IIT Hyderabad Design Dept. Formalizes Advisory Role
The Department of Design at IIT Hyderabad joins the Research Council to provide technical validation for student prototyping.
- Date
- October 15, 2025
- Category
- Institutional Alliance
- Partner
- IIT Hyderabad — Dept. of Design
- Advisory Lead
- Prof. AVR Srikar
Collaboration Context
The Indian Institute of Technology Hyderabad (IITH) is one of India's premier engineering and research institutions. The Department of Design at IITH operates at the intersection of engineering, human-centred design, and advanced prototyping — making it a natural partner for the Blue Blocks Micro Research Institute's Innovation domain.
The advisory relationship was formalised following a series of consultations between IITH faculty and the Institute's leadership on how university-level design methodology could be integrated into the school's prototyping pipeline without compromising the Montessori principle of self-directed learning.
What the Advisory Relationship Entails
Faculty members from the Department of Design, led by Prof. AVR Srikar, have joined the Blue Blocks Micro Research Institute's Research Council in an advisory capacity. Their role is to provide independent technical validation for student prototyping projects — reviewing engineering assumptions, material selections, and fabrication approaches against university-level design standards.
Critically, this is an advisory role, not a directive one. Consistent with the Institute's pedagogical architecture, IITH faculty provide domain expertise and critical feedback but do not direct the design process. Students retain full ownership of engineering decisions. The advisory function ensures that when student projects are presented externally — as patents, publications, or at conferences — they have been stress-tested against professional standards.
Space Lab Design Collaboration
The most significant output of this partnership to date has been the collaborative review of the Space Lab design — the physical environment within Blue Blocks Montessori School where the SBB-1 CubeSat payload was engineered. IITH faculty provided consultation on workspace ergonomics, tool organisation, and safety protocols for adolescent-accessible electronics fabrication.
This collaboration informed several design iterations of the Space Lab layout, ensuring the environment met both industrial safety standards and Montessori requirements for child-scaled, self-directed workspaces. The resulting environment was documented as part of the SBB-1 mission dossier.