FZero

Our Journey to the UAE EVGP 2026

About Us

At ISC DXB's Electric Car Club, FZero, we’re more than just a team. We’re a thriving community of students driven by a passion for technology, sustainability, and the future of automotive innovation. United by a shared vision, we are working toward one ambitious goal: building an electric car that will excel in the EVGP 2026, embodying the spirit of creativity, determination, and teamwork.

50 +

Students

100+

Hours Spent

Our Journey So Far

Create a classy company style. Combine your outside building design with the interior one.

Man vs Machine

At ISC DXB’s Electric Car Club, FZero, a thrilling race unfolded between the club’s custom-built electric car and a determined runner. The event showcased the power of innovation versus human endurance, with the electric car demonstrating months of student effort and the runner highlighting sheer determination. It was a true celebration of technology and teamwork. .

About EVGP

The 2026 UAE Electric Vehicle Grand Prix (EVGP), set for February, brings together high schools across the UAE to design and race electric cars powered by renewable energy. Teams like ISC DXB’s FZero, known for their innovation and focus on efficiency, are determined to compete for the top spot. More than just a race, the EVGP celebrates sustainability and challenges students to tackle real-world problems, blending engineering, creativity, and perseverance to drive the future of green technology.

Our Challenges

Some challenges we faced during the preparation for the 2026 UAE Electric Vehicle Grand Prix (EVGP) included designing a vehicle that balanced speed, energy efficiency, and reliability, all while staying within our budget constraints. We encountered technical difficulties in optimizing the car’s power system, managing limited resources, and ensuring the vehicle could withstand rigorous performance tests. Tight timelines for testing and refining the car’s design, along with coordinating teamwork and communication among our members, also presented challenges as we prepared for the competition.

Man vs Machine

A thrilling race showcasing runners against FZero

16

Days

06

Hours

55

Minutes

49

Seconds

Countdown to EVGP 2026

The Strategy To Success

Step 3 : Testing

Testing is a critical process to validate the functionality, reliability, and safety of an electric car’s software applications. It involves rigorous evaluation methods, such as unit testing for individual components, integration testing for system interactions, and stress testing to assess performance under extreme conditions. The testing phase ensures the application works seamlessly with the car's hardware, addressing issues such as latency, compatibility, and unexpected behavior. By identifying and resolving defects before release, testing enhances the software’s quality and ensures a safe and smooth experience for users.

Step 1 : Planning

Planning is the foundation for any successful project, including the development of electric car software. It involves setting clear objectives, defining the scope, and outlining the necessary steps to achieve the desired outcome. In this phase, resources are allocated, timelines are established, and risks are identified with strategies to mitigate them. Effective planning ensures all stakeholders are aligned, and the project progresses smoothly with minimal disruptions. A well-thought-out plan also serves as a roadmap, guiding teams toward achieving both short-term milestones and long-term goals.

Step 2 : Application

The application refers to the software systems integrated into an electric car to enhance its functionality, safety, and user experience. These applications include battery management systems, infotainment platforms, navigation tools, and autonomous driving features. The complexity of these systems requires seamless integration with the car's hardware components, such as sensors and electric motors. Designing an application involves ensuring compatibility, scalability, and responsiveness while meeting user needs and regulatory standards. Reliable applications are at the heart of delivering a cutting-edge and competitive electric car.

Step 3 : Testing

Testing is a critical process to validate the functionality, reliability, and safety of an electric car’s software applications. It involves rigorous evaluation methods, such as unit testing for individual components, integration testing for system interactions, and stress testing to assess performance under extreme conditions. The testing phase ensures the application works seamlessly with the car's hardware, addressing issues such as latency, compatibility, and unexpected behavior. By identifying and resolving defects before release, testing enhances the software’s quality and ensures a safe and smooth experience for users.

Step 1 : Planning

Planning is the foundation for any successful project, including the development of electric car software. It involves setting clear objectives, defining the scope, and outlining the necessary steps to achieve the desired outcome. In this phase, resources are allocated, timelines are established, and risks are identified with strategies to mitigate them. Effective planning ensures all stakeholders are aligned, and the project progresses smoothly with minimal disruptions. A well-thought-out plan also serves as a roadmap, guiding teams toward achieving both short-term milestones and long-term goals.

Step 2 : Application

The application refers to the software systems integrated into an electric car to enhance its functionality, safety, and user experience. These applications include battery management systems, infotainment platforms, navigation tools, and autonomous driving features. The complexity of these systems requires seamless integration with the car's hardware components, such as sensors and electric motors. Designing an application involves ensuring compatibility, scalability, and responsiveness while meeting user needs and regulatory standards. Reliable applications are at the heart of delivering a cutting-edge and competitive electric car.

Step 3 : Testing

Testing is a critical process to validate the functionality, reliability, and safety of an electric car’s software applications. It involves rigorous evaluation methods, such as unit testing for individual components, integration testing for system interactions, and stress testing to assess performance under extreme conditions. The testing phase ensures the application works seamlessly with the car's hardware, addressing issues such as latency, compatibility, and unexpected behavior. By identifying and resolving defects before release, testing enhances the software’s quality and ensures a safe and smooth experience for users.

Amir Ali Rezvan

"Working in the electric car club is about more than building cars—it’s about building the future. It’s where dreamers and doers come together, united by a drive to revolutionize transportation and inspire change. Each project is a reminder that the road to progress is powered by collaboration, dedication, and vision."

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