Indian Institute of Technology (BHU), Varanasi 0542 716 5890 office.idapt@iitbhu.ac.in

Vision & Mission

Home Vision & Mission

Motivation

Driving India's technological leadership through interdisciplinary innovation

The Indian Institute of Technology (Banaras Hindu University) is the country's oldest multi-disciplinary engineering institute, which has dedicated itself to the nation for the last 100 years. IIT(BHU)'s mandates are to identify new and emerging areas in the context of national development goals.

The area of Data Analytics and Predictive Technologies (DAPT) has been identified as one of the emerging fields whose progress will add significant impact on multiple verticals of the economy:

  • Telecommunications
  • Power
  • Road Transport
  • Defence Research
  • Health & Family Welfare
  • Smart Cities

National Impact

The activities envisioned under this mission will provide a great fillip to Indian manufacturing and societal betterment, via the development of new protocols, inventions of novel products/processes and services.

The endeavour shall catalyse the creation of skilled young engineers, researchers, technicians, and entrepreneurs, together with human resource at all levels, besides become a key contributor to realizing the vision of:

Digital India Innovate in India Make in India

Scope

Harnessing IIT(BHU)'s interdisciplinary strengths for national development

Smart Sensors & Systems

IIT(BHU) has traditional strengths in the development of smart sensors and systems (SSS), development and Information and Communications Technology (ICT).

Frontier Disciplines

Expertise in Materials science, Pharmaceutics and Bio Medical engineering enables diversified application areas of interdisciplinary academic and research.

Modernization Thrust

Focus on Power, Manufacturing, Smart City, Mobility, Intelligent Networking, Armed forces response, and Healthy Wellbeing for smart societal management.

Functionalities

The technological foundation of DAPT systems

Core Requirements

The development of DAPT technologies requires fundamental scientific and mathematical advances in understanding of the system models, learning algorithms, wide variety of simple to deep networks, along with infrastructural components.

Key Areas:
  • Materials and devices
  • Communications and computing
  • Control over networks
  • Machine vision and robotics

Future Technologies

Although the practical DAPT arena of the near future will be built on standard digital electronics, rapid advances are happening in:

Quantum Computing

Revolutionary processing power

DNA Computing

Biological computation

Brain Computing

Neural interfaces

Affective Computing

Emotion recognition

Implementation

Structured approach to national mission execution

Technology Development

Research and innovation in academic institutions and industry for DAPT technologies.

Centers of Excellence

Establish CoEs across the country with industrial collaborations.

HRD & Skill Development

Generate advanced skilled HR to meet emerging sector demands.

Start-up Ecosystem

Nurture entrepreneurship and innovation through venture support.

Components

Building blocks of the NM-DAPT mission

Skill Development

Development and deployment of smart systems-of-systems will require skilled human resources and faculty re-training at all levels, in technologies such as:

  • Intelligent IoT systems
  • Low power wireless networks
  • Machine learning & analytics
  • Security and privacy

International Collaboration

Research collaborations with international academic & research institutions for the advancement of interdisciplinary approaches in DAPT and associated research in the country.

Implementation Timeline:
5 Years

The NM-DAPT is proposed to be implemented over five years with measurable milestones and outcomes.

© I-DAPT Hub Foundation. All Rights Reserved.