Sudikshya Sarmah

Conducted research on phosphate ion removal from aqueous solutions using novel lignin-based hydrogel composite films. Performed characterization of adsorbents using SEM, Tensile Strength analysis, FTIR, and XRD, demonstrating their effectiveness for environmental sustainability.

Developed an ultra-low interfacial system for polydimethyl siloxane (PDMS) using a solvent mixture, aiming to prepare PDMS filaments for advanced material applications. Investigated the impact of needle diameters on spun fiber quality and explored the integration of nanoparticles into PDMS filaments to enhance properties.

Conducted a group project on Time-Dependent Mechanical Behaviour of Solid-State Batteries (SSBs), focusing on creep, stress relaxation, and fatigue analysis. Evaluated the impact of stress-strain relationships on battery integrity to enhance material design.

Developed a comprehensive understanding of the Self Optimal Clustering (SOC) algorithm, including clustering techniques and its implementation. Successfully reproduced key results and evaluated cluster quality measures using sample images.

Developed a logistic regression model to classify emails as spam or ham by analyzing historical mail data, achieving an accuracy of 0.9806. Implemented data preprocessing and train-test split to optimize model performance.

Developed a Support Vector Machine (SVM) model in Python to detect Parkinson’s disease, achieving an accuracy of 0.8716. Performed data preprocessing, including cleaning, normalizing, and splitting the dataset into training and testing sets.

Developed a comprehensive road accident dashboard in MS Excel, encompassing data cleaning, processing, and analysis. Designed and implemented Primary and Secondary KPIs, along with visualizations highlighting monthly trends.

Conducted comprehensive data analysis and exploratory data analysis (EDA) on Zomato’s restaurant data to uncover customer preferences. Performed visualization to identify trends, including types of restaurants most ordered from and vote distribution.

Conducted in-depth analysis of Covid-19 data using Python, performing data cleaning, transformation, and visualization. Utilized Tableau to create interactive dashboards that effectively communicated the pandemic's impact.

Worked with the Hall Executive Committee at Girls Hostel-1 as Mess Store and Supply Secretary. Collaborated closely with Mess Workers to ensure optimum food quality for residents.

Guided and mentored 6 freshmen students, helping them acclimatize to the institute's environment and assisting with academics. Coordinated with the Counselling Service and helped organize the Orientation Programme 2024.

Conducted an in-depth analysis of deepfakes, focusing on deep learning techniques for creation and current detection methods. Authored a comprehensive report summarizing key concepts and explored potential methods for deepfake detection.

Managed crowd control and ensured the safety of girl students during various events at Udghosh’23. Played a key role in maintaining order and security throughout the festival.

Grade: 8.76/10

Activities and societies: Received the Academic Excellence Award for exceptional academic performance in 2023-24. Qualified GATE Chemistry in 2023 and 2022. Served as Student Guide for the Counselling Service Team and Mess Store and Supply Secretary. Participated as Girls Security Officer for Udghosh'23.

Currently pursuing a Master of Technology in Materials Science at the Indian Institute of Technology Kanpur. My thesis focuses on polymer processing under ultra-low interfacial tension, aiming to develop an ultra-low interfacial system for polydimethyl siloxane (PDMS) using solvent mixtures and prepare PDMS filaments for advanced material applications.

Grade: 9.56/10

Activities and societies: Secured 1st Position in Badminton (singles) and 2nd Position in Badminton (doubles) at the Annual Meet. Secured 2nd Position in Tug of War at the Annual Meet.

Completed a Master of Science in Chemistry with a specialization in Physical Chemistry. My thesis involved the development of novel lignin-based hydrogel composites for efficient phosphate removal, including characterization and batch adsorption experiments.

Grade: 8.20/10

Activities and societies: Attended National Seminar on Environment and Sustainability in the Third World. Attended 1st International Conference on Integrative Chemistry, Biology, and Translational Medicine. Attended Symposium on Empowering Women in Chemistry IUPAC Centenary Celebration. Completed the Bridge Course on Laboratory Safety and Handling of Equipment.

Obtained a Bachelor of Science in Chemistry. This program provided a strong foundation in various aspects of chemistry.

Grade: 91.6%

Completed CBSE (XII) education.

Grade: 8.8/10

Completed CBSE (X) education.