New initiative to train young innovators in nanotechnology

The program partners with leading local and international organizations. (Supplied)
Short Url
Updated 25 April 2024
Follow

New initiative to train young innovators in nanotechnology

  • Program structured in 3 phases for Saudi graduates and entrepreneurs 

RIYADH: The Nanotechnology Association, supported by the Misk Foundation, is set to launch the Nanohub Program, aimed at inspiring and equipping the next generation for careers in the sector to help support a brighter future and a thriving economy.

Nanohub, a nonprofit initiative, is structured in three phases to train Saudi graduates and entrepreneurs aged between 20 and 26. It provides workshops and sessions to develop personal skills, gain hands-on experience with nanotechnology, and receive guidance from industry experts.

The program partners with leading local and international organizations to ensure participants are prepared for the workforce.

Nanotechnology is expected to transform business and innovation in various sectors. Understanding its economic impact and the potential benefits of partnerships are of crucial importance for young entrepreneurs.

The program aims to equip participants with the skills and knowledge needed to excel in nanotechnology and inspire them to drive innovation in their industries.

The first phase of the program will focus on soft skills and leadership development. It is scheduled for three days, starting on April 28.

The second phase, which starts on May 5, explores applications of nanotechnology. It runs for five days, covering topics like the fundamentals of nanotechnology, its use in medicine, energy, and renewable energy, as well as sustainability.

The third phase, beginning on May 12 and ending on May 16, provides hands-on laboratory experience through a series of sessions called “Shadowing and Lab Tours.” This phase has two key tracks: the Shadowing Track and the Lab Tours Track.

The Lab Tours Track will give participants an in-depth look at cutting-edge nanotechnology research. They will visit world-class laboratories where nanotechnology innovations are being developed.

Participants will observe advanced equipment and complex techniques central to nanotechnology research. They will see live experiments and dynamic processes that reveal the workings of nanotechnology. This track is more than just a tour as it enhances understanding by connecting academic concepts to real-world applications, giving participants a closer look at the research and development process.

The Nanohub Program is “a transformative initiative designed to elevate the skills and competencies of graduates and new hires with STEM (science, technology, engineering and mathematics) backgrounds,” said Dr. Turki Almugaiteeb, chairman of the board of the Nanotechnology Association.

“This unique initiative aims to enrich participants’ soft skills and technical expertise through curated activities.”

Almugaiteeb added that participants would “have the opportunity to delve into the intriguing realms of medicine and energy, witnessing firsthand how nanotechnology is revolutionizing these industries.”

He added: “By immersing themselves in this dynamic program, individuals will not only broaden their knowledge but also cultivate the multidisciplinary skills needed to thrive in today’s competitive and rapidly evolving STEM landscape.”


National program identifies 165 native plants for afforestation efforts in Asir

Updated 29 December 2025
Follow

National program identifies 165 native plants for afforestation efforts in Asir

  • The survey is part of broader plans focused on restoring degraded land, using native vegetation 

JEDDAH: Saudi Arabia’s National Afforestation Program has identified more than 165 species of native plants suitable for afforestation in the Asir region, highlighting the ecological diversity of one of the Kingdom’s most environmentally varied areas, the Saudi Press Agency reported.

The findings form part of broader national efforts to expand vegetation cover, address land degradation, and support sustainability goals linked to the Saudi Green Initiative and Vision 2030.

According to the program, the identified species are distributed across a wide range of natural environments in Asir, including mountainous terrain, highlands, slopes, valleys, plains, rocky landscapes, and coastal areas stretching from the Red Sea to Tihama.

The species belong to numerous plant families, including Fabaceae, Anacardiaceae, Burseraceae, Capparaceae, Ebenaceae, Euphorbiaceae, Malvaceae, Myrtaceae, Oleaceae, and Primulaceae, among others.

Plants suitable for afforestation range from large and small trees to perennial and annual shrubs, herbs, succulents, bulbs, and climbing plants. 

Among the most notable species identified are the grey mangrove, mastic tree, mooring or ben tree, juniper, sycamore fig, wild olive, henna, wild jasmine, hawthorn, and arak.

The Saudi Arabian Botanical Society described the announcement as an important step in protecting plant diversity and strengthening the ecosystem conservation in the Kingdom. 

Munirah bin Hamad Al-Hazani, founder and president of the society, said that prioritizing native species is central to sustainable afforestation.

“Focusing on the cultivation of native plants adapted to diverse environments forms the cornerstone of sustainable afforestation projects, as it plays a pivotal role in enhancing vegetation cover, combating land degradation, and conserving natural and financial resources,” she told Arab News.

Al-Hazani added that long-term success depends on cooperation between government bodies and the nonprofit sector, alongside community involvement and environmental awareness programs.

The National Afforestation Program has increasingly emphasized community participation, working with government agencies, private companies, and nonprofit organizations to support planting initiatives and environmental education. Its approach includes promoting volunteerism and discouraging harmful environmental practices, while focusing on the use of native plants adapted to local conditions.

Parallel efforts are underway in other regions of the Kingdom to support vegetation restoration through research and infrastructure development. In Jouf, often referred to as the Kingdom’s food basket, the King Salman bin Abdulaziz Royal Reserve Development Authority has established a Central Nursery and a Wild Seeds Research and Production Station to address the growing demand for reliable sources of native seeds and seedlings.

The project was launched in 2023 under the directive of Prince Abdulaziz bin Saud bin Naif, the minister of interior and chairman of the authority’s board of directors. 

Since then, the facilities has become a key component of vegetation restoration efforts within the reserve.

The authority has focused on building operational capacity by recruiting and training specialists to manage cultivation and research activities. The research and production station includes 14 mother-seed production fields containing over 400,000 trees and shrubs. 

Planting began in late 2024, with more than 30 native plant species represented, selected for their role in the reserve’s natural ecosystem. 

The facility also includes two seed storage units with a combined capacity of 3,000 kilograms. Seeds are collected annually from multiple sites within the reserve and used for seedling production habitat rehabilitation.

The Central Nursery spans 6,000 square meters and includes 30 greenhouses spanning 1,500 square meters, as well as two shade houses used during summer months. A plant hardening facility, designed to prepare seedlings for natural environmental conditions, covers 10,000 square meters and is divided into seven sections. The nursery’s annual production capacity reaches 1.5 million seedlings, representing more than 15 native plant species. 

Together, these initiatives underscore the growing role of native plant research and propagation in Saudi Arabia’s afforestation strategy, particularly as the Kingdom works to balance environmental restoration with long-term sustainability goals.