Virtual Interior Design and Space Planning
Prof.Pankaj Wankhede Professor ,Computer Science
and Engineering Jhulelal Institute Of Technology Nagpur, India P.wankhede@jitnagpur.edu.in
Prachi Kale Department Computer Science and
Engineering
Jhulelal Institute Of Technology Nagpur, India prachikale800@gmail.com
Kumuda Pise Department Computer Science and
Engineering
Jhulelal Institute Of Technology Nagpur, India kumudapise@gmail.com
Juhi Ledwani Department Computer Science and
Engineering
Jhulelal Institute Of Technology Nagpur, India ledwanijuhi@gmail.com
Gunjan Mankar Department Computer Science and
Engineering
Jhulelal Institute Of Technology Nagpur, India
gunjanmankar47@gmail. com
Sharayu Nistane Department Computer Science and Engineering
Jhulelal Institute Of Technology Nagpur, India
sharayunistane14@gmail.com
Abstract— Virtual interior design and space planning use cutting-edge technologies like Virtual Reality (VR), Augmented Reality (AR), Artificial Intelligence (AI), and 3D modelling to change the way people see, customize, and improve interior environments. This study examines the development and present condition of virtual interior design systems, highlighting their contribution to improving user engagement, design precision, and decision-making in architectural and residential planning. It looks into how AI- driven design suggestions, real-time rendering, and immersive visualization tools might be used together to let people see how a room will look before it is built. The review also talks about problems including limited computing power, designing for the user experience, and cost-effectiveness. It also talks about how to make virtual design platforms that are smart, easy to use, and long-lasting. The report illustrates how virtual design tools are shifting the interior design business from manual, intuition-based procedures to data-driven, interactive, and collaborative digital worlds.
Keywords— Virtual Interior Design; Space Planning; Virtual Reality (VR); Augmented Reality (AR); Artificial Intelligence (AI); 3D Modeling; Human–Computer Interaction; Smart Design Tools; Immersive Visualization; Digital Architecture
