Applied Science
Applied Science
is contribution to
The Sustainable Development Goals
Goal 3 : Good Health And Well Being:
Employ insights from Microbiology, Health Sciences, and Wild Life Management to prevent diseases, control zoonotic spread, and conserve wildlife, promoting good health and well-being.
Utilise Plant Physiology, Nanotechnology, and Life Sciences to improve medical treatments, develop sustainable agriculture, and ensure healthier lifestyles, aligning with the aimof promoting good health and well-being for all.
Goal 6: Clean Water and Sanitation:
Discuss research from disciplines like Hydrology, Ecology, and Sustainable Engineering to design efficient water management systems, ensuring access to clean water and sanitation
Harness advancements in Microbiology, Material Science, and Health Sciences to develop innovative water purification technologies, promoting clean water and sanitation accessibility.
Goal 7: Affordable and Clean Energy:
Discuss utilising Sustainable Engineering, Material Science, and Nanotechnology, along with insights from Animal and Plant Science and Ecology, to develop renewable energy solutions for Affordable and Clean Energy
Investigating the role of Health Sciences, Microbiology, and Conservation Management in promoting clean energy adoption, integrating Metrology and Morphology to enhance efficiency, contributing to Affordable and Clean Energy goals.
Goal 9: Industry, Innovation, and Infrastructure:
Showcase how applied science disciplines shapes resilient infrastructure, promotes inclusive and sustainable industrialisation, and cultivates an innovative culture, leveraging insights from Animal and Plant Science, Metrology, Material Science, etc.
Explore researches and technical innovations from disciplines like Microbiology, Health Sciences, Ecology, etc. in advancing sustainability initiatives and environmental studies.
Goal 11: Sustainable Cities and Communities:
Integrate green materials and tech, informed by Animal and Plant Science, Conservation Management, and Ecology, to build eco-friendly infrastructure for resilient communities.
Apply Material Science, Ceramic Engineering, and Nanotechnology with insights from Microbiology and Health Sciences for innovative structural design, addressing environmental challenges and ensuring sustainable living.
Goal 14 : Life Below Water:
To unravel the intricacies of submarine ecosystems, aiding in conservation efforts to protect marine life and habitats through insights from disciplines like Animal and Plant Science, Conservation management, Ecology, Hydrology,etc.
Delve into the depths of submarine ecosystems, analysing ways to reducing ocean Acidification, ending overfishing, conserving Coastal and Marine Areas.
Goal 15 : Life on Land:
Investigating how applied science discipline research contributes to innovative solutions for a sustainable future, tackling issues like landslides, deforestation, and land degradation. These efforts aim to bolster conservation and sustainability endeavours.
Explore the essential role of science research in addressing land management and conservation challenges, driving initiatives for sustainability and environmental protection.
Goal 16 : Peace, Justice and Strong Institutions
To analyse how harnessing insights from Metrology, Microbiology, Health Sciences, Material Science, and Ceramic Engineering promotes equity and peace by advancing healthy infrastructure, and sustainable development globally.
Integrating knowledge from Conservation Management, Ecology, Morphology, Hydrology, and Nanotechnology facilitating equitable resource management, environmental protection, and sustainable practices, contributing to global peace and harmony.
Who Can Join
Research Scholars
Technology Experts
Students & Alumini’s
Editorial Board Members of Journals
Government Officials
