Fourth Semester
Smart Infrastructure & Internet of Things (IoT): Networks, Governance, and Security
Information
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Number of Sections :
0
Duration :
0 Minutes
Training Level :
Professional
Price
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Training Path Description
Learn smart infrastructure and IoT to build reliable, scalable, and secure systems with data management and operations.
This course offers a practical journey into smart infrastructure and Internet of Things (IoT) systems from an engineering and operational perspective. You’ll learn the solution components (edge/field layer, connectivity, platforms, data), how to design scalable architectures, and how to apply reliability and performance management principles. The curriculum also covers essential IoT security, access governance, data processing, and remote control, supported by applied examples and case studies from smart cities, facilities, and industry.
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What Will You Gain?
Skills related to the course
- • Analyze IoT system requirements and map them to smart infrastructure needs
- • Design IoT layers: edge/devices, connectivity, platform, and data
- • Choose appropriate connectivity patterns based on latency/coverage/cost needs
- • Apply data management principles (streaming, storage, processing)
- • Implement core IoT security practices (authentication, encryption, key management)
- • Define governance policies for access, operations, and monitoring
- • Assess system reliability and performance using a structured approach
Training Path Objectives
- By the end of the course, learners will be able to:
- • Explain the concept of smart infrastructure and how it integrates with IoT
- • Identify IoT system components and the role of each layer
- • Design connectivity and data-collection approaches for real use cases
- • Build an access governance framework (identity and permissions) for IoT environments
- • Apply core IoT security practices to protect devices and data
- • Evaluate performance and reliability considerations and improvement recommendations
• Clear mapping of IoT system components and smart infrastructure
• Architectural design for scalable solutions with reliability in mind
• Practical work in connectivity, data collection, and remote control
• Strong focus on security and governance (identity, permissions, data protection)
• Case studies tied to smart cities, facilities, and industry