Girija Shrikrishna Bansod

My PhD project investigates how Metal–Organic Frameworks (MOFs), interact with and transform in environmental systems such as air, water, soil, and biological media. Although MOFs are widely used in applications like water treatment and sensing, their environmental fate and potential risks remain poorly understood. The project uses advanced characterization techniques, including synchrotron-based techniques, to track real-time structural and chemical transformations of MOFs in the environment. It then evaluates the ecological impacts of transformed MOFs using Daphnia magna. Experimental findings will be integrated with machine learning models to predict toxicity and support safer material design and environmental regulation. 

After completing my MSc in Biotechnology, I worked as a Research Intern at Savitribai Phule Pune University for a collaborative project with Federal Institute for Risk Assessment (BfR), Germany where I studied the interaction between potential endocrine disrupting chemicals and endocrine receptors using microscale thermophoresis (MST). During this period, I also developed expertise in predictive toxicology, gaining practical exposure to in silico toxicity assessment approaches and computational data analysis. Following this internship, I joined Intox Pvt. Ltd., a GLP-compliant Contract Research Organization, as a Junior Research Associate. In this role, I contributed to standardized toxicological testing and regulatory studies, which strengthened my understanding of OECD-aligned methodologies, experimental design, and interpretation of environmental toxicity endpoints.  

I chose to pursue doctoral research because I am driven by understanding mechanisms rather than just outcomes, especially in environmentally relevant systems. Through my academic and laboratory experiences, I realised that research suits my patience, curiosity, and willingness to work with uncertainty. A PhD is the natural next step for me to develop as an independent scientist and contribute meaningfully to the field of environmental safety and sustainability. 

CENTA’s strong focus on interdisciplinary, environmentally impactful research attracted me to this studentship. The opportunity to work across material science, ecotoxicology, and data science within a structured doctoral training framework aligns closely with my research interests. The emphasis on collaboration, professional development, and policy-relevant science makes it an ideal environment for me to develop as a research scientist. 

This PhD will equip me with advanced technical, analytical, and computational skills needed to assess environmental risks and risk management. Training within CENTA will prepare me for interdisciplinary research and evidence-based decision-making. My long-term goal is to work in environmental risk assessment combined with sustainable materials research, contributing to safer-by-design technologies and informing environmental policy, particularly in regions facing increasing pollution challenges.