Managing Urban Heat
- Duration
- 35 hours
- Delivery mode
- Online
- Price (AUD inc. GST)
- $300 - $800
- Spots remaining
- AVAILABLE
- Digital badge credential
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Digital Credly badge
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Real-world strategies and practical tools
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Expert-led course content
- Course summary
- About
- Outcomes
- Delivery
- Credentials
- Next steps
Course summary
Tackle the critical issue of urban heat mitigation
This specialised short course provides you with the tools and expertise needed to address the pressing challenge of urban heat.
Through case studies and evidence-based strategies, the course examines key factors such as population growth, industrial heat and sustainable urban planning, while equipping you with practical solutions to cool urban environments and design more liveable cities.
Price
Who will benefit
- Undergraduate or postgraduate students studying architecture, urban planning, environmental science or related fields
- Built environment practitioners designing sustainable, cooler urban environments to improve urban liveability
- Local council representatives, state or federal goverment policymakers and regulators who want to implement urban cooling strategies to address climate challenges effectively
- Industry and civil society professionals focused on urban sustainability, public health, energy efficiency, grassroots projects aimed at improving urban liveability and climate change adaptation strategies.
Course is suitable for
- Students seeking advanced knowledge in urban heat mitigation to complement their academic studies
- Built environment professionals including architects, planners, engineers and construction managers looking to enhance sustainable design practices
- Policymakers and government regulators or managers aiming to implement effective urban cooling strategies
- Industry professionals and advocates committed to creating climate-resilient, liveable cities
Delivered by experts
About the course
Discover the future of sustainable, resilient urban design
As global temperatures rise, cities face severe overheating, increasing energy costs, pollution and health impacts.
With insights drawn from real-world projects and advanced simulation techniques, you will gain actionable knowledge to create resilient, liveable cities while addressing key factors like population growth and industrial heat.
This course features insights from renowned expert Scientia Professor Matthaios Santamouris and other top researchers in the field of High-Performance Architecture. The course combines theoretical knowledge with practical tools to address urban overheating challenges to transform cities into healthier, energy-efficient and climate-resilient spaces.
Why enrol in this course
Real-world case study application
Drawing on the latest scientific research and insights from groundbreaking projects, learn practical, real-world strategies to mitigate urban heat.
Connect with world renowned experts
This course offers the unique opportunity to connect with distinguished professionals and researchers, including Scientia Professor Mattheos Santamouris, enhancing your understanding and expanding your network in the industry through weekly drop in sessions.
Flexible and accessible
Delivered as asynchronous study, but cohort based, this course provides a balance of structure and autonomy.
Hands-on learning
Gain practical knowledge as learners will be introduced to the ENVI-Met microclimate simulation tool.
"The course provided relevant and much-needed information for my day-to-day practice in managing urban heat. It went further by demonstrating the applicability of that knowledge and techniques, making it relatable and engaging.听This is a timely and relevant course that all professionals in the building and design industry should consider, especially given the challenges we face due to climate change."
Oliver Agina | Landscape Architect | Nairobi, Kenya
Key features
On completion of the course, you will receive a Certificate of Completion and a digital badge from 黑料网大事记.
This course connects the latest research with real-world case studies to demonstrate how urban heat challenges can be addressed.
Gain valuable knowledge from industry-leading experts in the field of High Performance Architecture.
It supports all expertise levels, making it valuable for beginners, professionals and advanced practitioners alike.
Learning outcomes
Harness expert knowledge to future-proof your urban designs
By taking this course, you will gain the knowledge and expertise needed to address urban heat challenges and create sustainable, liveable cities. Key outcomes include:
- Recognising the major climatic phenomena and mechanisms in the urban environment affecting the performance of urban buildings and open spaces
- Analysing the specific impact of the urban climate on the energy consumption of buildings, thermal comfort, human health and the global environmental performance of the urban built environment
- Demonstrating knowledge and methods of data collection, modelling and simulation which can be used for identifying local urban overheating problems and analysing cooling potential of mitigation strategies.
What you'll learn
This course will expand your skill set and give you a comprehensive understanding of how to design sustainable, cooler urban environments, preparing you to implement solutions that truly make a difference. Upon completing this course you will:
- Understand the key climatic mechanisms affecting urban environments and their impact on buildings and open spaces
- Examine the influence of urban climate on energy use, thermal comfort and public health
- Develop practical skills in data collection, modelling and simulation methods to identify urban overheating issues and evaluate cooling strategies.
Topics covered
- Global Climate Change Challenge
- Global Impact of Overheating
- Long-term Measurement Networks, Field Campaigns, Materials & Performance
- Practice through Research Examples and Microclimate Modelling using ENVI-met Tool
Course delivery
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Schedule
This course consists of 5 modules delivered over 5 weeks, with the following weekly live 'drop-in' sessions:
Week 1 |
Week 2 | Week 3 | Week 4 | Week 5 |
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Module 1: Live 'Drop-In' - Meet the Experts: Scientia Prof Matthaios Santamouris and A/Prof Lan Ding |
Module 2: No live session 听 听 |
Module 3: Live 'Drop-In' - Meet the Expert: A/Prof Riccardo Paolini 听 |
Module 4: Live 'Drop-In' - Meet the Experts: Dr Ioannis Kousis and Shuhan Yang 听 |
Module 5: Live 'Drop-In' - Meet the Experts: A/Prof Lan Ding, A/Prof Paul Osmond and A/Prof Riccardo Paolini |
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All live 'drop-in' sessions are scheduled from 4:00 PM to 5:00 PM (Sydney, Australia time).
Credentials
Advance your career with recognised credentials
This course is designed to support your professional growth and upskilling, equipping you with practical knowledge and in-demand skills. Upon successful completion, you will receive a 黑料网大事记 certificate of completion and a digital badge. These credentials can be shared with your professional network to highlight your achievement and commitment to continuous learning.
Continue your learning journey with 黑料网大事记 Faculty of Arts, Design & Architecture
Explore a wide range of courses across our six schools and six research centres, each offering opportunities to deepen your knowledge and expand your skills. At 黑料网大事记 Faculty of Arts, Design & Architecture, we are committed to progress that benefits everyone. From innovative design in healthcare to building sustainable cities and promoting equal access to education, our work has real-world impact. Our diverse disciplines empower you to develop unique, career-ready capabilities. You will be encouraged to think differently about people, places and cultures, and to drive meaningful change in the world around you.
Skills and career
Skills
Career roles
Course is suitable for