|
A sustainability enthusiast, Anika Varshneya, has developed a handmade microscope using waste materials. Anika is a class 9 student of Delhi Public School, Greater Noida, who is passionate about technology and adaptive learning. She believes that innovation thrives in the most unexpected places.
Initiative
To provide a hands-on learning experience to students, Anika set up a microscope, MicroMarvel, using waste materials such as cardboard, broken toys, plastic bottles, LED batteries, copper wire, and other discarded electronic items.
Anika believes that her innovation can be used to examine real-world samples collected by students from their surroundings. Students can experiment with water organisms and examine plant cells from a backyard garden using their handmade microscope.
MicroMarvel can also be used to experiment with different lighting conditions, prepare specimens, and focus adjustments to simulate real-world microscopy techniques. The device can be used for group assignments, where students can share their observations and collaborate on projects. The activity can involve comparing observations, discussing findings, and brainstorming ideas for further scientific exploration.
Working of MicroMarvel
The body of the device was made from a cardboard tube and a clear plastic or glass stage was attached to the base to provide support. An LED light was installed to illuminate the specimen, which was connected to a battery with a copper wire. Anika, then positioned a lens at the top end of the body tube to achieve the required focus.
To measure the precision of MicroMarvel, Anika used a specimen to carry out her experiments. She also adjusted the height of the lens as well as the distance between the lens and the specimen to achieve a clear image. The eco-friendly device can be made visually appealing once the user is satisfied with the performance of MicroMarvel.
Awards/Positions Held
- Campus Ambassador for DEL TECH MUN
- One of her novels was published by Notion Press
Anika Varshneya is a finalist for the Most Innovative Educational Project award because of her sustainable innovation to help young students explore the world of microscopy at home. The eco-friendly device also offers a personalised learning experience by allowing students to experiment with different magnifications and sample types according to their interests and objectives.
Click Here to Learn More About Anika Varshneya’s Initiative