M.Des Sustainable Design

Significant social, economic, and environmental changes are causing a growing demand for high-performance and sustainable buildings. Due to advancements in science and technology, such buildings are ever more diverse in function and shape as well as more energy-efficient and responsive to occupants' needs. Students in the graduate program Master of Design in Sustainable Design (M.Des. S.D.) learn how to apply scientific methods and state-of-the-art technologies in order to address the multi-faceted challenges posed by high- performance and sustainable buildings.

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This program aims to build the capacity of the building professionals towards exceeding the performance-based requirements of building design and operation to reduce their environmental impact while increasing their economic profitability. It also aims to enhance their computational, evidence-based, and collaborative integrated design skills to produce the next generation of building professionals who can target the optimum sustainable building design solution.?

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2024 Syllabus

Click here for Programme Educational Objectives (PEOs)

Click here for Programme Outcomes (POs)

Click here for Course Outcomes (COs)

Outline -? M.Des (Sustainable)

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2024 Syllabus

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Click here for Program Regulations?

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• Excellence in design education, enable sustainable endeavors for societal well-being

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• Develop core competencies of design and professionalism to address societal and environmental concerns
• Enable experiential learning and community engagement to create inclusive and sustainable design
  
• Provide international platform for interdisciplinary learning and collaborative research

Bachelor’s degree in the field of Architecture/ Interior Design / Planning/ Engineering (Civil / Electrical / Mechanical/ Computer Science) or equivalent from a recognized University with minimum 50 % aggregate marks.?

Weightage will be given to GATE qualified applicants.?

2 years (4 semesters)

• Well-equipped design studios, and library with dedicated books on Sustainable Design
• Subscription to internationally reputed online research journals.
• Digital Facilities?
  • Well established CAD Lab with latest Building Performance modelling and Simulation softwares
  • Microsoft Teams and Suite platform
  • Examination on digital E-Pad platform
• Sustainability and Climatology Lab - Well equipped lab to study climatic effects on the buildings.
• Seminar Halls - For guest lectures, special lectures, etc.

• Competitive tuition fee.
• Highly qualified and experienced faculty members in the domain of Sustainable Design.
• Courses in high demand areas of building performance and simulation, sustainable and Green building design, design computing, building automation, net-zero energy buildings, and energy economics, etc.
• Opportunity to conduct collaborative research with experienced faculty member and reputed industry mentor for Master Thesis.
• Strong connect with Industry for internship, collaborative research, and knowledge sharing.
• Opportunity to learn in highly demanded interdisciplinary class environment.
• Innovative pedagogy: Integrated consulting studios
• Exposure to R&D environment
• Opportunity to lead the CII-IGBC Student Chapter
• Opportunity to lead the team of the reputed Solar Decathlon India competition.
• Opportunity to qualify for certificate exams: LEED GA, IGBC AP, etc.
• Opportunity to be part of MSAP’s and MAHE’s strong 必威体育betway888 network.?