Over 45 countries experience ten or more power outages per year, with Bangladesh experiencing 248 a year, and over 70% of consumed energy per year is either Coal, Oil, or natural gas. The world needs cleaner energy, which can be easily built/installed in any country. This has led me to design a product that can capture wasted energy through the action of traversing a set of stairs and store it for later use.To assist in the development of this project, advice/support in energy generation (piezoelectric, electromagnetic generator, electric motor, Triboelectric Nanogenerators), Material research, electronics (energy storage), and Mechanical Engineering.

Tens of billions of PLU fruit stickers are discarded each year, contributing to non-biodegradable waste and increasing landfill pressure in NSW. Currently, 100% of fruit sold in major supermarkets uses plastic-coated, non-compostable stickers.This project is proposing a Sustainable, water-dissolvable PLU sticker based on existing Pink Lady apple branding. The sticker will need to maintain strong adhesion, withstand moisture and transport conditions, and function effectively at checkout.This solution aims to reduce everyday plastic waste at its source while maintaining supermarket practicality.I am seeking support in processes and materials that will allow for functionality of this product.

To design and create a product which will promote a more efficient and pain-free recovery process for acute musculoskeletal-based shoulder injuries primarily, but may also be used to treat bone-based injuries. Furthermore, this project will aspire to aid the recovery of these injuries by supporting the muscles at a sustained and efficient rate for optimal recovery. Additionally, it will make use of best practice temperature-based recovery techniques, providing both heat and icing options. Furthermore, the brace's design will combat equity-based issues, allowing all demographics to access this product, such as low SES, youth, adults, beginner or cognitive athletes and more.

Many chemotherapy patients experience cachexia and peripheral neuropathy as a side effect of treatment. These conditions are estimated to occur in up to 80% of individuals with advanced cancer, leading to skeletal muscle mass depletion (5-13%), negatively impacting physical function to the nerves that carry messages around the nervous system. I propose to design a garment for patients experiencing weakness, discomfort and stress during treatment that further provides support and relaxation throughout treatment and recovery. The final design will include gentle weight to promote the circulation of blood throughout the body which will stimulate the regeneration of lost muscle. 

Creating a portable, modular study pod that slides onto a desk to create an instant, semi-private study space. This will help increase student productivity and results as they are more focused. Additionally, these can be folded down and packed away for when the school does not need them and then set up, during exam or assessment periods. 

I am going to design and create a lifting aid that assists elderly users, and individuals with weakened hand and wrist mobility when handling cooking pots. As a result of age and chronic conditions, reduced strength, flexibility, and stability, this can make lifting or controlling this cookware difficult and unsafe. This product will feature an ergonomic, adjustable and heat-resistant design to improve grip, control, and overall safety in the kitchen. I’m specifically motivated by my own grandparents, as my grandfather has Parkinson’s disease, making movements involving gripping and maintaining stability difficult, whilst my grandma has arthritis in her wrists, affecting lifting.