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Grid Integration of Renewables Using PSCAD

Build essential, job-ready expertise in renewable energy integration using PSCAD, the industry-standard software powering grid studies across Australia. This practical course focuses on real-world applications and the growing demand for renewable energy in Australia, aligned with national regulations and grid connection requirements.

Next Dates: 20 Oct; View more dates
Duration: 35 hours
Delivery mode: In-person
Location: Kensington
Price (AUD inc. GST): $3,450

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Industry-standard software for grid integration studies
Comprehensive coverage of Generator Performance Standards (GPS)
Delivered in collaboration with industry leader Aurecon

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Course summary

Learn critical job-ready skills and excel in the renewable power industry

Gain job-ready skills for the renewable energy sector in this hands-on course, delivered in collaboration with Aurecon.

Learn to model and analyse power systems using PSCAD - Australia’s industry-standard software for electromagnetic transient simulations and grid integration studies. Explore grid-connected voltage source converters (VSCs) and apply PSCAD to assess compliance with key National Electricity Rules (NER) as outlined in AEMO’s connection application checklist.

Price

Total fees

$3,450

AUD inc. GST

Who will benefit

Renewable energy systems engineers and developers seeking practical skills in grid integration and PSCAD modeling
Researchers, academics and students (postgraduate and final-year undergraduates) aiming to deepen their understanding of power system dynamics and renewable energy applications
Policy makers and regulators involved in shaping and enforcing energy market standards and grid connection requirements

Course is suitable for

Individuals with a foundational knowledge of power system analysis (both steady state and transient) and some experience with modelling and simulation software.

If you are already proficient in PSCAD and power system modelling, you have the option to attend only the final two days of the course.

Delivered by experts

Anam Malik

Associate Lecturer - Electrical Engineering

Anam Malik is an Associate Lecturer at the School of Electrical Engineering and Telecommunications, UNSW. Her professional pursuits encompass both teaching and research, with a primary emphasis on power system analysis, renewable energy and smart grid technologies. In her capacity as a new career academic, she is dedicated to the innovation and evolution of teaching methodologies under the mentorship of seasoned academics. At the centre of her educational aspirations is her profound desire to impart enduring knowledge and insights to her students.

Hua Chai

Microcredential Content Developer - Electrical Engineering

Dr. Hua Chai is a Microcredential Content Developer at the UNSW Digital Grid Futures Institute (DGFI). He holds a PhD in Engineering Education focusing on curriculum development for energy systems. His research focuses on enhancement of graduate employability in the modern energy sector and analysis of large-scale, renewable-integrated power systems. Dr. Chai is dedicated to shaping and upskilling the future workforce for a sustainable energy landscape with a deep passion for guiding the next generation toward careers in decarbonisation and energy transition.

About the course

Build in-demand skills for renewable grid integration with PSCAD

The Grid Integration of Renewables Using PSCAD course offers a unique opportunity for engineering professionals to build expertise in one of the most critical areas of modern power systems—renewable energy integration. Delivered in collaboration with industry leader Aurecon, the course provides hands-on experience using PSCAD, the gold standard in simulation tools for electromagnetic transient studies across Australia’s National Electricity Market. Participants gain a deep understanding of the Generator Performance Standards (GPS) outlined in the National Electricity Rules and learn how to apply these in practical grid connection studies. By aligning closely with AEMO’s connection processes and industry expectations, this course equips engineers with the skills and knowledge to meet the demands of a rapidly evolving energy sector.

Why enrol in this course

Gain hands-on experience with PSCAD

The industry-standard software used for electromagnetic transient studies across Australia’s National Electricity Market (NEM).

Build practical skills in renewable energy integration

One of the most in-demand areas in modern power systems.

Understand and apply Generator Performance Standards (GPS)

In line with the National Electricity Rules and AEMO connection processes.

Learn from real-world scenarios and industry expertise

With content delivered in collaboration with leading engineering firm Aurecon.

"Having sample models that mirror real-world installations allow a good insight into the theory aspect of power systems"

Liao Qu | UNSW undergraduate student

Key features

Industry collaboration

Developed and delivered in partnership with Aurecon, a leader in power and energy engineering.

PSCAD simulation training

Focused, hands-on learning using PSCAD for grid integration and transient stability studies.

Regulatory alignment

Covers key aspects of the National Electricity Rules (NER) and AEMO’s connection application checklist.

Flexible learning options

Choose to attend the full course or only the advanced final two days if you have prior PSCAD experience.

Learning outcomes

Practical PSCAD skills and real-world grid integration knowledge

This five-day course is designed to equip you with the technical skills and practical knowledge needed to model and analyse renewable-integrated power systems using PSCAD. The first three days cover core concepts in power system analysis and PSCAD fundamentals, while the final two days focus on real-world case studies delivered by expert facilitators from Aurecon. By simulating industry-relevant scenarios, you will gain the confidence to apply your learning to grid connection studies aligned with the National Electricity Rules (NER) and AEMO requirements. A PSCAD educational license is provided for practice during and up to one week after the course.

What you'll learn

Throughout this course, you’ll develop the skills to model and analyse renewable-integrated power systems using PSCAD, with a focus on both foundational principles and advanced, real-world applications. You’ll learn how to simulate steady-state and transient conditions, build key components like grid-connected voltage source converters (VSCs) and apply control strategies within PSCAD. The course also covers how to assess generator performance and system behaviour in response to disturbances, evaluate distributed generation impacts and ensure compliance with the National Electricity Rules (NER) - all essential for effective grid integration in today’s energy landscape.

Topics covered

Foundations:

Model a simple power system and perform steady-state and transient analysis
Apply PSCAD modelling in line with core power system theories
Build and simulate components of a grid-connected voltage source converter (VSC)
Demonstrate key aspects of power system control

Industry Application:

Analyse generator system responses to voltage disturbances and contingency events
Evaluate the impact of distributed generation on the NEM network
Assess system performance in line with NER requirements

Course delivery

Format	Commitment	Delivery
In-person	35 hours over 5 days	Face-to-face

Schedule

Day 1	Day 2	Day 3	Day 4	Day 5
Power System Fundamentals & PSCAD Introduction	PSCAD Modelling Techniques & System Analysis	Grid Connection and Control Strategies	Industry Case Studies with Aurecon – Part 1	Industry Case Studies with Aurecon – Part 2