Dara Corr

Detail-oriented graduate with first-class honours degrees in Theoretical Physics (BSc) and Data Science (MSc). Skilled in developing and validating predictive models for credit risk, earnings, and stock price movements. Proficient in applying rigorous quantitative methods to real-world problems such as disease dynamics and sentiment analysis. Currently engaged in a high-volume database environment supporting business-critical systems. Eager to leverage technical and collaborative skills as a Quantitative Analyst.

• Strong grounding in mathematical modeling from both theoretical physics and data science backgrounds
• Deep interest in regulatory-compliant credit model validation and risk analytics
• Proven ability to collaborate across disciplines and grow within new technical domains

• Credit Default and Earnings Prediction (Python/R), Built logistic regression models to predict credit risk and linear regression models for income forecasting. github.com/darcor99/College_Projects/blob/main/Data%20Science%20Masters/Statistical%20Modelling/MS6061_Statistical_Modelling_Project_Dara_Corr_22275193.pdf
• Stock Analysis and Forecasting (Python), Predicted stock price movements using financial indicators and time series data. Used pandas, matplotlib, and scikit-learn for data processing and modeling. github.com/darcor99/Python_Stock_analysis
• B-Influenza SIR Model (MATLAB), Modeled infectious disease spread with SIR equations and numerical solvers. Analysed disease dynamics under changing population and infection parameters., github.com/darcor99/College_Projects/blob/main/Data%20Science%20Masters/Scientific%20Computation/assignment3/upload/MS6021_Scientific_Computation_Assignment_3.pdf
• Text Classification & Sentiment Analysis (Python NLP), Built pipelines for topic classification and sentiment prediction using TensorFlow, NLTK. Addressed preprocessing, spelling correction, and feature extraction with NLP tools., github.com/darcor99/College_Projects/blob/main/Data%20Science%20Masters/Natural%20Language%20Processing/etivity6_2_22275193.ipynb, github.com/darcor99/College_Projects/blob/main/Data%20Science%20Masters/Natural%20Language%20Processing/etivity6_1_22275193.ipynb
• Modeling Physical Systems (Python), Simulated projectile motion and harmonic oscillators using differential equations and numerical solvers. github.com/darcor99/College_Projects/blob/main/BSc%20Theoretical%20Physics/Computational%20Physics/3rd%20yr/Computational%20Assignment%201.pdf