Saudi Researcher’s Urban Heat Innovation Wins ASLA Award

Engineer Saeed Al-Hasiki, a researcher at King Abdulaziz University, has developed an innovative solution to combat extreme heat in urban areas of Jeddah, earning the prestigious American Society of Landscape Architects (ASLA) award. The announcement was made by the Saudi Press Agency on September 12, 2024, highlighting the researcher’s achievement in addressing one of the most pressing challenges faced by cities in hot climates.

Context and Background

Urban heat islands are a growing concern for cities worldwide, particularly in the Middle East. Jeddah, a major coastal city in the Kingdom of Saudi Arabia, experiences high temperatures that can impact the quality of life for its residents. This innovation focuses on understanding the complex interaction between urban heat and city shaping, offering a practical approach to cooling down urban spaces.

Key Details

Al-Hasiki’s research demonstrates that the innovation can reduce perceived temperatures by 5 to 10 degrees Celsius. This significant cooling effect is achieved through a combination of strategic urban design elements and materials that mitigate heat absorption. The project aims to understand heat phenomena in Jeddah and mitigate its impact, providing a scalable model for other cities experiencing similar challenges.

International Recognition

The ASLA award is a testament to the global relevance and technical excellence of this work. The American Society of Landscape Architects is a leading professional organization that recognizes outstanding contributions to the field of landscape architecture. This international recognition not only honors Al-Hasiki’s individual achievement but also highlights Saudi Arabia’s growing role in cutting-edge environmental research.

Implications for Urban Development

This innovation has far-reaching implications for urban planning not only in Jeddah but across the Kingdom and the wider region. As cities expand and populations grow, managing urban heat is crucial for creating livable environments. The project supports Saudi Arabia’s Vision 2030 goals, particularly the objective to improve the quality of life for citizens and residents by making cities more comfortable and sustainable.

Vision 2030 Alignment

The success of Engineer Saeed Al-Hasiki’s research embodies the spirit of innovation championed by Saudi Arabia’s Vision 2030. By empowering local talent to develop homegrown solutions for real-world challenges, the Kingdom is not only enhancing its global standing in research and development but also creating a more sustainable and prosperous future for its people. This award-winning project serves as an inspiring example of how Saudi universities contribute directly to national transformation goals, paving the way for a cooler, greener, and more liveable urban environment across the Kingdom.

20 Questions

Q1. Who developed the innovation to combat urban heat in Jeddah?

A1. Engineer Saeed Al-Hasiki, a researcher at King Abdulaziz University, developed the innovation as part of his research on urban heat mitigation.

Q2. Which organization recognized Al-Hasiki’s work?

A2. The American Society of Landscape Architects (ASLA) awarded the innovation, highlighting its global significance in landscape architecture.

Q3. What is the primary goal of the project?

A3. The project aims to understand heat phenomena in Jeddah and mitigate its impact on urban areas, improving comfort for residents.

Q4. How much can the innovation reduce perceived temperatures?

A4. The innovation can reduce perceived temperatures by 5 to 10 degrees Celsius in urban environments.

Q5. What is an urban heat island?

A5. An urban heat island is a city area that is significantly warmer than its surrounding rural areas due to human activities and built structures.

Q6. Why is this innovation important for Jeddah?

A6. Jeddah experiences high temperatures, and this innovation provides a practical solution to make urban spaces cooler and more livable for its residents.

Q7. How does this align with Saudi Vision 2030?

A7. The project directly supports Vision 2030’s goal to improve quality of life by creating more sustainable and comfortable urban environments.

Q8. What university is associated with this research?

A8. The research was conducted at King Abdulaziz University, a leading institution in Saudi Arabia known for its scientific contributions.

Q9. What is the ASLA award?

A9. The ASLA award is a prestigious recognition given by the American Society of Landscape Architects for outstanding contributions to the field.

Q10. Can this innovation be used in other cities?

A10. Yes, the project offers a scalable model that can be adapted for other cities in the Kingdom and the wider region facing similar urban heat challenges.

Q11. What does the innovation focus on?

A11. It focuses on the interaction between urban heat and city shaping, using strategic design elements to reduce heat absorption.

Q12. Who announced the award?

A12. The award was announced by the Saudi Press Agency (SPA) on September 12, 2024, as part of its coverage of national achievements.

Q13. What is the role of King Abdulaziz University in this?

A13. King Abdulaziz University supported the research, providing the academic environment and resources for Al-Hasiki’s work.

Q14. How does this innovation improve quality of life?

A14. By reducing perceived temperatures, it makes urban spaces more comfortable for outdoor activities, recreation, and daily life.

Q15. Is this Saudi Arabia’s first ASLA award?

A15. The article does not specify if it’s the first, but it highlights Saudi Arabia’s growing presence in international environmental research.

Q16. What does the innovation use to achieve cooling?

A16. It uses a combination of strategic urban design elements and materials that mitigate heat absorption in built environments.

Q17. Why is urban heat a concern in Jeddah?

A17. Jeddah’s coastal location and rapid urbanization contribute to high temperatures, affecting health, energy use, and overall comfort.

Q18. What is the significance of ASLA recognition?

A18. International recognition from ASLA validates the technical excellence and global relevance of Saudi research in landscape architecture.

Q19. How does this support Saudi talent?

A19. The project showcases how Saudi researchers are developing homegrown solutions to real-world challenges, embodying Vision 2030’s innovation goals.

Q20. What is the long-term goal of this project?

A20. The long-term goal is to create a scalable and sustainable approach to urban cooling that enhances livability in cities across Saudi Arabia and beyond.

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