The programme aimed to spark interest in science, technology, engineering and mathematics by showing how these fields come together behind professional electric racing events.

The sessions were held alongside the 2026 E1 Jeddah Grand Prix on the Red Sea, allowing students to connect theory with live sporting action.

Participants aged between eight and 18 were introduced to the technical, environmental and operational aspects that power electric motorsport competitions.

The initiative, titled Driving Force Presented by the Public Investment Fund, is run by Formula E and its electric racing series partners.

It focuses on demonstrating how innovation, sustainability and engineering skills play a central role in shaping the future of global motorsport.

During the programme, students took part in workshops, school visits and interactive sessions that explained how electric racing vehicles are designed, built and operated.

They also learned how data analysis, broadcast technology and event logistics contribute to the smooth running of international sporting events.

Organisers explained that the programme goes beyond showcasing drivers and racecraft.

Its core objective is to highlight the wide range of careers available behind the scenes, from engineers and mechanics to data analysts, designers and sustainability experts.

The Jeddah activities began at King Abdulaziz University’s faculty of maritime studies, where students attended hands on workshops focused on STEM careers linked to motorsport and clean technology.

Experts guided participants through the engineering and marine technology behind electric boats used in the E1 championship.

Students were encouraged to explore how electric propulsion systems work, how energy efficiency is managed, and how environmental considerations influence race design.

Discussions also covered the broader role of sustainability in modern sport and how innovation can reduce environmental impact.

Well known water pilots and motorsport figures took part in the sessions, sharing insights from their professional journeys. They explained how technical knowledge, teamwork and creativity combine in high performance racing environments.

Beyond classroom style learning, students were given behind the scenes access at the E1 Jeddah Grand Prix. This included opportunities to meet pilots, observe race preparations and witness electric RaceBird boats in action from close range.

Organisers said the immersive approach helps young people better understand how academic subjects translate into real careers. Seeing technology applied in a dynamic and exciting setting was designed to make learning more engaging and relatable.

The programme has already reached more than 60,000 students globally in 2025, reflecting growing interest in electric racing and sustainability focused education. Further expansion is planned this year as organisers look to reach new regions and involve more schools worldwide.

Industry leaders involved in the initiative highlighted the importance of inspiring the next generation to pursue technical and engineering pathways. They stressed that future growth in motorsport and clean energy sectors depends on developing skilled talent from an early age.

For Jeddah students, the experience offered a rare chance to connect global sporting events with personal career possibilities.
The initiative reinforced the idea that modern sport is driven as much by innovation and science as by competition on the track.

By combining education, technology and entertainment, the programme aims to leave a lasting impact on young minds. It positions electric motorsport not just as a spectacle, but as a gateway to future careers in engineering, sustainability and advanced technology.

The project focuses on reducing risks to communities and restoring safer living conditions in areas affected by unexploded devices.

During the past week, trained teams successfully removed 1,181 explosive devices from different parts of the country.

These items included unexploded ordnance, landmines, and other hazardous remnants that posed ongoing dangers to everyday life.

The clearance operations covered a wide geographic area, reaching governorates such as Marib, Aden, Jouf, Shabwa, Taiz, Hodeidah, Lahij, Sanaa, Al-Bayda, Al-Dhale, and Saada.

These regions include residential zones, rural communities, and key routes used by civilians and aid workers.

Unexploded devices often remain hidden in fields, roads, and near homes long after conflicts subside.

Their presence restricts movement, disrupts livelihoods, and creates long-term safety concerns for families.

The demining initiative prioritizes locations where civilians are most vulnerable, including villages, schools, and access roads.

By clearing these areas, the project supports safer travel and helps communities regain access to essential services.

Since its launch in 2018, the program has cleared more than 531,000 explosive devices across Yemen.

This cumulative effort reflects years of sustained work by specialized teams operating under challenging conditions.

A key component of the project is its focus on local capacity building.

Yemeni demining engineers are trained to international standards and equipped with modern tools to carry out their work safely and effectively.

Training programs emphasize technical skills, safety procedures, and careful identification of different explosive types.

This approach ensures that local teams can continue clearance operations with professionalism and confidence.

In addition to removing hazardous devices, the initiative provides assistance to individuals injured by explosives.

Support includes medical aid and rehabilitation resources aimed at helping affected people rebuild their lives.

Explosive remnants of war often have long-term humanitarian consequences, particularly for children and farmers.

Accidental encounters can result in injuries that affect families and communities for years.

By addressing these risks, demining operations contribute to broader recovery and stability efforts.

Cleared land can be reused for housing, agriculture, and infrastructure development.

The project also plays an important role in enabling humanitarian access.

Safe roads and cleared areas allow aid organizations to deliver food, medicine, and other essential supplies more efficiently.

Demining teams work methodically, surveying land before carefully neutralizing and removing devices.

Each operation follows strict safety protocols to protect both workers and nearby residents.

Community awareness is another important element of the initiative.

Local residents are informed about risks and encouraged to report suspected explosive hazards.

This cooperation between demining teams and communities improves effectiveness and builds trust.

It also helps ensure that cleared areas remain safe over time.

The ongoing work highlights the importance of humanitarian-focused mine clearance in post-conflict environments.

Removing explosive threats is a crucial step toward restoring normalcy and supporting long-term development.

While challenges remain, continued clearance efforts bring tangible improvements to daily life.

Families can move more freely, children can attend school safely, and farmers can return to their land.

Overall, the demining project represents a sustained humanitarian commitment.

Its focus on safety, training, and community support contributes to reducing harm and promoting recovery.