A portfolio by Nanditha M Vishwakarma, an architecture student at BMS School of Architecture. The document showcases work in parametric design, 3D modelling, and architectural visualization using tools like Rhino, Grasshopper, Revit, and Enscape. It includes project experience, workshops, competitions, and skills in design technology.
This is a 32-page architecture student portfolio by Nanditha M Vishwakarma, an intern architect at BMS School of Architecture. It is intended for academic and professional audiences interested in computational design and architectural visualization. The portfolio presents the author's skills, work experience, and a series of parametric design projects.
The document opens with the author's profile, contact details, and a skill matrix showing proficiency in software such as Rhino, Grasshopper, Revit, AutoCAD, SketchUp, Enscape, Twinmotion, and Adobe Creative Suite. It lists work experience as Design Technology Head at Førde.World and as an Architectural Visualization Intern at Precise Creative Studios.
Education includes an undergraduate degree at BMS School of Architecture (2022-2027) and senior secondary at Cambridge School Bangalore. Workshops and competitions attended include LaTex Workshop, Typology Workshop, Advanced Rhino & Grasshopper Workshop, and several design competitions with global team participation.
The portfolio contains 15 projects listed in the table of contents. These include a Zaha Hadid Inspired Building, Borisov Arena modelled in Grasshopper, a Twisted Tunnel pavilion, site analysis using Ladybug and Honeybee, a thesis site model, structures using Weaverbird and Lunchbox, an entrance triangulation model, a Subd model, a rigid building, a kinetic facade, a spiral staircase, a wall jali pattern, a Voronoi tunnel, a wave pavilion, and field line curve AI renders.
Detailed project pages show form development processes for the Zaha Hadid Inspired Building, Borisov Arena, and Twisted Tunnel. These include step-by-step sequences such as curve manipulation, lofting, scaling, patterning, and rendering. The Borisov Arena section includes a Grasshopper script description showing how a 70x84m ellipse was developed into a biomorphic stadium with a Voronoi perforated facade.
The document concludes with copyright information and a contents page. The projects demonstrate the author's ability to combine computational modelling with architectural design, using parametric tools to generate organic forms, structural systems, and facade patterns.