M.Des in Interior Ecodesign and Bioarchitecture

M.Des in Interior Ecodesign and Bioarchitecture

MDes in Interior Ecodesign and Bioarchitecture

About Course

The MDes in Interior Ecodesign and Bioarchitecture is a future-forward postgraduate program crafted to train designers who can create environmentally responsible, biocompatible, and regenerative interior environments. Rooted in ecological principles, the course blends sustainable materials research, bioclimatic strategies, environmental psychology, circular design thinking, and advanced digital tools for eco-simulation.

Adopting a studio-led, research-driven, and interdisciplinary approach, the program enables students to understand the life cycle of materials and products—from conception and extraction to construction, use, and post-use recovery. Through hands-on projects, field studies, prototyping, and ecological performance assessments, students learn to design spaces that minimize environmental impact while maximizing human well-being.

By the end of the program, graduates will be equipped with strong conceptual, scientific, and technological competencies to work in sustainable design studios, green building consultancies, regenerative urban development, and environmental innovation sectors.

MDes in Interior Ecodesign and Bioarchitecture

Duration: 2 Years

Eligibility:

  • Bachelor’s degree in Design, Architecture, Interior Design, Engineering, Fine Arts or related fields
  • No prior ecodesign experience required—interest in sustainability is ideal
  • Basic digital competency recommended
  • Curiosity about ecological systems, materials, and human–environment relationships

Availability: Bengaluru 

Course with Built-in AI Training

Student Ratings

Why Choose JD Institute for this MDes Program in Interior Ecodesign and Bioarchitecture?

The MDes in Interior Ecodesign and Bioarchitecture stands out for its integration of environmental science, interior architecture, circular systems, and bio-based design innovation. Students engage with:

  • Ecodesign principles grounded in global sustainability standards
  • Bioarchitecture techniques that prioritize natural materials and human health
  • Advanced simulation tools for energy, daylight, climate, and material impact
  • Field studies in regenerative urban sites, green buildings, and eco-material labs
  • Collaborative projects with industry, sustainability experts, NGOs, and architects

The curriculum encourages an equilibrium between scientific research, digital technology, and hands-on ecological experimentation, preparing graduates to lead the future of sustainable spatial design.

Career Opportunities

Learning Outcomes

Software & Tools Covered

Reasons To Apply

Course Overview

Foundational Ecodesign Principles

Develop a deep understanding of ecological design frameworks, including environmental psychology, sustainable spatial planning, and biocompatible material use. Learn how interior environments affect human health, wellbeing, and ecological impact.

Environmental Technologies & Green Materials

Gain hands-on knowledge of renewable, recycled, low-impact, and biodegradable materials. Explore energy-efficient and smart technologies, life cycle assessment (LCA), and methods to measure sustainability performance across a building’s lifespan.

Bioclimatic Interior Design

Understand climate-responsive interior strategies such as passive ventilation, daylight optimization, thermal comfort through natural means, acoustic well-being, and indoor air quality enhancement—core elements of bioarchitecture.

Design Studios & Applied Ecological Projects

Work on real-world ecodesign projects that integrate sustainable materials, renewable resources, and environmentally conscious construction methods. Develop conceptual and technical design outputs grounded in ecological thinking.

3D Modeling & Eco-Simulation Tools

Use advanced digital platforms including Rhino, Revit (BIM), SketchUp, Grasshopper, and Sefaira to model sustainable interiors. Perform simulations for daylight, energy efficiency, ventilation, thermal comfort, and environmental performance.

Rendering & Visualization for Eco-Interiors

Apply tools such as V-Ray, Enscape, and Twinmotion to create photorealistic ecological interior renders. Focus on natural light behavior, organic materials, and green interior elements.

Sustainable Communication & Presentation

Use Adobe Suite to create ecological moodboards, material palettes, environmental diagrams, LCA visuals, and storytelling layouts that communicate environmental responsibility and design intent clearly and professionally.

Ideal for Green Career Pathways

Perfect for aspiring sustainable designers, bioarchitects, eco-consultants, green building specialists, environmental planners, and regenerative design practitioners.

Course Structure

1st Year
Ecodesign & Sustainable Foundations

Module 1: Principles of Ecodesign & Bioarchitecture
ModulEnvironmental Technologies & Materialse 2:
Module 3: Bioclimatic Interior Design
Module 4: Digital Modeling & Simulation Tools
Project 01: Sustainable Space Design

2nd Year
Advanced Practice & Research

Module 5: Circular Design & Product Innovation
Module 6: Urban & Environmental Regeneration
Module 7: Sustainable Project Management & Professional Practice
Project 02: Applied Bioarchitecture Project
Final Thesis: Independent Research or Design Project

 

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