International THA Conference in Tomsk: cluster approach, high-tech enterprise cooperation, consortium formation – the current trends of innovation-driven development

On Saturday, September 13, the XII International Triple Helix Conference closed in Tomsk. The Conference was held by Tomsk State University of Control Systems and Radioelectronics and National Research Tomsk State University.

A total of over 300 participants joined the work of the Conference, among them representatives of business and government from 30 countries, scholars from 60 international universities.

The central theme of the Conference was “The Triple Helix and innovation-based economic growth: new frontiers and solutions”, discussed from many perspectives during its workshops and discussion sessions. 

At the first plenary session the participants were welcomed by the keynote addresses from the author of the Triple Helix concept, Stanford University professor Henry Etzkowitz, Ambassador of the Triple Helix Association to Russia, initiator of the THA Conference in Tomsk, TUSUR vice rector for innovative development and international affairs Alexander Uvarov, TSU rector Eduard Galazhinsky. 

On behalf of the regional government, the audience was welcomed by the Chair of the Legislative Duma of Tomsk region Oxana Kozlovskaya. She noted that the model of interaction among universities, business and government has been active in Tomsk for several years. One of the successful examples of innovation-driven development mentioned by Oxana Kozlovskaya was the consortium formed by the universities of Tomsk united by a common goal of scientific and academic cooperation. 

The need for unification through consortiums was also the focus of the speech given by the deputy Minister for Education and Science of Russia Lyudmila Ogorodova who talked about the state policy on science. 

Cooperation among government, business and science is a very important matter today”, she said. “For us it boils down to developing the state polity tools, determining what mechanisms have to be developed in Russia to improve the efficiency of the competitive environment”. 

The mechanisms and challenges of innovation-driven developments were also the theme covered by Alexander Uvarov who has been a partner of the Triple Helix Association for many years (in 2010 he headed the editorial team of the Russian edition of Henry Etzkowtz’ book “The Triple Helix: University-Industry-Government Innovation in Action”) and is the head of the research team at TUSUR University studying the impact of the Triple Helix model on the economy of our region. 

We must coordinate the goals of innovation-driven development with decision levels,” he said. “The biggest global challenge for us is globalization and loss of Russia’s positions in the international innovation market. In this sense, our goal is to grow under the ever-growing competitive pressure. At the national level, the biggest challenge for Russia is diversification of its economy in order to shift from its reliance on natural resources, which in its turn calls for development of the priority technology platforms. “

Many important matters of cooperation among university, business and government were raised and discussed at the XII International Triple Helix Conference, speakers have talked about the different approaches to such cooperation, the experience of different regions and the approaches and standpoints of the actors of the Triple Helix model.

The best reporst of the Conference will be recommended for publication in the Triple Helix Magazine ran by Springer – one of the largest international publications.




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RUSSIA Tomsk Region, Tomsk city

The Tomsk Institute of Radio Electronics and Electronic Technics (TIREET) was organized according to the Decision of Council of Ministers of the USSR from April 21, 1962 and the subsequent Decision of Council of Ministers of the RSFSR.

TUSUR is distinguished from other technical universities of Tomsk and Russia by the close connection of its fundamental research with technical applications. TUSUR engineers never hesitate to take up ambitious and complex tasks. Engineering solutions for intelligent power electronics developed by our faculty and staff are applied in space vehicles at launch sites all over the world.

As for us, we are open and ready to share our R&D results and expertise and engage foreign participants in our academic and scientific projects.