Nathiya Kalidas

• Contributed to the LiBEST3 project, focusing on the development of Si@Gr composite particles using fluidized bed granulation to improve anode capacity in lithium-ion batteries.
• Engineered and optimized ASEI coatings to enhance electrode stability and conductivity.
• Developed functional coatings for Ni-rich NCM cathodes, integrating them into the extrusion process for improved electrode performance.
• Evaluated rate capability and cycling performance of coated cathodes under various conditions.
• Investigated anode–cathode compatibility in polymer solid-state batteries to enhance efficiency and safety.
• Presented research outcomes at international conferences, facilitating scientific exchange and collaboration.
• Streamlined lab protocols to ensure precision, reproducibility, and efficient resource utilization.
• Led independent battery research and development, contributing to both short-term milestones and long-term innovation goals.
• Applied advanced characterization techniques to evaluate the performance of electrode material interventions.
• Collaborated with multidisciplinary research teams to design, implement, and analyze experimental studies.

• Contributed to the BALSA project, focusing on the synthesis of porous silicon from biomass via metallothermic reduction for sustainable battery material development.
• Utilized nanostructured porous silicon as an anode material for lithium-ion battery applications, targeting enhanced capacity and cycle stability.
• Planned and executed research strategies, exploring alternative synthesis approaches and actively discussing experimental outcomes with the supervising professor.
• Collected, documented, and analyzed experimental data, generating detailed reports to support project goals and publications.
• Applied advanced electrochemical and materials characterization techniques to evaluate the performance and viability of novel anode materials.
• Authored peer-reviewed journal articles, contributing to the scientific community through original research publications.

• Tin-based Composites as High-Capacity Lithium-Alloy Anodes for Li-Ion Batteries
• Managed laboratory resources efficiently, ensuring timely completion of experiments and projects.
• Improved understanding of key concepts among team members through regular presentations on relevant topics.
• Worked as member of integrated project team in highly collaborative work environment.

• Conducted exploratory research on the synthesis and electrochemical evaluation of LiMxPyOz (M = transition metal) pyrophosphates as potential lithium intercalation electrode materials.
• Provided regular updates to project managers on budget status, technical progress, and any arising challenges.
• Developed and executed project plans and budgets, ensuring alignment with research goals and timely completion.
• Analyzed project performance metrics to identify inefficiencies and implement improvements.
• Assisted in the creation of detailed project timelines and milestones, contributing to on-time and successful project delivery.

Explored the synthesis and suitability of LiMxPyOz (M = transition metal) pyrophosphates as lithium intercalation materials for electrode applications.

Maintained accurate and detailed data records, performing data entry with high precision to ensure dataset integrity.

Conducted comprehensive literature reviews to support experimental planning and align the project with current research trends.

Assisted senior researchers in the design and execution of experiments, contributing to the generation of reliable and reproducible results.

Analyzed experimental data using relevant analytical tools and software, and prepared clear, well-structured reports to document findings.