Introduction

Modern energy infrastructure requires grid modernization, digital integration, and resilience planning to ensure reliability and sustainability. This course provides advanced engineering frameworks for optimizing energy systems and upgrading grid performance.

Course Objectives

• Strengthen energy infrastructure engineering capabilities.
• Enhance grid modernization and digital integration systems.
• Improve energy reliability and resilience planning.
• Integrate renewable and smart technologies into grid systems.

Scientific Topics

Ø  Fundamentals of advanced energy infrastructure

Ø  Power grid modernization frameworks

Ø  Smart grid architecture design

Ø  Renewable energy integration systems

Ø  Grid stability and load balancing techniques

Ø  Energy storage technologies and applications

Ø  Distributed energy resource management

Ø  Transmission and distribution optimization

Ø  SCADA systems in power grids

Ø  Grid cybersecurity protection frameworks

Ø  Energy demand forecasting methodologies

Ø  Smart metering and data analytics integration

Ø  Power quality assessment techniques

Ø  Risk-based energy infrastructure planning

Ø  Regulatory compliance in energy systems

Ø  Resilience modeling for critical energy assets

Ø  Digital twin applications in grid management

Ø  Energy efficiency performance metrics

Ø  Sustainable energy investment analysis

Ø  Long-term grid sustainability strategies