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Masters of Architecture in Digital Architecture ( M.Arch.)

Course Duration

4 Semesters
(2 Years)

Eligibility Criteria

Bachelor's degree in Architecture (B.Arch) or equivalent recognized by the COA with a minimum of 50% aggregate marks for the general category and 45 % aggregate marks for reserved category candidates.

Entrance Exam - PGETA by Council of Architecture is mandatory, GATE Score also accepted

FeeApplication Fee
  • Indian / SAARC Nationals₹ 1000
  • NRI Fee ₹ 2000
  • Foreign NationalsUS$ 50

Career Opportunities

Overview

This future-driven postgraduate program is crafted for young architecture professionals passionate about computational design, smart systems, and digital transformation of the built environment. It offers an interdisciplinary mix of theory and practice, blending AI-driven design tools, parametric workflows, digital fabrication, interactive and responsive architectural systems, and real and virtual future Architecture & Built environments.

The curriculum leverages a full spectrum of technologies including Theory and Applications through AI, Programming, Computational Design, Parametric Modelling, Digital Productivity Tools, Digital Fabrication, Immersive Visualization (AR/VR/MR), Digital Twining and Photogrammetric Modelling, IoT and Robotics for responsive design systems.

The program emphasizes real-world applicability through industry-based internships, collaborative research, and international exchange programs with Jade University, Germany and University of Stuttgart. Students will gain exposure to cutting-edge software for simulation, modeling, and construction documentation with embedded intelligence.

Unique Offerings:

World-class infrastructure including Fabrication, Robotics, IoT, Carpentry, AR/VR/MR, Climatology and Services labs, Cutting-edge building planning and simulation software, Dedicated art and exhibition room.

  • MoU with Jade University (Centre for Science and Environment) with emphasis on knowledge sharing, training and research partnership in the field of AI and Computational Design in Architecture and Construction and technologies for a sustainable future. The Masters Programme will draw heavily from this unique partnership.
  • International collaborations- MoU with ETSAB - Barcelona and UCOL - New Zealand
  • Centre for Integrated Research in Architecture (CIRA), School of Architecture- The Centre for Integrated Research in Architecture (CIRA) is established to fulfil the need of the construction industry research and knowledge advancement, professional practice, and experience through inter-institutional collaboration and information exchange between the University and Industries.
  • Curriculum based on global standards, drawing from IAAC Barcelona, Cardiff University, Stuttgart University, and IAAC’s AI in Architecture program.

Course Curriculum

01Digital Design Fundamentals Studio

02Programming for Architects

03Building Information Modeling Foundation

04Digital Fabrication Workshop

05History of Computational Design

06Research Methods for Digital Architecture

01Performance-Based Design Studio

02Advanced Parametric Design

03Advanced Fabrication II

04AI and Machine Learning for Architecture

05Advanced Computational Design Theory

06Innovation Methods

01Digital Practice Integration Studio

02Specialization Track Courses I–III

03Professional Practice in Digital Architecture

04Ethics and Technology

01Master's Thesis in Digital Architecture

02Digital Architecture Consultancy Workshop

03Leadership and Innovation

04Global Practice Integration

05Advanced Research Seminar

06Professional Portfolio Development

Programme Educational Objectives (PEOs)

PEO-1

Possess a strong theoretical base in parametric thinking, computational design, and digital systems for architecture.

PEO-2

Demonstrate advanced knowledge and skills for designing interactive, environmentally responsive, and digitally fabricated environments.

PEO-3

Develop a foundation in design research, leading to experimental design methodologies and innovations in digital architecture.

PEO-4

Engage in interdisciplinary collaborations and extensions into allied fields of practice, fabrication, and digital production.

PEO-5

Apply principles of AI-driven architecture, digital twinning, real and virtual future environments, and data-driven workflows to push the boundaries of architectural design and construction.

Programme Outcomes (POs)

PO 1

Advanced Architectural Knowledge and Digital Application : Apply architectural knowledge, design principles, and advanced digital tools to solve complex, multi-scalar design problems through computational and technological innovation. ((Aligned with NEP 2020: Multidisciplinary integration and advanced domain expertise.))

PO 2

User-Centric and Contextual Analysis : Analyze user needs, socio-cultural context, environmental parameters, and data-driven insights to optimize digital design solutions for performance and human experience. (CoA: Contextual sensitivity and environmental responsiveness.)

PO 3

Computational and Generative Design Systems : Design intelligent architectural systems using computational, generative, and algorithmic methodologies that enhance precision, adaptability, and creativity in design outcomes. (UGC: Domain-specific skill development; NEP: Creativity and innovation in technology use.)

PO 4

Research-Driven Design and Data Methodologies : Employ research methodologies, digital analytics, and data-driven design strategies to generate knowledge and innovation within architectural practice and theory. (NEP: Research and inquiry-based learning; UGC: Critical and analytical reasoning.)

PO 5

Digital Modeling, Simulation, and Fabrication Proficiency : Operate advanced parametric modeling, simulation, and digital fabrication tools to prototype, test, and visualize design ideas within computational workflows. (CoA: Application-based learning; NEP: Skill-based and experiential learning.)

PO 6

Artificial Intelligence and Smart Systems Integration : Integrate Artificial Intelligence (AI), Machine Learning (ML), and Internet of Things (IoT) into architectural workflows to achieve adaptive, intelligent, and performance-driven designs. (NEP 2020: Technological integration and future-readiness.)

PO 7

Leadership and Collaborative Practice : Demonstrate leadership and effective collaboration in interdisciplinary, multicultural, and digital project environments, engaging with professionals across related domains. (NEP: Interdisciplinary education and leadership development.)

PO 8

Advanced Digital Communication and Immersive Visualization : Communicate architectural ideas through immersive media, extended reality (XR), and other advanced digital visualization techniques for professional and academic dissemination. (UGC & NEP: 21st-century digital communication competencies.)

PO 9

Professional Ethics and Global Responsibility : Uphold professional ethics, intellectual integrity, and global responsibility in digital design practice, ensuring inclusivity, cultural sensitivity, and equitable innovation. (CoA: Professional conduct and ethical practice; NEP: Value-based education.)

PO 10

Formulate sustainable architectural and technological strategies aligned with the UN Sustainable Development Goals (SDGs) and principles of climate resilience. (NEP: Environmental consciousness and sustainable design leadership.)

PO 11

Lifelong Learning and Technological Evolution : Engage in continuous professional development, adapting to emerging digital tools, evolving design paradigms, and architectural innovations throughout one’s career. (UGC OBE: Lifelong learning; NEP: Flexibility and adaptability in learning.)

PO 12

Entrepreneurship and Innovation in Digital Practice : Develop entrepreneurial skills and foster innovation in digital architecture through start-ups, research ventures, and technologically enabled professional practices. (NEP: Innovation, creativity, and entrepreneurial education.)

Programme Handbooks

Programme Specific Outcomes

  • PSO1: Generate data-informed design solutions using computational and parametric design tools.
  • PSO2: Prototype, test, and iterate responsive environments using fabrication, simulation, and performance metrics.
  • PSO3: Demonstrate sustainability principles through digital tools while being culturally and contextually rooted.
  • PSO4: CDocument and disseminate architectural knowledge through digital storytelling, immersive visualizations, and research-driven presentations.
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