Art is the new sport

Join Us in bringing a revolution to Indian Education System by adding Arts into the main stream.

Mix It With the Arts (M.I.W.A)

ChatGPT Image Apr 26, 2025, 03_01_28 PM_

M.I.W.A is an education start-up transforming education by integrating arts into STEM fields, creating a STEAM-focused learning environment especially for teen age group. We aim to enhance creativity and problem-solving skills in students.

Groundbreaking book that explores the S.T.E.A.M (Science, Technology, Engineering, Arts, and Mathematics) approach, addressing the gaps in the current education system. Through nine meticulously crafted chapters, the book outlines pathways for developing essential soft skills like creativity and innovation, crucial for empowering individuals and boosting India's GDP.

Buy Now

Connect with us to join the STEAM ecosystem in India

To play, press and hold the enter key. To stop, release the enter key.

Spin Art Machine: A STEAM-Powered Exploration of Physics and Creativity:
The Spin Art Machine by Funvention offers young learners an engaging, hands-on experience that seamlessly integrates Science, Technology, Engineering, Art, and Mathematics (STEAM) principles. By constructing and operating this machine, children delve into the physics of centrifugal force and rotational motion, observing firsthand how these forces influence the dispersion of paint to create unique artworks. This interactive kit not only enhances understanding of scientific concepts but also fosters creativity and artistic expression as children experiment with color combinations and patterns. Priced at ₹1,270.34, the kit includes all necessary components and a detailed instruction manual, making it an ideal educational tool for classrooms, homeschooling, or as a thoughtful gift. By engaging with this kit, learners connect with the fundamentals of physics and art, promoting a deeper appreciation for the interconnectedness of scientific principles and creative processes.

Robocoders Level 1: A STEAM-Powered Journey into Robotics and Coding

The Robocoders Level 1 STEM Kit by Be Cre8v offers young learners an immersive experience in Science, Technology, Engineering, Art, and Mathematics (STEAM). Designed for children aged 8 and above, this comprehensive kit includes over 30 hands-on projects that teach the fundamentals of robotics and coding through block-based programming. By building and programming various robotic models, children develop critical thinking, problem-solving, and creative skills. The kit also provides access to a free accompanying course, enhancing the learning experience. Priced at ₹2,899, the Robocoders Level 1 kit is an ideal educational tool for classrooms, homeschooling, or as a thoughtful gift, fostering a deeper appreciation for the interconnectedness of STEAM disciplines.

Garden Drip Irrigation Kit: A STEAM Exploration into Sustainable Water Management:

The Garden Drip Irrigation Kit from Funvention offers an engaging, hands-on experience for learners to delve into the principles of sustainable agriculture and water conservation. By assembling this functional irrigation system, users explore the science of fluid dynamics, the technology behind efficient water distribution, and the engineering concepts that make drip irrigation effective. This kit not only enhances mathematical skills through planning and measurement but also encourages artistic creativity in designing garden layouts. Priced at ₹981.25, it provides an affordable opportunity to understand the interconnectedness of Science, Technology, Engineering, Art, and Mathematics (STEAM) in real-world applications, fostering a deeper appreciation for environmental stewardship and innovative problem-solving

Hydraulic Flight & Launch Lab: A STEAM-Powered Mechanical Adventure

The UnitedMaama 2-in-1 Hydraulic Missile & Plane Launcher STEM Wooden Kit offers children aged 8 to 14 an immersive experience in hands-on engineering and physics. By constructing both a missile launcher and a plane launcher, young learners delve into the principles of fluid mechanics, particularly Pascal's Law, gaining a practical understanding of how hydraulic pressure can be harnessed to perform work. This DIY kit not only enhances fine motor skills and spatial reasoning but also fosters creativity and problem-solving abilities. Crafted from natural wood, the kit includes five wooden sheets, surgical syringes, tubing, various rubber components, and an instruction manual, ensuring a comprehensive building experience. Priced at ₹454, it provides an affordable, screen-free activity that encourages family bonding and collaborative learning. By integrating concepts from Science, Technology, Engineering, Art, and Mathematics (STEAM), this kit bridges the gap between theoretical knowledge and practical application, inspiring the next generation of innovators.

Hydraulic Jack Explorer: A STEAM-Powered Dive into Fluid Mechanics

Embark on a hands-on journey into the world of fluid mechanics with Technybirds' Hydraulic Jack Science DIY Kit. This engaging kit invites young learners to construct a functional hydraulic jack, offering a tangible exploration of Pascal's Law and the principles of fluid pressure. By assembling syringes, tubing, and wooden components, children not only enhance their understanding of physics and engineering but also foster creativity through the design process. Historically, the application of hydraulics dates back over 2,000 years, with ancient civilizations like the Greeks and Romans developing sophisticated water management systems, including aqueducts and irrigation channels. Innovators such as Archimedes, with his screw pump, and Hero of Alexandria, known for his aeolipile, laid foundational work in fluid dynamics. By engaging with this kit, learners connect with a rich legacy of hydraulic innovation, bridging ancient engineering marvels with contemporary educational practices. This STEAM-focused experience not only cultivates critical thinking and problem-solving skills but also inspires a deeper appreciation for the interconnectedness of science, technology, engineering, art, and mathematics.

Rediscover Sound the STEAM Way: Build Your Own Wooden Gramophone – Just ₹899!

Bring history to life with a hands-on learning experience crafted to spark curiosity in adolescents and young learners. This DIY Wooden Gramophone Kit, priced at just ₹899, includes premium-quality, pre-cut wooden parts and easy-to-follow instructions for seamless assembly.

As adolescents build their own working gramophone, they explore real-world STEAM concepts such as sound vibrations, mechanics, and rotational motion. Inspired by the original phonograph—a device that mechanically reproduced sound via a stylus tracing grooves on a disc—this model shows how analog sound was brought to life, long before digital tech.

Ideal for learners aged 10 and above, this kit enhances creativity, problem-solving, concentration and cognition Whether for classrooms, educational projects, or curious minds at home, it's more than a toy—it's an exciting gateway into the world of science, technology, engineering, arts, and mathematics.

Crafting Melodies: A Hands-On STEAM Journey with Smartivity's Music Machine

The Smartivity DIY Music Machine is an innovative STEAM toy that beautifully blends Science, Technology, Engineering, Arts, and Mathematics to inspire creativity and hands-on learning among adolescents. Designed to introduce young minds to mechanical engineering principles, the kit allows users to build a fully functional hand-crank music box. As they construct and customize their own melodies, children engage with fundamental scientific concepts such as sound vibration, gear mechanics, and rotational motion. This activity also stimulates artistic expression through music creation and design, while enhancing problem-solving and logical thinking skills. Priced at ₹1,169, the kit offers an engaging educational experience that encourages curiosity and innovation in a fun, interactive way.

Historically, music boxes emerged in the late 18th century, with Swiss watchmaker Antoine Favre-Salomon pioneering the design that used a pinned cylinder and tuned steel comb to produce melodies. These mechanical marvels evolved over time, incorporating discs and complex mechanisms, and were cherished for their ability to bring music into homes before the advent of electronic devices. By building the Smartivity Music Machine, adolescents not only delve into the mechanics of sound production but also connect with a rich heritage of musical innovation, bridging past and present through interactive learning.

"Dreamcatcher Wall Clock DIY Kit: A STEAM-Powered Craft Experience"

The Dreamcatcher Wall Clock DIY Kit from Hobby India offers adolescents aged 8 and above a unique opportunity to blend creativity with engineering principles. This hands-on project allows young learners to construct a functional wall clock inspired by the traditional dreamcatcher design, fostering an understanding of mechanics and design. The kit includes a 30 cm pre-marked MDF base, clock hands, a working mechanism powered by a single AA battery, six vibrant non-toxic chalk paints, and high-quality paintbrushes. Assembling the clock introduces children to engineering concepts like gear movement and timekeeping mechanisms, while painting the dreamcatcher design enhances artistic expression and creativity. This interdisciplinary approach not only improves problem-solving and fine motor skills but also encourages an appreciation for the interconnectedness of different fields. Priced at ₹599, the kit is an affordable and engaging way to integrate STEAM (Science, Technology, Engineering, Arts, and Mathematics) learning into everyday activities. It's perfect for educational settings, home projects, or as a thoughtful gift that combines fun with learning. Historically, the evolution of timekeeping devices has been marked by significant innovations, such as the creation of one of the earliest electric clocks powered by dry pile batteries in 1815 and the introduction of the electric clock by Scottish clockmaker Alexander Bain in 1840. These advancements paved the way for the development of modern timekeeping technologies, including quartz and atomic clocks, which have become the standard for precision time measurement today. By building the Dreamcatcher Wall Clock, adolescents not only delve into the mechanics of sound production but also connect with a rich heritage of innovation, bridging past and present through interactive learning.

$Priced at ₹1,259, the Smartivity Microscope DIY Kit offers children aged 8 and above a unique, hands-on introduction to the fascinating world of optics through STEAM (Science, Technology, Engineering, Arts, and Mathematics) learning. This engaging kit enables young minds to build a fully functional wooden microscope with up to 100x magnification using pre-cut engineered wood parts, plastic lenses, LED light, and more—no glue or tools required. As children assemble the microscope, they explore engineering concepts like rack-and-pinion mechanisms and optical fundamentals such as lens refraction and magnification. This not only nurtures their problem-solving skills and creativity but also enhances fine motor coordination and scientific curiosity. Rooted in rich scientific heritage, the kit connects learners with the long evolution of optical innovation—dating back to 4,000-year-old lens-like objects and Greek observations of water-filled spheres in the 5th century BC. It also highlights breakthroughs like the first compound microscopes in 17th-century Europe, credited to early inventors including Zacharias Janssen, Hans Lippershey, and Galileo Galilei. Giovanni Faber, who coined the term microscope in 1625, and Descartes’ contributions using mirrors for illumination, showcase the fusion of creativity and scientific advancement that this kit celebrates. Perfect for home projects, school activities, or thoughtful gifting, the Smartivity Microscope DIY Kit bridges ancient knowledge with modern-day discovery—turning playtime into a journey of invention and wonder.$

Why M.I.W.A?

Our Commitment

We are focused on global best practices, it aims to enhance India's education standards, innovation index, and economic growth. Anchored by its three pillars—Technology, Research, and Knowledge Sharing—the initiative aspires to create a lasting impact on the education system.

Technology

We harness technology to develop innovative solutions for education by creating software and AI powered applications. Our focus is on addressing critical education challenges in India and other developing nations. Technology enables us to harness information for improving education systems. With a commitment to transformation, we tackle the toughest problems in education through intelligent strategies.

We stay informed about the latest trends in S.T.E.A.M., researching best practices, tools, strategies, and scientific advancements. Through in-depth research, we generate new knowledge and solutions for the education sector. Our focus is on delivering cutting-edge insights that drive innovation and excellence. By leveraging this expertise, we create and market impactful products and services tailored to teens. Our work empowers the education community, fostering creativity and growth.

Research

Knowledge

Sharing

We collaborate with educators, students, product and service providers and the scientific education community to exchange ideas on integrating arts into education. By highlighting the importance of arts, we aim to strengthen the concept of S.T.E.A.M. education. This approach fosters an artistic and innovative society, inspiring creativity and problem-solving. Through these efforts, we strive to transform education and nurture a generation of imaginative thinkers and leaders.

Learn More