Research &
Development.
Systematic investigation and application of new knowledge to create innovative products, services, and technologies — driving economic growth, competitiveness, and societal progress.
R&D Unit
Defining Research & Development
Research and Development is a critical process involving systematic investigation and application of new knowledge to create innovative products, services, and technologies — ultimately driving a nation's economic growth and overall development.
At LAGA-IVCR, R&D spans healthcare, environment, and security — fostering technological advancements, improving productivity, and enhancing competitiveness in global markets. It is the engine behind sustained progress and societal resilience.
Key Aspects & Impact
R&D drives progress across four critical domains — each reinforcing the others to create a stronger, more capable society.
Economic Growth
Facilitates new industries, creates jobs, and boosts productivity through innovative solutions that open entirely new markets.
Innovation Catalyst
Generates ideas that allow organisations to stay ahead of competitors and capture market opportunities before they fully emerge.
Quality of Life
Advancements in healthcare and environmental sustainability mitigate climate change and meaningfully improve community well-being.
National Security
Advancements in defence technology enhance a nation's security capabilities, resilience, and strategic preparedness.
Components of R&D
R&D is not a singular activity but a continuum of processes — from theoretical understanding all the way through to practical, market-ready application.
Basic Research
Fundamental investigations to gain a deeper understanding of a subject area, often with long-term implications for future applications rather than immediate commercial use. Basic research builds the knowledge base that all applied work depends on.
Applied Research
Focused research aimed at solving specific practical problems or developing new technologies with immediate applications in mind. Applied research bridges the gap between theoretical discovery and real-world implementation.
Experimental Development
The process of designing, constructing, and testing prototypes to translate research findings into viable products, systems, or processes — turning knowledge into tangible innovation ready for market or deployment.
Conduct basic research, train the skilled workforce, and facilitate knowledge transfer between theory and practice.
Fund and support research in areas of national interest — public health, infrastructure, climate, and security.
Drive applied research and development to create commercial products and maintain competitive advantage in global markets.
Difficulty securing sustained funds for long-term research projects without immediate commercial returns.
Translating research findings into viable market products requires bridges between academia and industry.
Ensuring intellectual property protection to incentivise ongoing innovation and attract private investment.
Retaining skilled researchers in developing economies where brain drain remains a persistent obstacle.
Gross Domestic Expenditure on R&D as a percentage of GDP — the primary investment benchmark.
Volume of patents filed measures the potential for commercialisation and indicates innovation activity levels.
Total human capital dedicated to R&D activities — a key indicator of a nation's innovation capacity.
Volume and citation impact of scientific publications reflects knowledge creation and global scientific contribution.