Smart and Renewable Electrical Power Systems Engineering

Program Overview

It equips students with advanced knowledge and skills in power system planning, design, operation, and control, preparing them for careers in the electrical generation, distribution, and renewable energy sectors.

Program Outline

Degree Overview:

This postgraduate major focuses on the planning, design, modelling, operation, and control of smart and renewable electrical power systems. It delves into the integration of distributed energy resources and energy storage in existing and future electricity grids and stand-alone power systems.

Objectives:

The program aims to equip students with advanced knowledge and practical skills in the field of smart and renewable electrical power systems.

Program Description:

The program emphasizes the integration of distributed energy resources and energy storage in existing and future electricity grids and stand-alone power systems. It provides students with specialized engineering knowledge and skills in this emerging area.

Outline:

• ENG537 Power System Modelling and Analysis (3 Credit Points): This module focuses on the modelling and analysis of power systems, including load flow analysis, fault analysis, and stability analysis.
• ENG536 Electrical Machines in the Smart Grid era (3 Credit Points): This module explores the role of electrical machines in smart grids, including synchronous generators, induction motors, and power electronics-based drives.
• ENG534 Power Systems Operation, Control and Protection (3 Credit Points): This module focuses on the operation, control, and protection of power systems, including power system stability, voltage control, and fault protection.
• ENG538 Future Electricity Networks (3 Credit Points): This module explores the future of electricity networks, including smart grids, microgrids, and distributed generation.
• ENG631 Distributed Power System and Microgrid Planning and Reliability (3 Credit Points): This module covers the planning, design, and operation of distributed power systems and microgrids, including reliability analysis and economic evaluation.

Careers:

Graduates can find employment in various sectors, including:

• Electrical generation, distribution, and electrical design industries
• Utilities
• Operators and installers of renewable energy projects
• The program is provisionally accredited by Engineers Australia (EA) and is seeking accreditation from the Clean Energy Council.
• Graduates are eligible for graduate membership of Engineers Australia and can achieve full Chartered Professional Engineer status after gaining further work experience.