23 January 2026 Friday
Future Engineers and Architects Project Festival (High School 9Th-12Th Grade Project Competition)
Engineers and Architects of the Future Project Festival (High School 9th-12th Grades Project Competition)
Dear Students,
Engineers and Architects of the Future Project Festival will be organized within Istanbul Gelisim University. The aim of the Project Festival, which can be attended by high school 9th-10th-11th-12th grade students residing in Istanbul, is to encourage students who continue their high school education to work in the fields of basic and engineering science, to guide their studies and to contribute to the development of their existing scientific studies.
Click here for the Application Principles of Istanbul Gelisim University Engineers and Architects of the Future Project Festival (High School 9th-12th Grade Project Competition).
After completing your application, you can follow your application via the link sent to the e-mail address you provided during the application.
Istanbul Gelisim University Engineers and Architects of the Future Project Festival (High School 9th-12th Grade Project Competition) Main Sections
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Computer and Software
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Electric - Electronics and Mechatronics
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Civil Engineering and Architecture
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Industrial Engineering
Istanbul Gelisim University Engineers and Architects of the Future Project Festival (High School 9th-12th Grade Project Competition) Thematic Section
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Computer and Software
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Artificial Intelligence and Smart Systems
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“Redesign the future with smart technologies that can think, learn, and adapt to real life.”
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Cybersecurity and Data Privacy
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“Create a secure future with solutions that protect the digital world from threats and store information safely.”
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Game Development and Digital Entertainment
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“Create interactive, fun, and innovative digital experiences by combining imagination with code.”
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Mobile and Web Applications
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“Develop smart mobile and web solutions that are always accessible, functional, and make life easier.”
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Robotic Software and Automation
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“Design robotic systems that perform tasks autonomously, accelerate processes, and simplify life.”
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Electrical-Electronics and Mechatronics
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Renewable Energy Systems
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“Develop sustainable and clean energy solutions by combining the power of nature with technology, from solar to wind.”
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Smart Robots and Autonomous Systems for Social Benefit
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“Design smart robotic and autonomous systems that simplify people's lives, enhance safety, and benefit society.”
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Sensor Technologies and Control Systems
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“Design smart and reliable technological systems with sensors that perceive the world and precise control mechanisms.”
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Electric Vehicles and Transportation Technologies
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“Shape the mobility of the future with clean energy-powered, eco-friendly, and innovative transportation solutions.”
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Connected Worlds: IoT and Smart Systems
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“Design innovative systems that connect devices, data, and people to make daily life smarter, more efficient, and safer.”
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Civil Engineering and Architecture
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Sustainable Structures and Green Architecture
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“Design the green living spaces of the future with structures that are in harmony with nature, energy efficient, and add value to the environment.”
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Sustainable Transportation and Mobility
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“Reshape the transportation future of cities with environmentally friendly, safe, and accessible mobility solutions.”
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Disaster-Resilient Structures and Earthquake Technologies
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“Prioritize life safety with structures that are resilient to natural disasters, secure, and enhanced with technology.”
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Urban Transformation and Next-Generation Planning
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“Develop modern design and planning approaches that make cities more livable, smart, and sustainable.”
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Energy-Efficient and Ecological Structures
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“Design ecological building solutions that consume minimal energy, provide maximum efficiency, and reduce environmental impacts.”
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Industrial Engineering
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Smart Manufacturing and Process Solutions
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“Design innovative solutions that make production and business processes faster, more efficient, and smarter.”
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Zero Waste Engineering Solutions
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“Develop environmentally friendly systems that minimize waste by using resources efficiently.”
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Sustainable Logistics and Smart Supply Chain Design
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“Design logistics systems that deliver goods and services faster, more efficiently, and in an environmentally friendly manner.”
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Perfect Harmony Between Humans and Machines: Ergonomics, Occupational Safety, and Human Factor Solutions
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“Develop safe, ergonomic, and efficient working environments by harmoniously integrating humans and machines.”
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Smart Queueing Method Solutions
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“Design efficient queue management systems that reduce waiting times and improve user experience.”
