A Remarkable Experience of Salman Ali’s at the International Summer School 2024
„I’m delighted to share a remarkable milestone from my summer vacation! My team and I proudly secured the First Prize at the FutureShapers Hackathon, part of the International Summer School 2024 held at the University POLITEHNICA of Bucharest from August 26-30, 2024. This incredible event, organized in collaboration with Honeywell and Groupe INSA, provided a unique platform to innovate, collaborate, and learn from leading experts in various fields.
The FutureShapers Hackathon was the pinnacle of the FutureShapers Camp 2024, an immersive week-long program designed for aspiring innovators, particularly those with strong programming and technical skills. The hackathon provided a platform for participants to showcase their ability to tackle complex, real-world problems while developing cutting-edge solutions that can shape tomorrow’s world.
Our winning project revolved around Building Automation, leveraging advanced sensors to optimize climate control and efficiency. We focused on a humidity sensor to enhance indoor air quality, promoting both comfort and energy efficiency in buildings. Our system not only monitored conditions but also automated adjustments to maintain optimal air quality—demonstrating the potential of technology to foster healthier and more sustainable environments. Additionally, the automation of the building is controlled through a mobile application and website, allowing users to easily manage and monitor their indoor climate from anywhere.
This experience was both challenging and immensely rewarding. My fantastic team—Navin Ranga, Sofiia Huzhan, Gergő Luterán, Emma Gouérec, and Boteanu Stefania—worked seamlessly together to bring our innovative concept to life, impressing the judges with our creativity and dedication. Winning First Prize was a testament to our hard work and collaboration.
I’m deeply grateful to the organizers, judges, and mentors of the FutureShapers Hackathon for their invaluable support. The expert guidance from Honeywell professionals enriched our project and enhanced our understanding of the technologies we explored. This well-structured event created an inspiring environment for learning and growth.
A special thanks to my home institution, Budapest University of Technology and Economics (BME), and EELISA European University for facilitating this incredible opportunity. The International Summer School 2024 not only offered academic insights but also allowed me to connect with diverse students, providing hands-on exposure to cutting-edge technologies and enhancing my critical thinking and problem-solving skills.
Our week included:
- Engaging in hackathon projects, tackling real-world challenges.
- Interacting with Honeywell experts who shared their insights and guidance.
- Visits to POLITEHNICA Bucharest’s research centers and Honeywell’s headquarters, where we witnessed innovative advancements firsthand.
- Enjoying cultural activities, including a trip to the breathtaking Romanian mountains, making the experience both educational and memorable.
Winning the First Prize at the Hackathon has been a pivotal moment in my academic journey, reinforcing my passion for innovation and teamwork. I’m eager to apply the insights and skills I’ve gained to future projects and challenges.
To my fellow students at BME, if you have a passion for technology, collaboration, and solving real-world problems, I wholeheartedly recommend participating in events like the International Summer School, and Seasonal Schools. It’s a fantastic opportunity to learn, grow, and contribute to shaping a better future!”
Salman Ali is a final-year BSc Civil Engineering student specializing in Structural Engineering at the Budapest University of Technology and Economics. Originally from India, he is proud to be a recipient of the prestigious Stipendium Hungaricum Scholarship and the first from his city to pursue higher education abroad. Ali’s focus lies in designing sustainable and energy-efficient buildings, and he is deeply engaged in researching topics such as hygrothermal performance, insulation, energy efficiency, climate adaptation, indoor thermal comfort, and sustainable building materials. With aspirations for a Master’s and PhD, he aims to deepen his expertise and contribute to sustainable industrial and residential projects worldwide.
