Computational Architecture & Design
SHARVA
PARALKAR
Exploring the intersection of algorithmic thinking, material innovation, and spatial experience. Currently pursuing BS.Arch at Texas A&M.
Projects
Selected
Works
2024 — 2026
Methodology
Design
Approach
A synthesis of computational precision and organic intuition. Each project begins with an understanding of material behavior and spatial context.
5+
Years Experience
12
Projects Completed
Algorithmic Design
Utilizing computational tools as collaborative partners. From genetic algorithms to machine learning, code enables exploration of solution spaces impossible to navigate manually, while maintaining human oversight on qualitative decisions.
Material Innovation
Digital fabrication collapses the boundary between design and making. Specializing in robotic fabrication, 3D printing, and composite materials to ensure computational complexity translates into physical reality with tactile warmth.
Human Experience
Technology serves humanity. Every parametric model is judged by its ability to enhance spatial experience, improve functionality, and evoke emotional connection. The metric of success is human comfort and wonder.
Software
Rhino, Grasshopper, Blender, Houdini, Python
Fabrication
CNC, 3D Printing, Laser, Robotics
Focus
Sustainable Materials, Biophilic Design
Collaboration
Let's Create
Together
Currently open for internship opportunities and freelance computational design consulting. Based in College Station, available globally.