Case study

SSKS Home Designs

Interior design and sustainable residential modeling venture (2021–2023), focused on climate-aware design concepts, practical construction detailing, and client-ready 3D visualization.

This page highlights the design workflow, project gallery, and key sustainable design principles I learned and applied from MITx sustainable building design coursework.

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Project gallery and delivery details

Sustainable Building Models · Interior Design · 3D Visualization

East Godavari, Andhra Pradesh · Founded venture

Google Maps profile Directions
SSKS Home Designs 3D elevation render with sustainable home branding
3D elevation concept — sustainable residential design with client-ready visualization
Front elevation of the SSKS Home Designs residential concept
Front elevation and balcony detailing
External spiral staircase on the SSKS Home Designs building model
External spiral staircase feature
Entry gate and front compound wall for the SSKS Home Designs residence
Entry gate and front compound wall
SSKS Sustainable Home Designs branding on the project visualization
Sustainable Home Designs studio branding
Business profile

SSKS Home Designs delivered client-oriented concepts with a practical balance between spatial quality, construction feasibility, and long-term building performance.

  • Led client communication, layout iterations, and delivery timelines across residential design concepts.
  • Created 3D models and presentation-ready alternatives using AutoCAD, Revit, and SketchUp.
  • Translated sustainability goals into actionable design decisions early in the concept phase.
Interior Design Sustainable Design AutoCAD Revit SketchUp
MITx Sustainable Building Design

Important principles I applied

  • Climate-first orientation: organize massing, openings, and shading based on sun path and local heat gain.
  • Passive envelope strategy: prioritize roof and wall thermal performance before adding mechanical complexity.
  • Daylight with glare control: use window placement + shading elements to improve visual comfort and reduce cooling demand.
  • Cross-ventilation planning: align openings and circulation to support natural airflow in common spaces.
  • Material and lifecycle awareness: favor durable, context-appropriate materials and reduce avoidable rework.
MITx Building Science Passive Design Thermal Comfort
Design workflow

How sustainability shaped project decisions

  • Started every concept with orientation + airflow checks before finalizing facade language.
  • Used 3D visualization to compare client options while preserving sustainable design constraints.
  • Balanced aesthetics with practical constructability, budget reality, and maintenance simplicity.
  • Documented repeatable checklists (layout, light, ventilation, and material choices) for consistency across projects.

Result: clearer client communication, faster iteration cycles, and better alignment between sustainable intent and final design proposals.