Measures of Interdisciplinary Research
1. Institutional governance of interdisciplinary research
Tashkent University of Information Technologies named after Muhammad al-Khwarizmi measures interdisciplinary research through a structured system combining institutional governance, project administration, scientific output monitoring, and innovation ecosystem evaluation.
In 2024, interdisciplinary research at the university was integrated into the broader scientific and innovation management framework. Research activities combined information technologies with engineering, artificial intelligence, robotics, cybersecurity, digital transformation, entrepreneurship, and applied industrial solutions.
These activities are monitored through university-level mechanisms connecting scientific planning, project submission, funding oversight, commercialization processes, and research reporting.
A central role in coordinating these activities is played by the Scientific and Technical Council of the university. The council defines priority research directions, evaluates scientific proposals, supports the implementation of research outcomes, and contributes to the effective use of the university’s scientific potential.
Its work is organized according to approved annual plans and formal reporting procedures submitted to the University Council, ensuring that interdisciplinary scientific initiatives are reviewed institutionally rather than remaining within a single department.
Click on the link for detailed Information
2. Administrative coordination of interdisciplinary research
Administrative support for interdisciplinary research is provided by the Department of Artificial Intelligence and Innovation Ecosystem Development, which assists researchers and student teams in preparing scientific and startup projects for national and international competitions.
Click on the link for detailed Information
The department coordinates several stages of research project development, including:
- project proposal preparation
- scientific documentation support
- budget development
- project monitoring
- reporting and evaluation
These procedures ensure that interdisciplinary research activities move through structured stages from idea development to implementation and evaluation.
In addition, the university monitors research performance through indicators such as:
- research funding
- patents
- startup projects
- contractual research agreements
- faculty scientific performance
In 2024, university researchers secured three patents, demonstrating measurable research output and knowledge transfer.
Meeting of university researchers and administrators discussing interdisciplinary research projects and scientific development priorities.
3. Innovation ecosystem and startup-based research
The university’s innovation ecosystem also demonstrates how interdisciplinary research performance is evaluated through practical outcomes.
The TUIT Incubation Center provides a collaborative space where students and researchers transform scientific and technological ideas into practical projects, digital platforms, and startup initiatives.
Startup teams working within the incubation ecosystem develop prototypes, software solutions, and innovative products combining expertise from multiple disciplines including information technology, artificial intelligence, entrepreneurship, and digital services.
Click for detailed information
Students working on interdisciplinary startup projects at the TUIT Incubation Center, developing technology-based solutions and digital innovations.
4. Interdisciplinary project activities during TUIT Bright Future Week
Interdisciplinary collaboration is also demonstrated through innovation events and project-based competitions organized by the university.
One of the major innovation programs is “TUIT Bright Future Week”, held from 20 to 24 May 2024, which included hackathons, technology exhibitions, startup competitions, and digital innovation events.
These events bring together students, researchers, and innovation teams to work on interdisciplinary technology solutions combining digital technologies with entrepreneurship, social innovation, and applied research.
The official directive on the organization and implementation of “TUIT Bright Future Week” can be accessed via this link. TUIT BRIGHT FUTURE WEEK.pdf
5. United Clean Coders Hackathon
As part of Bright Future Week, the United Clean Coders Hackathon was organized on 21–23 May 2024, bringing together student teams from several universities.
The hackathon included 96 participants forming 32 teams, who developed technology solutions in interdisciplinary areas such as:
- digital technologies in social sectors
- entrepreneurship and financial technologies
- digital agriculture
The event required teams to develop MVP prototypes and present them to a jury panel, illustrating how interdisciplinary knowledge from programming, entrepreneurship, and applied technologies can be integrated into innovative solutions.
6. Startup competitions and innovation outcomes
During TUIT Bright Future Week, startup teams connected to the university’s innovation ecosystem participated in the UNICORN startup competition, where several projects developed within the incubation ecosystem received awards.
These startup initiatives demonstrate how research ideas developed within the university environment can evolve into innovation projects with commercialization potential.
7. Digital technology competitions
Additional interdisciplinary collaboration is demonstrated through digital technology competitions organized during Bright Future Week.
The TUIT Cyber Games competition, held in May 2024, brought together student teams participating in digital gaming and cybersecurity-related environments.
These competitions demonstrate collaboration between students interested in software engineering, cybersecurity, digital infrastructure, and information technologies.