I am a dedicated individual with a strong technical background in the software field and flexibility in programming like Python, and Java. Highly self-driven, I am naturally good at independent research and have a technical foundation in machine learning, deep learning, and natural language processing (NLP). I can transform complex data into actionable insights and got experienced in model deployment, cloud computing, and data analysis. With a deep devotion to continuous learning, I am interested to expand my knowledge and contribute to innovative solutions, while publishing meaningful research in the field of AI.
(Quarterly contribution for innovative models )
Using Natural Language Processing (NLP) Analyzed breast cancer data , patient records and clinical data to get insights and predict patient outcomes
Tokenized , removed the stop words , performed lemmatization using Spacy and NLTK
for preprocessing text data
Used Open API GPT and Hugging face transformers for applying the state -of the-art language models like NER ,text classification, sentiment analysis of medical data records.
Outcomes forecasting by building predictive models and using supervised learning with Logistic regression and BERT, DistilBERT deep learning techniques
Application of feature engineering for transforming unstructured text into structured data, medical entities , mentioning of disease and text sentiments are included from the text.
Optimized the models performance and improved the prediction accuracy by cross-validation and hyperparameter tuning
Matplotlib, seaborn , plotly used for visualization of the data
AWS sage maker used for deploying the model for real time predictions and creating user friendly clinical decision report
Machine Learning: Linear Regression, Logistic Regression, Decision Trees