AutoClimate

by Bradley Matthews

Project Description

This project was established with the desire to combat the unnecessary use of fossil fuels for energy generation by reducing reliance on HVAC (heating, ventilation, and air conditioning) systems in the home sector. The project investigates a solution in the form of a retrofittable passive home temperature and ventilation control system. The system automates existing products such as windows and window shutters to moderate the home’s indoor climate, reducing the need for energy-hungry active heating and cooling solutions.

This is not only great for the environment but also reduces energy costs for consumers. The retrofittable approach of this project aimed to develop a more accessible, and hence more adaptable solution to bring change on a wider scale. This contrasts with less accessible high-cost or built-in solutions such as custom façades or built-in smart home features.

System control module: smart dial for navigating menus, quick switch for selecting system modes, and integrated sensors to provide the system with information on the current air temperature, air humidity, and light levels

Functioning demonstration model of the shutter module

A look inside the shutter module at its internal mechanisms

Bio

Bradley is a Product Design graduate driven by a strong attention to detail and passion for problem-solving. His specialisation and passion lies in technical design engineering and striving for the seamless interaction of functional design and human experience. Bradley’s inspiration for design is drawn from a capacity to enhance lives and solve real problems through well-thought-out design choices. He aims to be recognised for innovative design that fosters a harmonious coexistence of form and function without compromise on either facet.

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2023 bachelor index