Annual Challenge

Challenge Participants

The 2017 Young Scientist Challenge Finalists and State Merit Winners have been announced! Use the tabs below to check out their big ideas and explore all finalists, winners, mentors and judges!
Enhancing Wind Power
Maanasa Mendu
2016 Winner
Meet Maanasa. Maanasa hopes her invention helps make wind power a globally applicable energy source. She created a device utilizing piezoelectricity materials that are both eco-friendly and cost efficient.
Aquabot - An Arduino Based Robot for Testing and Monitoring Surface Water Quality
Meghna Behari
2016 Finalist
Meet Meghna. After learning how difficult it is to analyze the quality of hard to reach water sources, Meghna created a device to help access hard to reach waterways. Monitoring temperature, conductivity and pH levels, Meghna hopes to revolutionize the way scientists conduct research in the future.
Improving the Accuracy of Kicking a Soccer Ball Using Sensory Feedback
Amelia Day
2016 Finalist
Meet Amelia. To help the visual and hearing impaired along with the injured, Amelia's invention aims to improve accuracy of kicking a soccer ball using sensory feedback using a light and sound based system. Amelia hopes that her invention will help people's physical capabilities around the world both now and in the future.
Low Cost CPR Simluator
Mrinali Kesavadas
2016 Finalist
Meet Mrinali. Mrinali's low cost CPR simulator aims to help save lives in underdeveloped countries. The simulator is made of low cost materials, is portable and also has the capability to run a computer based program to provide instant feedback to the user to assure that they are performing CPR in the correct way.
Nano-Cellulose Beads to End Stormwater Pollution
Sara Makboul
2016 Finalist
Meet Sara. Sara invented Nano Cellulose Beads to counteract stormwater pollution in an effort to improve the quality of water. Sara plans to create her invention by using the absorbent cellulose, which will be extracted from leaf remains. Combined with sodium polyacrylate and once dispersed on land, excess stormwater runoff can be absorbed to decrease the amount of pollution and improve water quality.
Optimized Diesel Particulate Filter Design
Rohit Mital
2016 Finalist
Meet Rohit. Wanting to eliminate untimely deaths due to air pollution, Rohit invented a device to control pollution from diesel automobiles by optimizing particulate filters. Through researching filter cell designs, Rohit found that his invention not only has the capability to save 250 million gallons of fuel per year, but also reducing particulate matter and saving lives all around the world.
Semiconductor Battery
Will Paschal
2016 Finalist
Meet Will. Will wants to create an alternative method of storing electricity that is safer and more efficient then what is currently being offered. Will invented a semiconductor battery, and believes that creating an electric current between existing materials can power any electrical device imagined.
Make the Pill fit the Ill
Sofia Tomov
2016 Finalist
Meet Sofia. Sofia believes her invention can help limit negative side effects from prescription medications. By using fast computing methods to detect mutations that would cause a person to suffer from side effects of their medication, Sofia hopes she can help improve the health of humans all over the world through safer prescriptions.
Mudricity - Making a More Efficient Microbial Fuel Cell for use in Developing Countries
Rohan Wagh
2016 Finalist
Meet Rohan. Wanting to eliminate energy poverty in underdeveloped countries, Rohan invented a new method to increase the efficiency of a microbial fuel cell. Rohan believes his invention, which is compact sized and low maintenance, can be distributed and used all around the world.
Bioplastics - Redefining Future
Kaien Yang
2016 Finalist
Meet Kaien. Kaien's invention focuses on creating a biodegradable plastic to help reduce pollution worldwide. Using a combination of natural biodegradable resources, Kaien believes his invention has the capability of solving the one of the world's most persistent problems.
The Ocean Energy Probe
Hannah Herbst
2015 Winner
Meet Hannah. Hannah's Ocean Energy Probe aims to provide a stable power source and fresh water to developing countries around the globe by using untapped energy from ocean currents. The energy is stored in a generator, and then can be harnessed for many uses, including the desalinization of water.
The Helping Hand
Peter Finch
2015 Finalist
Meet Peter. Peter believes his invention, The Helping Hand, will prevent many accidents caused by senior citizens falling on the stairs. Meant to maximize the use of arm strength, The Helping Hand reduces the impact on joints like the hands and knees. Although there are electric chairs on the market to help navigate the stairs, Peter believes his invention provides a portable, efficient and less expensive alternative for senior citizens.
Reducing CO2 emissions from cargo ships
Arthur Frigo, III
2015 Finalist
Meet Arthur. In one of many endeavors to learn more about science, Arthur hopes the Young Scientist Challenge will help feed his never-ending curiosity of science. With an interest in preventing some of the global issues faced today, Arthur's invention aims to reduce the CO2 emissions that cargo ships release daily. Arthur hopes to improve the environmental and human health problems by reducing cargo ship emissions, using wind power and a helium-filled parachute to propel cargo ships to their final destinations.
A Wireless, Wearable and Customizable Electronic Solution to Predict and Prevent Autistic Meltdowns.
Raghav Ganesh
2015 Finalist
Meet Raghav. To help those with Autistic Spectrum Disorder and their caregivers, Raghav's invention predicts and prevents Autistic Meltdowns. Monitoring physiological and environmental factors that can cause and trigger stress, Raghav's wireless and wearable machine alerts the wearer and caregiver when any stressors rise above a certain threshold.

His invention allows care to be tailored to individuals' needs by recording all sensory data and therapeutic responses. Raghav hopes his invention can help many people in daily situations, catering to the Autistic population and their caregivers.
Using Brainwave Patterns to Create Biofeedback Tools
Amulya Garimella
2015 Finalist
Meet Amulya. With a love for both filmmaking and science, the Young Scientist Challenge was the perfect opportunity for Amulya to showcase her talents. With a goal of preventing distractions while trying to concentrate, Amulya invented a distraction monitoring system that alerts the user of distraction by measuring EEG brainwaves. When users get distracted, they will receive an alert reminding them to concentrate and get back to work. Amulya hopes that being distracted while doing homework or working will be a thing of the past!
Mitigating Allergies with Nanoparticles
Iris Gupta
2015 Finalist
Meet Iris. Iris wants to stop allergies at the source. She believes that by inhaling or injecting nanoparticles, allergens' ability to attach to antibodies present in our bodies would be blocked as they entered our systems. Iris believes too many people suffer from allergies, and by testing to find the correct amount of nanoparticles optimal for blocking allergens, her invention aims to give them some much needed relief. Iris' favorite invention in the last 100 years is the Internet, because it makes research and access to information quick and easy.
Circular Ion Accelerator
Alec Lessing
2015 Finalist
Meet Alec. Alec's invention of a circular ion accelerator aims to make entry into space easier by giving multiple energy charges to passing particles before they are ejected from a rocket into space. Current linear ion accelerators only pass charging capacitor plates once before the are released from the rocket and lost into space, but by creating a circular accelerator, Alec hopes this is no longer the case. Alec hopes to win the Young Scientist Challenge to further his circular accelerator prototype. With the world's population growing at an extreme rate, Alec believes entry into space is more important than ever.
Car Temperature Sensor
Conner Pettit
2015 Finalist
Meet Conner. With soaring summer heat temperatures, Conner invented a device that measures temperature within a car and sends the information to a mobile device. Car temperatures can become much hotter than outside temperatures due to the car's ability to trap heat, and Conner's invention allows the user to know when the car is reaching dangerously hot temperatures. Conner's favorite invention in the last 100 years is the phonograph, which lead the way for the developments of recording and reproducing sound technology.
DUI Detection Using the Pupillary Reflex
Krishna Reddy
2015 Finalist
Meet Krishna. Struck with a great idea, Krishna decided the Young Scientist Challenge was a great way to demonstrate his invention to a large audience. While a breathalyzer for alcohol consumption exists, Krishna felt that there was need for a device that could detect more. Unhappy with the inability for breathalyzer to detect other substances, Krishna created a pupillary reflex computer program and apparatus that measures pupil dilation. Many drugs influence the uncontrollable movement of pupil dilation, and by detecting drugs through dilation, Krishna hopes many more preventable accidents can be stopped.
Reducing Flash Floods Using Optimal Drainage Pipe Sizes, Location and Elevation
Sanjana Shah
2015 Finalist
Meet Sanjana. After realizing the impacts of heaving rainfalls in unprepared areas, Sanjana created a program to detect where cities may need more drains and where they may need to increase current drain pipe sizes. By using pipe network analysis modeled after city drain pipe maps, Sanjana can simulate heavy rainfall to see where possible flooding may occur. Sanjana's favorite invention in the last 100 years is the Internet because it is a tool that allows for the searching, sharing and exchanging of information almost instantly. It can be used to connect globally, ranging from social media networks to aiding medical research across the world.