Sustainable Environments: Maxwell Retrofit & Masjid Sakinah
This portfolio presents two final-year Architectural Design and Technology projects exploring how sustainable architecture can improve building performance, extend building lifespan and enhance user wellbeing.
The primary project focuses on the environmental retrofit of the Maxwell Building at the University of Salford. Instead of proposing demolition, the scheme reimagines the existing structure through a fabric-first retrofit strategy, improving energy efficiency while reducing the environmental impact of redevelopment. Key design interventions include a new high-performance façade, orientation-specific shading fins to reduce overheating and glare, upgraded glazing, renewable energy technologies and improved internal environments.
A key focus of the project was the creation of comfortable, inclusive learning spaces. This included the design of a neurodivergent-friendly learning environment, with careful consideration given to daylight, acoustics, spatial clarity and wellbeing.
The second project, Masjid Sakinah, is a contemporary community mosque designed as more than a place of worship. The proposal combines prayer spaces with educational, social and family-focused facilities arranged around a landscaped courtyard. Natural ventilation, daylighting and rooftop solar panels were integrated from the earliest stages to create a welcoming, inclusive and environmentally responsible building. The design also draws on traditional Islamic architectural principles, reinterpreted through a contemporary community-focused approach.
Together, these projects demonstrate an interest in sustainable retrofit, environmental design, inclusive architecture and community wellbeing, showing how buildings can respond positively to both environmental challenges and the needs of the people who use them.
Connect with Tasmina
Email: tasminabegum387@gmail.com