Author: Bushra Danish
Bushra Danish
Bushra is a skilled academic and professional in architecture and environmental engineering. She works as a faculty member, researcher, freelance architect, and writer. Bushra earned her Ph.D. from the Poliba, Italy, where she focused on circular economy and life cycle assessments of building materials, comparing practices in Pakistan and Italy. She has a strong educational background, including an M.Sc. in Environmental Engineering and a Postgraduate Diploma in Green Cities for Eco-Efficiency. She also completed specialized training in 3D printing architecture and circularity in the built environment. Throughout her career, Bushra has received several notable scholarships and awards. She has contributed extensively to research in sustainable architecture, environmental conservation, and cultural heritage preservation, with many of her findings published in peer-reviewed journals. Her work highlights innovative and eco-friendly building practices, particularly in the South Asian region.
The time is not so far away when humans will become a multiplanetary species. Humans are exploring innovative solutions that go beyond traditional construction techniques to face the predicted difficulties of building on planets other than Earth. Research and development are ongoing to introduce space-based construction systems that will support future exploration of the Moon and beyond. Project Olympus by ICON is one of the space-based construction systems. Building the first 3D-printed home for humans on another planet will be the most ambitious project in human history. This will take engineering, technology, and architecture to new heights. Project Olympus is NASA’s investment in…
At Expo Osaka 2025, Aki Hamada Architects (AHA) developed a one-of-a-kind 3D-printed earthen rest facility that employed a stand-alone crane by WASP. The AHA suggested a vision for future architecture in which people construct their own nests from locally sourced materials. Soil was chosen as the material because it is a readily available and locally sourced resource that can be replenished in the ground. This project demonstrates a future in which humans, nature, and robots cohabitate, as achieved through natural-material architecture and advanced robotic 3D printing. The structure was erected utilizing a Stand-Alone Crane WASP from WASP, capable of extruding earth…
Industry 4.0 transforms construction with BIM and 3D printing, enhancing workflows, collaboration, and outcomes with seamless integration.
In an effort to create intelligent and automated spaces for residential, commercial, and corporate usage, an increasing number of buildings are designed, constructed, and remodeled in accordance with the concepts of smart buildings. This form of intervention relies heavily on the Internet of Things (IoT). The IoT’s ability to connect all systems facilitates the collection of a large amount of data that can be used to make informed decisions. IoT and cloud technology manage and control building systems, improve efficiencies, enhance safety, and promote sustainability and cost savings. Smart Buildings have become increasingly important in today’s world for several reasons. Firstly,…
The focus on sustainability includes not only eliminating functioning carbon emissions but also addressing embodied carbon. Carbon-negative facades are one of the existing modern-day façade typologies.
Imagine a world where houses are built not with bricks and mortar, but are 3D printed. 3D printing technology is rapidly changing the face of the construction industry, with several ground-breaking homes popping up all over the world.
Groundbreaking transformations are observed in the age of Industry 4.0 with respect to building industry. Digitization has proven beneficial to the building industry, specifically through Building Information Modeling (BIM). This digital transition applies to all phases and aspects of construction projects. Additive manufacturing through 3D printing is one of the most astonishing technologies, and its development has gone up in recent years. BIM and 3DP are evolving in parallel; integration of these two is not only limited to the ability to exchange information between two software but also concerns the procedural, organizational, and contextual aspects of these systems.