(Objective):  Create an easy-use smart recycling/trash system that encourages users to buy more recyclable products.

(Background): The idea for this project stems from something we discussed in class and the ever-growing need to make a change in our earth's environment. In class, we discussed how Kevin Ashton used a credit-card inspired microchip to get data on lipstick. This microchip technology, in combination with the use of electrical engineering to automate the process, would create a user-friendly recycling system.

(Methodology): The AI-enhanced recycling system would look like a large, electronic disposal bin with one opening. Microchip sensors will first scan and detect whether the microchip placed on the item belongs to one of three categories: recycling (plastic, glass), recycling (aluminum), and recycling (cardboard). Once scanned, an electrically engineered system composed of a robotic arm and "trap" doors will push the scanned item to one of the four previously specified locations.  Also, as an incentive to use the product, users will get a small % back with items specifically with this microchip. For example, if a user bought an aluminum energy drink with a microchip, the drink would first be deposited into the engineered bin, scanners would detect the item as aluminum and send data to the robot arm, which will then push the item to the area of the third "trap" door for recycling (aluminum), in which the door will then open.

(Expected Results): As a result of this AI-enhanced recycling system, the automation of the recycling process and cash back incentive will make people more likely to buy and use the product. More recycling means less waste, which will better the planet and hopefully slow down to some extent the affects that climate change is having. The data collected from the microsensors can also help scientists get a better understanding of recycling patterns for future products.

(Costs): Although an unknown amount of money will be needed to research and create this product, it will hopefully be government funded and available for users at a decent price (ex; less technically advanced automated garbage bins start at only $75 in Brick Township and are sold by the government). Microchipped items will have a 10% surplus charge than non-microchipped items, but 5% of that will be given back as a credit to users.