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Design at IIT Gandhinagar has evolved over more than a decade through a design-led pedagogy and interdisciplinary learning, initiated by the Design and Innovation Centre in 2014. Studio learning, hands-on making, and collaborative projects have progressively embedded design within engineering, the sciences, and educational technologies, establishing it as a translational discipline that connects technological development with human experience and responsible innovation.
This ecosystem is strengthened by institute-wide academic integration across Engineering, Sciences, Humanities, Management and Design domains. Students engage with areas ranging from materials and manufacturing workshops to AI, human–computer interaction, cognitive science, sustainability and social inquiry, allowing technical grounding and contextual understanding to develop together. Studio projects connect these learnings through prototyping and collaborative teaching, while incubation, entrepreneurship initiatives and inter-IIT programmes such as the Invention Factory extend learning into real innovation environments beyond the classroom, enabling design to operate as a bridge between technologies, sciences and society.
Building on this foundation, IIT Gandhinagar launches the specialised M.Des in Integrated Design & Technology from the academic year 2026–27. The programme positions design as an integrative bridge linking technologies and sciences with society, emphasising systems thinking, human-centred innovation and practice-based studio learning across physical products, digital interaction and complex socio-technical systems.
You join a community where design helps understand complexity, collaborate across disciplines and shape responsible innovation for the future.
Technology is deeply embedded, pervaded, and percolated into the contemporary society. A designer in contemporary world can no longer consider technology just as a tool or extensions of human abilities. A designer should be able to understand technology as design material. Technology's materiality allows a contemporary designer to understand the entanglements of technology with human problems, experiences, society, and culture.
M.Des (IDT) is designed around that need. Students will learn to connect technological capability with human experiences, designing meaningful products, interactions, services and systems. It prepares designers to contribute in a world where problems are no longer purely technical or purely social, but deeply interconnected. Intelligent systems, sustainability transitions, public infrastructure, digital platforms and emerging technologies require designers who can understand fundamentally understand different technology, its effects, and translate this knowledge across domains.
The programme runs over two years (four semesters) with increasing project complexity.
Semester 1: Foundations – visualisation, making, human factors and core design thinking
Semester 2: Methods – research methods and interdisciplinary design projects
Semester 3: Direction – electives and major studio projects shaping your pathway
Semester 4: Graduation Project – independent industry/academic project
The structure moves from learning fundamentals to defining your own design practice.
The programme is studio-centred and immersive. Through making, discussions, critique and reflection, learning and theories shall emerge. Projects increase in complexity across semesters and culminate in a graduation project addressing a real-world research or a problem.
Students may work on themes such as technology-mediated-experiences, intelligent products, sustainability, public systems, or emerging technologies. The aim is not to train students for a single domain, but to prepare designers to move confidently across domains.
The curriculum emphasises learning by doing. You will continuously work on projects, identifying opportunities, building prototypes, testing ideas and refining them through critique. During the programme, you will develop:
Making skills
Work with technologies, materials, fabrication processes and interactive systems.
Human-centred thinking
Understand behaviour, usability and social impact while designing solutions.
Research and reasoning
Use research-through-design methods to justify decisions and generate knowledge.
Systems understanding
Learn to see problems as interconnected ecosystems rather than isolated artefacts.
Communication and storytelling
Present ideas clearly through visualisation, prototypes and narrative.
Collaboration
Work across disciplines with faculty, industry and public stakeholders.
The M.Des in Integrated Design & Technology offers flexible trajectories rather than fixed specialisations. After a common foundation in design fundamentals, systems thinking and technology engagement, you shape your direction through electives, studios, internships and thesis work.
Indicative pathways include:
Human Computer Interaction (HCI): Tangible and Embedded Interactions, Interaction Design, Technology Studies.
Smart Product Innovation: Connected products, Materials and Fabrication Technologies
Systems & Strategic Design: Public Systems, Sustainability and Organisational Transformation
Design Research: Qualitative and Quantitative methods, Field studies, Research-through-Design
Sustainable & Circular Design: Lifecycle and Regenerative approaches
Design Entrepreneurship & Innovation: Startups and Technology translation
Graduates may work across industries, startups, research labs, the public sector, and academia.