In the first issue of this commentary series, the case was made for a well-defined country-innovation model, given T&T’s low position in the global innovation index (GII). A positive outcome of the first article was the extent to which it stimulated discussions on the initiatives undertaken to date to foster innovation in T&T, and why it is necessary for innovation to be at the forefront of national dialogue on diversification and growth of the T&T economy. Of concern, however, was why T&T, a country that placed high in the rankings with respect to human capital, was ranked lowly at 108th overall out of 133 countries in the global innovation index.
In this issue I take a closer look at the human capital and research indicator used by GII to provide further insights on T&T’s position in this area. Human capital is deemed to be the most important country-level innovation input factor, given that a country’s greatest asset is its people. In the GII report, research is linked with human capital in a single indicator. Human capital and research are collectively responsible for the knowledge, skills, creativity, and critical thinking that have led to innovations in products, services, technology, processes, or business models for organisations of all sizes and within varying industries globally.
In order to ensure that a country’s stock of human capital is relevant and adequate for future needs, emphasis must be placed on the policies and institutions created to ensure a knowledgeable workforce. There must also be continued collaboration between enterprise and academia as well as a commitment by Government to allocate resources for research and development. T&T’s favourable positioning of 37th in the human capital and research ranking is primarily due to its performance with respect to the level of tertiary education, and more so its positioning with respect to the percentage of graduates in science and engineering.
NIHERST continues to be at the forefront in the development of STEM competence in T&T. The organisation has done so, using a collaborative model that includes corporate T&T, non-governmental organisations, educational institutions and international partners. NIHERST’s initiatives are also geared towards children of all ages, a strategy that allows for early exposure to STEM education. To optimise the return on investment in STEM education, however, students must be equipped to convert STEM knowledge and skills to items of value. The presence of educated citizens has meaning in an innovation ecosystem only when the STEM-educated individuals possess the critical thinking and creative skills required to extract wealth from knowledge. The need for hands-on, practical approaches to solving problems through the inclusion of artistic and creative expressions in STEM education is required for ideas to flourish, hence the introduction of Science, Technology, Engineering, Arts and Mathematics (STEAM) education.
The difference however, between T&T’s strong positioning in Science and Engineering compared to the low ratings overall on the innovation index is tied to gaps in the eco-system including but not limited to intellectual property protection, access to startup capital, access to data and funds for research. Should T&T not seek to address these gaps, the country may find itself be in a situation where its investment in knowledge creation, yields greater benefits externally, due to brain drain.
CARIRI is also at the forefront of talent development to support innovation. Through its suite of services, the state institution has assisted entrepreneurial companies and individuals in managing the process from ideation to commercialisation. Projects like The Shaping the Future of Innovation Project, the Youth Innovation Lab, Idea to Innovation (i2i) and initiatives aimed at the commercialisation of innovation have contributed to the development of the talent pool necessary for innovation.
“A country’s research capacity is a direct expression of how it develops, deploys, and retains talent.” T&T’s R&D expenditure which amounts to .05 per cent of GDP mirrors that of many Latin America and Caribbean (LAC) countries but is considered low in a global context. For this region Brazil is the leader at approximately 1.1 per cent. Given the significance of research to a country’s innovation capacity, consideration ought to be given to increase the percentage of GDP allocated to R&D.
It has been said that what gets measured gets done. A country innovation model should allow for timely and accurate collection of data as well as the development of tools to manage and measure innovation. ISO 56001 developed by the International Organisation for Standardization in 2024 is a global standard in the management of organizational innovation. The aim is to provide a standard framework that guides organizations in the development and management of their innovation agendas. The recognition of this standard by the Bureau of Standards is proof of its importance as a tool to drive organizational innovation. It is proposed that the government adopts this standard and be a strong advocate for its use. This will provide a measure of uniformity in interpretation of the national innovation agenda as well and in how data is collected, analysed, and reported.
T&T’s low ranking overall on the GII is not indicative of deficiency in performance by all institutions involved in facilitating the innovation agenda. However, greater coordination among institutions, the availability and use of data for decision making, and greater emphasis on research, supported by knowledgeable and skilled citizens are necessary.
A national innovation architecture created with the input of stakeholders in academia, private sector, community-based organisations, and government is urgently required to equip T&T to respond to global challenges. The uncertain and ever-changing geopolitical landscape presents challenges but also opportunities to innovate at all levels. T&T through its institutions is now expected to challenge the status quo, forge relationships with non-traditional trading partners and pursue non-traditional markets for its exports.
While government is expected to take the lead role in driving the innovation agenda at the macro level as chief architect and enabler, it is the active participation of the private sector, academia, and community groups that provide the stimulant for future-oriented and continuous innovation at all levels of society. This coupled with international collaborations can drive the national innovation agenda.
Whether or not the approach outlined in this article are undertaken depends on the role played b the orchestrator of resources. In the creation and implementation of a future-centric country innovation model in which T&T’s global brand is defined, entrepreneurial leadership matters.
