Anoop Johny

Contributed to the development of an e-commerce platform, designing and implementing both backend and frontend components. Developed key features such as product search, recommendation systems, user authentication, and payment processing.

Developed and integrated cutting-edge language models, including LLAMA and Falcon 7B, into the ontology service infrastructure. Utilized Python, SQLite, Docker, and CLIs to automate patient health data annotation from the WHO.

Activities and societies: Practical case studies to apply learned concepts.

Currently pursuing a Post Graduate Diploma focusing on drug discovery and design. Key areas include pharmacology, bioanalytical techniques, biostatistics, and various CADD techniques such as 2D and 3D QSAR, molecular modeling, virtual screening, and molecular dynamics.

Activities and societies: Research Projects, Soft Skills, Laboratory Rotation, Seminar/Presentation, Dissertation Submission

Currently pursuing a comprehensive two-year graduate program focusing on advanced bioinformatics, research projects, and practical skills in biocomputing and data analysis. Key subjects include Biocomputing, Biological Databases, Genomics & Proteomics, Bioinformatics Algorithms, Molecular Modelling, and High-throughput Data Analysis.

Activities and societies: Thesis: Analyzing Job Market Dynamics: A Data-Driven Approach to Understanding Employment Trends and Salary Predictions

Completed a postgraduate certificate program in Data Science and Machine Learning. Gained expertise in data science techniques including EDA, statistical analysis, NLP, predictive modeling, and feature engineering. Applied data technologies such as machine learning algorithms, big data processing, and interactive dashboard development.

Activities and societies: Thesis: Kabasura Kudineer and Thondasura Kudineer Potential Siddha formulations for treating COVID-19: An in silico approach

Completed a Bachelor of Science in Bioinformatics, covering core subjects such as Molecular Biology, Genetics, Microbiology, and Biochemistry. Developed strong programming skills in Python, R, Java, and SQL, alongside expertise in databases, algorithms, and data structures.

Completed a Master’s degree in Life Science Informatics, building a strong interdisciplinary foundation across biology, chemistry, and computer science. This program provided advanced knowledge in bioinformatics and computational approaches for life sciences.

Completed 12th Standard under the CBSE curriculum. This foundational education provided a broad academic background.

Completed 10th Standard under the ICSE curriculum. This foundational education provided a broad academic background.