn the meaning and principles of DE, including its evolution and future trends.
• Digital Twin and Virtual Prototype: Learn about Digital Twin and Virtual Prototype to model and test systems.
• Data Analysis and Visualization: Learn about data analysis and visualization to extract insights from engineering data.
• Cloud Computing and DE Platforms: Learn about Cloud Computing and DE Platforms to support collaboration.
• Agile and DevOps: Learn about Agile and DevOps to develop and deploy systems quickly and efficiently.
• Case Studies: Analyze case studies of DE applications in various industries.

Module 4: Smart City

• Definition and Components: Learn the meaning and components of Smart City, including related technologies and innovations.
• Urban Planning and Development: Learn the application of DE in urban planning and development.
• IoT and Sensor Networks: Learn IoT and Sensor Networks in collecting and analyzing data in Smart City.
• Data Management and Analysis: Learn how to manage and analyze data for decision-making and management of Smart City.
• Smart Mobility and Transportation: Learn Smart Mobility and Transportation to increase the efficiency and sustainability of transportation systems.
• Sustainability and Resilience: Learn how to create a sustainable Smart City that can recover from disasters.

Module 5: Digital Supply Chain

• Supply Chain Management: Learn the principles and processes of supply chain management
• Digital Transformation: Learn digital transformation in supply chains and its impact on business
• Blockchain: Learn Blockchain and its application in supply chains to increase transparency and security
• Optimization: Learn data analysis and supply chain optimization techniques
• Risk Management: Learn risk management in digital supply chains
• Case Studies: Analyze case studies of digital supply chain applications in various industries

Module 6: Cybersecurity

• Meaning and Importance: Learn the meaning and importance of Cybersecurity in the digital age
• Threats: Learn about cyber threats and vulnerabilities and how to protect them
• Network Security: Learn about network security, encryption and attack prevention
• Data Security: Learn about data protection and privacy, including related laws and standards
• Cybersecurity in DE: Learn about Cybersecurity in Digital Engineering and how to protect them
• Best Practices: Learn about Cybersecurity best practices to reduce risk and create security

   ACADEMIC RESOURCE AND
   INFORMATION TECHNOLOGY

399 Samsen Rd. Vachira Phayaban, Dusit, Bangkok 10300

02-665-3899 Or 02- 665-3777 Ext. 8000

deip@rmutp.ac.th