HealthAI lab is a hub for innovation, driving advancements in health and environmental research through the power of artificial intelligence and machine learning.

• AI Model Development and Training Facilities
  Dedicated spaces and equipment for developing and testing AI models, including experimental setups and simulation environments.
• High-Performance Computing Systems
  Powerful servers and workstations designed to handle large-scale data processing and complex AI algorithms.
• AI and Machine Learning Software
  Specialised software for developing, training, and validating AI models and algorithms.
• Predictive Analytics Platforms
  Tools for developing predictive models that forecast health trends, disease outbreaks, and environmental impacts.

Understanding how polar environments are affected by global phenomena such as climate change, pollution, and biodiversity loss, and how these regions, in turn, influence global climate patterns and sea levels.

• Toxicology and Bioassay Labs
  Laboratories equipped to perform biological assays and experiments to understand the effects of toxins on living organisms.
• Analytical Chemistry Instruments
  Instruments used to identify and quantify toxic substances and pollutants in environmental and biological samples.

Understanding and combating the wide range of microbial pathogens that affect human health and well-being. Researchers and clinicians in Advanced Microbiology Collaborative Research Laboratory aim to diagnose infections, develop treatments, and devise prevention strategies to control the spread of infectious diseases.

• Microbiological Culture and Isolation Equipment
  Tools for growing and isolating microorganisms from clinical and environmental samples.
• Microscopy Equipment
  Instruments for visualising microorganisms and their structures.
• Molecular Biology Tools
  Tools for studying the genetic material of pathogens and analysing their molecular characteristics.
• Pathogen Cultivation and Preservation Facilities
  Systems for maintaining and studying live cultures of pathogens under controlled conditions.
• Environmental and Clinical Sample Collection Tools
  Equipment for collecting and preserving samples from various sources for microbiological analysis.

• Advance Interdisciplinary Research
  Foster innovative research that integrates environmental science and population health to address complex health issues.
• Influence Policy and Advocate for Change
  Shape public policy and advocate for practices that improve environmental and population health.
• Integrate Data and Science
  Utilise interdisciplinary approaches to integrate environmental and health data for comprehensive analysis and solutions.