Synopsis of your thesis toThis study aims to enhance the use of natural daylight in office buildings to improve the connection between indoor and outdoor spaces, minimize dependence on artificial lighting, and support a healthier work environment. The research explores practical daylighting strategies for workspaces and examines building designs that allow maximum daylight penetration. By analyzing different architectural approaches, the study identifies design solutions that optimize natural light distribution while maintaining indoor comfort.

This research is particularly relevant in the context of rising electricity costs in Malaysia and the high energy demands of deep-plan office layouts. Many conventional office buildings rely heavily on artificial lighting, leading to increased energy consumption and operational expenses. By introducing a new office building design that prioritizes daylight integration, this study aims to enhance energy efficiency, reduce electricity usage, and create a more comfortable and productive workplace.

The proposed office typology incorporates passive design techniques, such as optimized window placements, light shelves, atriums, and reflective surfaces, to maximize daylight penetration without causing glare or overheating. The study also considers the impact of building orientation, façade design, and interior spatial planning on daylight performance. Through digital simulations and case studies, the research evaluates various building forms to determine the most effective daylighting strategies.

Beyond energy efficiency, natural daylight has been proven to enhance employee well-being, increase productivity, and create a more pleasant indoor environment. This study highlights the importance of daylight-responsive design in shaping sustainable office spaces that benefit both the environment and occupants. By integrating effective daylighting strategies, office buildings can achieve long-term cost savings, lower carbon footprints, and improved indoor environmental quality.