The Wooden Spinning Color Wheel is a fun and educational design that allows children to explore the relationship between colors and motion. Inspired by Ibn al-Haytham’s theories on light and color, this product offers an engaging experience that enhances both creativity and fine motor skills. The wheel can be transformed into a spinning top by assembling various special parts, making learning enjoyable through interactive play. This STEM-based design encourages children’s interest in science and art while promoting hands-on creativity.

The Wooden Spinning Color Wheel is a fun and educational design that allows children to explore the relationship between colors and motion. Inspired by Ibn al-H

Pinwheel

Alhazen's Camera Obscura project blends artistic craftsmanship with scientific exploration. Participants will not only develop sculpting skills but also delve into the fundamentals of photography and optics. While engaging in hands-on craftsmanship, they will discover the artistic potential of light and shadow.

Alhazen's Camera Obscura project blends artistic craftsmanship with scientific exploration. Participants will not only develop sculpting skills but also delve i

Alhazen's Camera Obscura:

Provides an opportunity to experience creating a historical map and rediscover the era of geographical explorations. This project not only enhances cartography skills but also deepens knowledge of geography and maritime science. While working on the Piri Reis map, participants focus on understanding geodesy principles and accurately determining geographical locations.

The Secret Compass of the Ancient Navigator Piri Reis

From Past to Present: The Abacus

Recreates the construction and operation of the steam train, a symbol of the Industrial Revolution. This project enhances engineering skills while exploring the evolution and impact of transportation technology. During the steam locomotive construction process, participants focus on understanding mechanical principles and the transformative effects of the Industrial Revolution.

Stephenson’s  Steam Locomotive Project

The Benz Patent-Motorwagen, produced by Karl Benz in 1886, is recognized as the world's first gasoline-powered automobile, marking a revolutionary milestone in engineering history. This laser-cut wooden model faithfully replicates the iconic vehicle, showcasing essential components like the wheels, chassis, and engine in exquisite detail. Assembling this model offers an opportunity to develop hands-on skills, understand mechanical systems, and gain a deeper appreciation for historical innovation.

The Benz Patent-Motorwagen

The Astronomical Heritage of Central Asia and the Middle East. This project offers the opportunity to explore the construction and operation of zodiac solar clocks used in Central Asia and the Middle East. Participants will learn about the relationship between the zodiac signs and the sun's annual movement, while experiencing how astronomy and mathematics were integrated into daily life throughout history. The project aims to provide a new perspective on cultural heritage by combining historical and scientific knowledge.

Zodiac Solar Clock Project

In this project, students will explore the concept of human proportion and symmetry through Leonardo da Vinci's Vitruvian Man, alongside the spiritual and physical balance embodied by the Mevlevi Sufi dervishes. By comparing the mathematical precision of Da Vinci's drawing and the meditative, circular movements of the dervishes, students will learn about the harmony between the body, mind, and spirit, and how both art and spirituality seek balance in human existence.

Vitruvian Man and the Mevlevi Sufi Dervish

The Elephant Water Clock Project aims to rediscover the evolution of science and engineering by recreating the construction and operation of a historical water clock. Designed as a pendulum wall clock resembling the elephant water clock, this project not only teaches the measurement of time using the mechanical power of water but also deepens admiration for Al-Jazari's inventions. Throughout the construction process, the focus is placed on how time was measured using the weight and pressure of water and the functioning of historical water clocks.

The Elephant Water Clock

The First Bicycle Project offers the opportunity to understand the fundamental principles of the bicycle and revive its construction process. This project not only enhances engineering skills but also allows participants to explore historical transportation devices and mechanical principles. Throughout the construction process of the first bicycle, the focus will be on the rotational motion of the wheels, the steering mechanism, and the principles of balance.

First Bicycle Project

The Nashtifan Windmill Project explores the rediscovery of traditional windmills, one of the earliest tools for harnessing renewable energy. First used on land in the 7th century in Iran’s Khorasan region, the Nashtifan windmills were built from clay, straw, and wood to grind grain and pump water. These mills, powered by horizontal wind-driven blades, remain standing today as one of the earliest examples of sustainable energy use and are candidates for UNESCO World Heritage status.

The Nashtifan Windmill

To enhance hands-on learning and engagement, the project includes a cardboard model version of the clock. This model features colorful prints and paintable areas, allowing participants to personalize their creations while learning about the historical and scientific principles of water clocks. Throughout the construction process, the focus is placed on understanding how time was measured using the weight and pressure of water and the functioning of historical water clocks.

Elephant Water Clock:  Paintable Cardboard Model

The Cryptic Box of Al-Jazari Project aims to recreate the construction and operation of an automated box—a historical encrypted security system. This project not only enhances engineering skills but also fosters a deeper understanding of Al-Jazari's work on intricate mechanisms and mathematical principles. During the construction of Al-Jazari's cryptic box, the focus is placed on gear systems, locking mechanisms, and encryption techniques.

The Cryptic Box of Al-Jazari

"Leonardo da Vinci's Hammer Project aims to facilitate lifting and transporting weights by utilizing human power. This project not only enhances engineering skills but also teaches the principles of mechanics and the functioning of simple machines. During the construction of da Vinci's hammer, the focus is placed on pulleys, gear systems, and the transmission of force."

"Leonardo da Vinci's Hammer Project aims to facilitate lifting and transporting weights by utilizing human power. This project not only enhances engineering ski

Leonardo da Vinci's Hammer

Leonardo da Vinci's Bridge embodies the perfect balance and geometric calculations required to create a durable and stable structure. This project not only enhances engineering skills but also teaches architectural principles and structural engineering. During the construction of da Vinci's bridge, the focus is placed on the significance of triangular geometry, simple support points, and balance principles.

Leonardo da Vinci's Bridge embodies the perfect balance and geometric calculations required to create a durable and stable structure. This project not only enha

Leonardo da Vinci's Bridge

Leonardo da Vinci's Glider is a historical aircraft prototype designed to fulfill humanity's desire to fly. This project aims to understand the principles of aviation and explore the evolution of flight technology. During the construction of da Vinci's glider, the focus is placed on aerodynamic concepts, wing profiles, and balance principles.

Leonardo da Vinci's Glider is a historical aircraft prototype designed to fulfill humanity's desire to fly. This project aims to understand the principles of av

Leonardo da Vinci's Glider

Leonardo da Vinci's Encrypted Box involves the construction of a mechanism designed for privacy and security. This project not only enhances mechanical engineering skills but also teaches concepts of encryption and cryptography. During the construction of da Vinci's encrypted box, the focus is placed on the design of complex mechanisms, rotating locks, and encryption techniques.

Leonardo da Vinci's Encrypted Box involves the construction of a mechanism designed for privacy and security. This project not only enhances mechanical engineer

Leonardo da Vinci's Encrypted Box

The educational kits themed around art history, architectural structures, and archaeological findings offer a unique learning experience that allows students to explore historical and cultural heritage. Designed with wood and natural clay materials, these kits primarily reflect the rich heritage of Anatolian culture while also including notable examples from around the world. These kits provide in-depth knowledge about history, art, and architecture, while also enhancing students' creativity and craftsmanship. They raise awareness of the cultural heritage of both Anatolia and various regions of the world, giving students the opportunity to form a historical and artistic connection.

Art History and Archaeology

The invention of writing marked a revolutionary milestone in communication and the transfer of knowledge. Used by developing societies to record and transmit information and culture, writing became a vital tool for documenting and sharing humanity's past. Writing originated around the 4th millennium BCE in Sumer and Egypt, where texts were created using ideograms or logograms on mediums such as clay tablets and papyrus. With the Invention of Writing Kit, you can experience cuneiform writing by using authentic bamboo styluses to craft your own clay tablet.

The Dawn of Writing: Experiencing the Origins of Communication

Discover the ancient art of Egyptian hieroglyphics with this engaging educational kit. Learn the symbols and meanings behind one of the world’s earliest writing systems and uncover its role in preserving history and culture. Through hands-on activities, you will explore how the ancient Egyptians used hieroglyphs to record their lives and beliefs. Use authentic tools to create your own hieroglyphic inscriptions, combining creativity and historical exploration.

Egyptian Hieroglyphics Writing Kit

Çatalhöyük, dating back to 6200 BCE, is one of the oldest settlements in human history and is renowned for its wall painting, considered the world’s first map. Depicting a city plan alongside a volcanic eruption, this map reveals the perception and intellectual depth of ancient societies.We’ve transformed this historical artifact into a fun 3D model using natural clay and paintable wooden molds. Now you can shape and customize this map with your own creativity!

The World’s First Map:  The Secret of Çatalhöyük

The Petroglyph Stone Painting Project aims to explore the traditional art of painting on stones from prehistoric times. This project offers students the opportunity to understand the artistic perspectives of prehistoric cultures while developing their handcraft skills. It also emphasizes the importance of creating art using natural materials.

Petroglyph Stone Painting Project

The Hittite Chariot Project aims to explore the construction and operation of the important war vehicle, the chariot, used in ancient times. This project not only provides students with knowledge about ancient warfare technology and strategies but also allows them to enhance their craftsmanship and creativity.

Hittite Chariot Project

The Roman Era Catapult Model allows you to bring one of ancient Rome's engineering marvels to life in your own home. This set contains everything needed to construct a detailed model of the famous Roman military engineering tool, the catapult. With its historical accuracy and fun construction process, this set is an excellent choice for both history enthusiasts and engineering aficionados. It provides a fantastic opportunity for those who wish to learn more about ancient Rome’s military art and engineering achievements.

Roman Era Catapult Model

Göbekli Tepe is one of the oldest known temple complexes in human history and offers significant insights into the birth of agriculture. This project provides students with the opportunity to explore the archaeological importance of Göbekli Tepe and its role in the history of agriculture. By examining the archaeological findings at Göbekli Tepe, students will conduct in-depth research to understand the emergence of agriculture in ancient times and evaluate its impact on human lifestyles and culture.

Göbekli Tepe is one of the oldest known temple complexes in human history and offers significant insights into the birth of agriculture. This project provides s

Göbekli Tepe: The Dawn of Agriculture Project

The Trojan Horse is known as a strategic war machine used during the legendary Trojan War in ancient times. This project offers students the opportunity to explore the history and significance of the Trojan Horse. Students will research the structure and use of the Trojan Horse to understand ancient warfare strategies and weapons. Additionally, as part of the project, students will examine archaeological and historical sources to better understand how the Trojan Horse was built and used in battle.

The Trojan Horse Project

The New Seven Wonders of the World showcase the architectural and engineering brilliance of humanity throughout history: Chichen Itza (Mexico), Christ the Redeemer Statue (Brazil), Colosseum (Italy), Great Wall of China (China), Machu Picchu (Peru), Petra (Jordan), and Taj Mahal (India). Each monument reflects the cultural, artistic, and technological heritage of its era, representing humanity's creativity and diversity.

The New Seven Wonders of the World

The Journey of Water with Mimar Sinan Project focuses on exploring the water structures of Mimar Sinan, the famous architect of the Ottoman Empire. This project offers students an in-depth understanding of how water was directed and utilized throughout history, while providing an opportunity to explore Mimar Sinan's architectural legacy. Students will examine Sinan's water bridges, fountains, and aqueducts, discovering the historical and cultural significance of water and learning why these structures are engineering marvels.

The Journey of Water with Mimar Sinan Project

This wooden mosque architectural model is inspired by Mimar Sinan’s timeless architectural approach. The model reflects the elegance and intricacy of classical Ottoman architecture while showcasing the natural texture of wood, offering a historical aesthetic. Combining Mimar Sinan's architectural elements with modern woodworking craftsmanship, this piece serves as both a decorative art object and a tool for fostering education and cultural heritage awareness. Designed to honor historical values, this model aims to share our cultural legacy and pass it on to future generations.

Sharing Heritage: Wooden Mosque Model

Designed with inspiration from the captivating architecture of the Sultanahmet Mosque, this wooden serving stand perfectly combines aesthetics and functionality. The elegant details of the world-famous Sultanahmet Mosque, located in the heart of Istanbul, come to life in this stand's design. Both eye-catching and practical, this stand offers a historical and cultural touch for events and special occasions. Whether in Istanbul or at international events, this stand is a tribute to cultural richness and elegance.

Blue Mosque Themed Wooden Stand

Inspired by Jules Verne's famous work Five Weeks in a Balloon, this project offers an exciting opportunity to learn the basic principles of aviation while developing design and engineering skills. Students will explore the principles behind how balloons work and stay afloat, while designing a hot air balloon-shaped pendant lamp. The project reflects Verne’s imaginative approach by combining science and creativity, enabling students to gain insights into aviation, atmospheric properties, simple machine design, and safety.

Jules Verne's Balloon Lamp Project

This project, inspired by Jules Verne's classic novel 20,000 Leagues Under the Sea, explores the fundamental principles of submarine technology and structural features. Students delve into the history and evolution of submarines while gaining foundational knowledge in engineering and marine sciences. The project offers a hands-on learning experience through the examination and design of submarine structures.

Nautilus

This paintable wooden project emphasizes the importance of space exploration and humanity's presence in space. It provides students with an opportunity to learn the fundamentals of spacecraft and rocket technology while understanding the physical and mental challenges of space travel. The project also fosters teamwork and creative problem-solving skills, allowing students to explore the fascinating world of space in an engaging way.

Journey to the Moon / Space Exploration Project

Inspired by Jules Verne's classic novel Around the World in 80 Days, this project introduces students to the fascinating world of trains while creating a functional and artistic train-themed bookend. Through this hands-on activity, participants explore the history and evolution of railway travel and gain an appreciation for train technology and its societal impacts.

Around the World in 80 Days

This project highlights the history and significance of lighthouses in maritime navigation. It offers students the opportunity to learn about the structural features, working principles, and historical importance of lighthouses. Additionally, it helps students understand the critical role of lighthouses in maritime safety and navigation. The project fosters both technical knowledge and the development of teamwork and research skills.

The Lighthouse Project

The Albatross Ship Project is a DIY wooden model inspired by Jules Verne's "Robur, the Conqueror". This project offers children the opportunity to explore aviation technology and the evolution of air transportation. The model, made from wooden pieces, provides an enjoyable and educational activity that helps children learn about the history of aviation.

Albatross Ship: DIY Model

The Journey to the Center of the Earth Project is inspired by Jules Verne's novel "Journey to the Center of the Earth". This project offers students the opportunity to explore the fundamental principles of geology and earth sciences. It also provides an in-depth understanding of the Earth's internal structure and geological processes.

Journey to the Center of the Earth

The Art of Clockmaking and the Sufi Path of TimeIn this project, students will explore Ahmet Eflâkî’s clockmaking skills, shaped by his Mevlevi Sufi path, alongside the philosophical reflections on time in Jules Verne’s "Master Zacharius". While creating wooden clock models, they will learn about Eflâkî’s understanding of time and the Mevlevi concept of transcending time. This exploration of time as both a technical skill and a spiritual journey will enhance both creative and reflective thinking.

Master Zacharius and Eflâkî's Time

The Captain Grant’s Compass Box Project combines the spirit of exploration and scientific curiosity with the legacy of one of history’s greatest navigators, Piri Reis. Inspired by Jules Verne’s renowned novel, the project features Piri Reis’ map as a central design element on the compass box. Participants will learn the principles of compass navigation, rediscover historical navigation tools, and design and craft their own compass boxes adorned with Piri Reis’ famous world map. This project offers a meaningful learning experience by integrating science, history, and art.

The Captain Grant’s Compass Box Project combines the spirit of exploration and scientific curiosity with the legacy of one of history’s greatest navigators, Pir

Captain Grant’s Compass Box: Following in Piri Reis’ Footsteps

The Leaf-Themed Binocular Magnifying Glass Project explores the structure and function of magnifying glasses using both magnifying and reducing lenses. This project helps students understand optical principles and allows them to delve into the details of their observations. Specifically, observing the microscopic structure of leaves enables students to gain in-depth knowledge about biological diversity and nature.

Leaf-Themed Binocular Magnifying Glass Project

The Trees and Leaves Project is designed to explore the beauty of nature and the importance of plants. This project provides students with a deep understanding of the structure, life cycle, and ecological significance of plants. Additionally, it raises awareness about plant diversity and the conservation of natural habitats.

Trees and Leaves Project

The Endangered Species wooden keychain and bookmark project aims to raise awareness about wildlife conservation and highlight endangered species. This project combines aesthetics with education, encouraging a love for nature and emphasizing the importance of protecting natural life. Crafted from wood, these items develop handcraft skills while fostering environmental consciousness.

Endangered Species Wooden Keychain and Bookmark Project

We transform the beauty of nature into art! The "Pine Cone Nature and Creativity Workshop" offers children the opportunity to develop their creativity using natural materials. This activity involves turning pine cones collected from the forest into an owl figurine by attaching various parts. Fun and educational, this workshop fosters a love for nature while enhancing motor skills and imagination.

Pine Cone Nature and  Creativity Workshop

The World of Mushrooms Project allows students to explore the biological structure, diversity, and role of mushrooms in ecosystems. In this project, students will have the opportunity to create and paint wooden mushroom models, as well as examine different species of mushrooms. The project raises awareness about the critical role of mushrooms in ecosystems, while enabling students to deepen their understanding of the natural world. At the end of the project, students will create a nature art piece by placing their mushroom models in a lit terrarium.

The World of Mushrooms Project

The Fire Salamander Project is an exploration of the mythological creature, the fire salamander (scientifically known as Salamandra salamandra). This creature, often depicted alongside fire and typically in the shape of a dolphin, is seen as a symbol of fire in both European and Anatolian cultures. This project teaches students how to create the fire salamander while emphasizing the importance of mythology and creativity. Students will build a wooden salamander model, add movable parts, and paint it, enhancing their creative skills. The project also includes exploring the folklore of the fire salamander in Europe and Anatolia, highlighting its symbolic connection to fire.

Fire Salamander Project

The Smart Farming Project offers a unique opportunity to understand nature and the plant growth process through creating a plant-growing set. While interacting with plants, students develop environmental awareness and strengthen their love for nature. Thanks to the illuminated stand, students can observe the plant’s growth at night. Additionally, artificial sunlight promotes faster plant growth. By using transparent pots, students can also observe the plant's growth underground. This project combines creativity, nature, and science in a hands-on learning experience.

Smart Farming Project

The Birds and Their Eggs Project focuses on the study of birds and their eggs, which are an essential part of natural life. This project offers students the opportunity to understand the diversity of bird species, their breeding habits, and their role in ecosystems. It also raises awareness about the importance of preserving natural life and the habitats of birds. Students compare bird species and their eggs, learning about the different types of eggs. Handcrafted wooden eggs are painted according to information cards, and what they've learned can be noted in the "What Did I Learn?" section.

Birds and Their Eggs Project

The My Little House in the Forest Diorama Project is a creative activity that allows students to explore the forest ecosystem. The basic log house structure made of plywood enables students to develop their construction and design skills, while decorating the diorama with natural materials found in the forest. Students personalize their log house dioramas using stones, twigs, leaves, and other natural materials, gaining an understanding of the beauty of nature and the workings of ecosystems. This process enhances environmental awareness and fosters a love for nature.

My Little House in the Forest

This project introduces a basic version of a cuckoo clock with a fun forest habitat design. While the traditional cuckoo clock features a bird that comes out every hour, this simplified version allows children to create a charming clock where the cuckoo is part of the design, but doesn't pop out. The project combines basic clock mechanics with a forest-themed aesthetic, creating a playful and educational model. By using wood, natural elements, and simple clock mechanisms, children can experience both the creativity of designing and the basics of mechanical functions.

Forest Themed Cuckoo Clock

The Birdhouse Project is an initiative that emphasizes the importance of preserving natural habitats and the role of birdhouses in the lives of birds. This project teaches students how birdhouses are constructed while providing knowledge about the birds' life cycles, shelter needs, and environmental factors. By designing a birdhouse using wood and natural materials, students are given the opportunity to develop environmental awareness and foster a love for nature. Raising awareness about the protection of bird habitats helps students understand the significance of maintaining natural balance.

Birdhouse Project

The Simple Wooden Caretta Caretta Project offers a great opportunity for raising awareness about the conservation of sea turtles, particularly the Caretta caretta, which nests on the beaches of Antalya, Turkey. This project aims to develop handcraft skills while fostering environmental consciousness and reinforcing a love for nature. With this wooden model of a floating sea turtle, you'll have the chance to understand the habitats and conservation needs of sea turtles, especially those that lay their eggs on Turkey's Mediterranean coast.

Caretta Caretta

The Falling Eagle Chick Project focuses on exploring the natural world while raising awareness about animal conservation. In this project, we assist an eagle chick who is learning to fly. As the chick faces the challenges of survival in the wild, we support it by encouraging repeated attempts to master flight. Students will explore the eagle chick's life cycle, survival processes, and conservation methods while developing awareness about animal protection and the preservation of ecosystems.

Falling Eagle Chick Project

The Treehouse Model Project allows students to immerse themselves in nature and explore eco-friendly living spaces. In this project, students design and construct small-scale treehouse models. The model-making process offers a great opportunity to develop environmental awareness and create creative solutions using natural materials. Students learn how to build nature-conscious structures and reinforce their love for nature throughout the process.

The Treehouse

The Forest Faces Activity is a fun and educational experience that helps children connect with nature and explore their creativity. In this activity, kids design and craft playful faces that can be mounted on tree trunks. Made from water-resistant plywood, these wooden face shapes are durable for outdoor use and naturally blend into the environment over time, eventually decomposing without harming nature.This activity offers children the opportunity to observe nature and create art using natural materials. The wooden faces are customized with paints and items collected from nature, transforming the forest into a charming and playful space.

Forest Faces Activity for Children

The Coral Reef-Themed Lamp Project is a design project that highlights the beauty and importance of marine ecosystems. This project offers students the opportunity to understand the biodiversity of coral reefs, their role in ecosystems, and the necessity of their conservation. Students will engage in a volunteer effort to save the vanishing coral reefs with a diver's mask design and create continuous awareness through this mini lamp. Additionally, it promotes awareness of the protection and sustainable use of oceans.

The Coral Reef-Themed Lamp

The wooden log slice door hanger activity is a fantastic art project that encourages creativity and fosters a connection with nature for both children and adults. These door hangers, crafted from natural materials, bring a warm and rustic charm to homes while incorporating the beauty of nature into living spaces.During the activity, participants will decorate natural wooden log slices using paint, string, ribbons, flowers, or small items collected from nature. Each creation is unique and personalized, reflecting the maker’s individuality.

Wooden Log Slice Door Decoration

this fun and creative project allows children to bring the magic of the forest into their own spaces. By using natural materials, they design and build their own fairy doors, decorating them with moss, leaves, and other elements found in nature. Afterward, they can use these doors to decorate trees and homes in the forest or in their own homes.The project is made from water-resistant MDF, ensuring it is durable for outdoor use and will blend naturally into the environment over time.

Forest Activity: DIY Fairy Door

he Bridge Design Project combines engineering and design skills to plan and create a functional and safe bridge model. This project provides students with the opportunity to explore engineering principles, ensure structural durability, and integrate aesthetic design elements.The model can be assembled using special wooden sticks, allowing precise measurements with a digital scale to test its strength. Additionally, for a more innovative approach, laser-cut wooden connectors with adjustable angles can be incorporated into the design, enabling creative and aesthetically pleasing solutions.The model can be assembled using special wooden sticks, allowing precise measurements with a digital scale to test its strength. Additionally, for a more innovative approach, laser-cut wooden connectors with adjustable angles can be incorporated into the design, enabling creative and aesthetically pleasing solutions.

Design and Test Your Bridge

This project, adopting a STEM (Science, Technology, Engineering, and Mathematics) approach, aims to teach students the construction of wooden buildings. Students will design wooden skyscrapers that are earthquake-resistant and will test them in a simulated earthquake environment. The project will be carried out using custom-made wooden sticks and can be performed either as a class activity or an individual project.

Wooden Skyscraper Construction

Smart City Project aims to make cities more efficient, sustainable, and livable by using technology and data. This project equips students with knowledge and skills in urban planning, transportation, energy management, environmental protection, and public health. It also offers an opportunity to understand and evaluate the impact of technology on society and the environment. Additionally, the project can be expanded by connecting a real solar panel to the set, or it can be simplified and made more cost-effective by including a battery-powered LED light for a quicker, more affordable project.

Smart City Project

The Human Space Mission Night Light Project is a design project that excites those interested in space exploration. This project provides students with knowledge about space exploration and human space missions while offering the opportunity to design and create a creative night light. Additionally, it enhances curiosity about the expanding world of space technology and exploration.

The Human Space Mission Night Light Project is a design project that excites those interested in space exploration. This project provides students with knowledg

The Human Space Mission  Night Light Project

The Wind Turbine Project is aimed at generating electricity using one of the renewable energy sources, wind energy. This project teaches students the principles of wind energy technology, its design, and application, while emphasizing the importance of environmentally friendly energy production. Additionally, it allows students to develop their skills in engineering and renewable energy fields.

The Wind Turbine Project

The Wheel Project is designed to explore the principles of simple machines. This project teaches students about the functions, types, and applications of wheels, while providing an opportunity to develop their engineering and mechanical skills. Additionally, it helps students understand the role of wheels in daily life and transforms into a practical project in the form of a pencil holder.

The Wheel Project

The Balance Project is an exploration of the principles of balance and stability. Through this project, students learn about balance, weight distribution, and stability, while also applying these concepts to real-life situations. Inspired by the legend of the Phoenix, students simulate the struggle to maintain balance despite challenges. The Phoenix is a mythical bird that, despite hardships, continually seeks balance and is reborn—much like students learning to find equilibrium in difficult environments. In this project, students will develop creative and practical solutions to achieve, maintain, and preserve balance, drawing inspiration from overcoming obstacles.

The Quest for Balance of the Phoenix

The Movable Arms Robot Figure Educational Kit is a perfect tool for young engineers to enhance their creativity and technical skills. Designed with modular components, this kit allows students to design and build their own robot figures while gaining foundational knowledge and skills in STEM fields. The robot figures can be enhanced with LED lights, adding an engaging element to the project. With its easy-to-follow instructions and dynamic features, this kit helps nurture the technology experts of tomorrow. It also develops creative problem-solving abilities, laying a solid foundation for future leadership roles in engineering and technology.

Robot Figure Educational Kit

The Acoustic Phone Amplifier Project aims to create a sound amplification device using simple and accessible materials. This STEM-based project teaches students the principles of sound wave propagation, reflection, and amplification while fostering creativity and design skills. Combining concepts from acoustics, physics, engineering, and design, it offers a multidisciplinary learning experience. Students gain insights into how everyday technological devices work and develop sustainable and functional design skills.

Acoustic Phone Amplifier Project

The Mechanical Claw Project encompasses various engineering and design principles, focusing on the design and construction of robotic or mechanical systems. Through this project, students gain an understanding of mechanical principles, lifting and gripping techniques, material selection, and construction skills. It also fosters creative problem-solving and innovation while introducing the practical applications of robotic technology in industrial and personal contexts.

Mechanical Claw Project

The thaumatrope, invented in 1826 by English physician John Ayrton Paris, is a simple optical toy based on the principles of visual perception and the persistence of motion. This project offers students the opportunity to explore how two images can merge to create an optical illusion, understand the fundamental principles of animation, and gain insight into how visual perception works. Thaumatrope making not only fosters scientific understanding but also enhances creative thinking and manual skills.

Thaumatrope Making Project

The phenakistoscope, invented in 1832 by Belgian physicist Joseph Plateau, is an optical toy considered a precursor to modern animation. This project, featuring a wooden version, allows students to explore how motion is created, understand the fundamental principles of animation, and grasp the mechanics of visual perception. Working with wood not only enhances manual skills but also integrates art and science through the creative design process.

Wooden Phenakistoscope

Zoetrope ProjectThe Zoetrope Project involves designing and constructing a modern version of the classic animation device, the zoetrope. This project teaches students how moving images are created and how visual perception can be tricked, while also providing an opportunity to develop creative design and construction skills. Additionally, it enhances their understanding of how optical illusions are formed.

Zoetrope Project

The Steamship Construction Set offers a unique opportunity to learn about the engineering brilliance of steam engines and steamships, which marked a turning point in history. At the heart of the Industrial Revolution, steam engines laid the foundation for the modern world. This set allows you to understand the working principles of steamships while embarking on a historical journey.Made from wooden materials, this set is designed to enhance STEM skills. It provides a fantastic experience to understand mechanical structures, energy transformation, and the engineering marvels of history.

Steamship Construction Set  Explore the Engineering of History

The Marble Tower Project is designed to explore balance, structural stability, and fundamental principles of physics. This project provides students with hands-on experience in understanding the speed, direction, and interaction of marbles, while teaching concepts of structural engineering and balance. Additionally, it offers an opportunity to enhance creative design and construction skills.

Marble Tower Project

The Mechanical Wings Project focuses on learning the principles of flight based on the design and function of bird wings. This project provides students with insights into aerodynamic concepts, wing design, and the physical principles of flight while fostering their creative design and construction skills. Additionally, it offers an inspiring experience for students interested in aviation and engineering fields.

Mechanical Wings Project

The Wooden Inner Solar System Project is an interactive model featuring gear-driven systems that visually represent the Sun, the planets orbiting it, moons, and other celestial bodies. This project provides students with an understanding of the structure, properties, orbits, and general functioning of the Solar System. It also enhances their research, design, and presentation skills.

Wooden Inner Solar System

The Introduction to Automata Project is designed to teach the fundamental principles and construction of automatically moving mechanical devices. This project provides students with the opportunity to learn how mechanical systems are designed, operated, and controlled while enhancing their creative design and building skills. Additionally, it fosters an understanding of automation and its applications in everyday life.

Introduction to Automata Project

The Mechanical Horse Automaton Project focuses on designing and constructing mechanical systems, typically involving the creation of a figure capable of automated movement. This project introduces students to mechanical principles, motion mechanisms, mechanical linkages, and control systems while fostering creative design and construction skills. Additionally, it enhances their understanding of the functionality of automated systems and their industrial applications.

Mechanical Horse Automaton

The Advanced Modular Mechanical Automata Project focuses on the design and construction of complex, modular automatic systems based purely on mechanical principles. This project teaches students how to design, build, and customize more sophisticated and modular mechanical systems, while also enhancing their creative thinking and engineering skills. Students explore problem-solving and design techniques in-depth as they create more complex automatic systems.

Advanced Modular Mechanical Automata Project

The Marble Automaton Machine is a wonderful game and learning tool that uses the rotation of a wooden wheel to move marbles, providing both a fun and educational experience. This project teaches students the fundamental principles of physical motion and mechanical systems, while enhancing hand skills and encouraging creative thinking. It also offers a motivating experience that strengthens problem-solving skills for children in an entertaining way.

Marble Automaton Machine

The Balsa Flying Model Project involves the design and construction of flying models using lightweight and durable materials. This project teaches students the aerodynamic principles of aircraft, balance, and the basic mechanics of flight, while also providing an opportunity to develop creative design and construction skills. Additionally, it helps students understand applications in the aviation industry and the physical principles of flight.

Balsa Flying Model Project

The DIY P-51 Mustang Model Airplane Skeleton is an excellent choice for anyone interested in aviation. This set includes everything needed to create a miniature model of the legendary P-51 Mustang fighter aircraft. With its detailed parts, it provides a realistic aircraft experience and helps students develop their fine motor skills and patience during the assembly process. Serving as both a connection point for history enthusiasts and a source of enjoyment for aviation lovers, this set is the ideal choice for anyone ready to step into the world of miniature aircraft.

DIY P-51 Mustang Model Airplane Skeleton

Catapults, an ancient war machine used on battlefields throughout history, are both a technological marvel and a testament to engineering ingenuity. In this project, we aim to create a simple catapult using basic materials, offering both a fun experience and an opportunity to explore fundamental engineering principles. We will learn the engineering concepts behind catapult construction and understand how ancient war technologies worked. Join us for a fun and educational experience!

Simple Catapult Construction

The Wright Flyer Model allows you to recreate the first successful powered airplane, a groundbreaking achievement in aviation history. This set contains everything needed to build a detailed replica of the Wright brothers' iconic aircraft. With its historical significance and engaging assembly process, this project offers both an educational and enjoyable experience for aviation enthusiasts and history lovers alike. It provides a unique opportunity to explore the birth of modern aviation and the remarkable innovation of the Wright brothers.

Wright Flyer Model Construction

Building a UAV model using wooden materials provides an educational and creative experience by combining manual skills and creativity. In this project, we will focus on ergonomic design, aesthetics, and functionality while creating the aircraft model. Through woodworking, we will develop fundamental engineering skills and gain an awareness of the practical aspects of design. At the end of the project, students will increase their interest in both aviation and design fields, and explore creative thinking processes.

Building a UAV Model

The TB2 Bayraktar Project represents Turkey's efforts in developing indigenous unmanned aerial vehicles (UAVs) and unmanned aerial systems (UAS). Led by Baykar Defense, this project aims to contribute to the development and production of domestically manufactured defense industry products. Various models of Bayraktar UAVs are designed for mission execution, marking a significant step toward enhancing national defense capabilities.

TB2 Bayraktar Project

The TOGG Project is not only a milestone in Turkey's automotive industry but also an important step towards a cleaner environment and sustainability. The project aims to create a domestically produced electric vehicle that reduces carbon emissions, promotes green energy, and supports environmental protection. By embracing electric vehicle technology, TOGG contributes to the global efforts to combat climate change and decrease dependence on fossil fuels. The project emphasizes the importance of sustainability, resource conservation, and innovation in creating a cleaner, greener future.

TOGG Project

The Safranbolu House Project focuses on examining Safranbolu houses, a significant example of traditional architecture. This project offers students the opportunity to explore Anatolian culture and architecture while also raising awareness about the importance of preserving and understanding historical heritage. Students will gain an in-depth understanding of traditional architecture by researching the structure, decorations, and functions of Safranbolu houses.

Safranbolu House Project

Once the rulers of the oceans, galleons are among the most iconic ships in maritime history. By building a wooden galleon model, you can recreate these majestic vessels of the past with your own hands. Galleon from the Depths of History is not just a model-building project but also an opportunity to learn about maritime history, engineering, and design skills. This project is perfect for maritime enthusiasts and those passionate about intricate craftsmanship.

Galleon from the Depths of History

Woodblock printing and stamp making are traditional art forms involving the carving of designs or motifs onto wood and creating prints from them. This project not only teaches students wood carving and printing techniques but also offers the opportunity to create a unique piece of art. Through the process of woodblock printing and stamp making, students enhance their craftsmanship and artistic expression skills.

Woodblock Printing and Stamp Making

The art of Ebru, a traditional Turkish art form, is created by sprinkling colorful inks on the surface of water with the help of special fluids to form intricate patterns. This project introduces students to the techniques of Ebru art while offering them the chance to create their own unique artwork. The process of marbling enhances students' craftsmanship and nurtures their artistic expression skills.

Art of Ebru (Marbling)

Wooden Mandala Painting is an art technique that involves creating intricate designs on a wooden surface instead of a traditional canvas. This project allows students to explore working in a different artistic medium while leveraging the textural and natural qualities of wood to create a unique piece of art. Throughout the process, students improve their painting skills and enhance their ability to express themselves artistically.

Wooden Mandala Painting

Fabric printing with Tokat Yazması is a project rooted in traditional Turkish craftsmanship, involving the creation of beautiful patterns on fabric using wooden molds hand-carved from linden wood. These linden wood molds are skillfully crafted using traditional carving techniques, showcasing the intricate art of woodworking. This project not only teaches students the fundamental techniques of Tokat Yazması but also provides a deeper appreciation for the connection between woodworking and fabric art. Participants will have the opportunity to create unique handmade art pieces, develop their skills, and engage with Turkey's rich cultural heritage.

Fabric Printing

A Modern Approach for Young Creators. Kat’ı art is a traditional Turkish craft and a sophisticated extension of miniature art. To make it more accessible for children, we use wooden materials instead of paper while maintaining the same techniques. This modern adaptation involves crafting intricate patterns by cutting and layering wooden pieces to achieve depth and visual richness. Through this project, participants learn the fundamentals of Kat’ı art while engaging with miniature art techniques, fostering creativity and artistic expression.

Kat’ı Art

The Amphora simple ceramic kit project is designed to introduce participants to the foundational techniques of ceramic art. This engaging project involves shaping clay, drying it, and applying glaze, offering a hands-on experience with the basic steps of ceramics. Participants gain practical knowledge of ceramic craftsmanship while enhancing their creative thinking and artistic expression. Tailored for beginners, this kit fosters motor skills development and provides an accessible entry into the world of art.

Amphora  Simple Ceramic Kit Project

Kilim weaving is the process of creating kilims, a traditional form of textile art. This project introduces participants to the techniques of kilim weaving while fostering an appreciation for traditional handicrafts. Throughout the weaving process, students develop their fine motor skills and enhance their artistic expression.

Weaving a Kilim  A Traditional Handicraft Project

The Mini Kilim Weaving Set allows you to experience the art of traditional kilim weaving in a portable size. Designed especially for beginners, this set offers a simple and easily applicable weaving process. Its pocket-sized design enables you to use it anywhere, providing a fun and educational craft experience. With this small yet impactful project, you can contribute to cultural heritage while creating your own unique works of art.

Mini Kilim Weaving Set Traditional Art in Pocket Size

Filigree, also known as the art of nail and thread weaving, is a craft that involves creating intricate designs on a wooden base. This project introduces students to the fundamental techniques of filigree while offering them the opportunity to create a unique and artistic piece. With three different versions—metal, plastic, and wooden nails—students can explore various materials and adapt the craft to their preferences. Through the process of filigree making, students enhance their manual skills and artistic expression.

Filigree Art Crafting with Nails and Strings

Spoon carving is the process of shaping and decorating semi-finished wooden spoons using specialized files. This project provides students with the opportunity to learn the fundamental techniques of spoon carving while also enhancing their manual skills. Through the process of spoon carving, students develop attention to detail and patience.

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