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DATA SCIENCE IN
FINANCE
INTRODUCTION
Data and algorithms are increasingly
driving financial decisions.
Data science is useful for risk
assessment, fraud detection,
algorithmic trading, and customer
insights.
It looks at major applications and
methodologies in financial data
science.
iabac.org
THE ROLE OF DATA SCIENCE
IN FINANCE
Risk management: predicting credit
and market hazards.
Fraud detection: identifying odd
transactions.
Algorithmic trading: The process of
making automated data-driven
decisions.
Customer analytics: personalized
financial goods and advice.
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DATA SOURCES IN FINANCE
Market Data (Stock Prices and Indices).
Transaction data (credit card
transactions and payments).
Alternative Data (Social Media, Satellite
Pictures).
Financial Statements (Balance sheets
and income statements).
KEY TECHNIQUES USED
Machine learning: Predictive analytics
and classification.
Natural language processing:
Sentiment evaluation of financial news.
Time Series Analysis: Stock price
predictions.
Deep learning: Recognizing patterns
in financial transactions.
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RISK MANAGEMENT WITH
DATA SCIENCE
Credit scoring utilizing machine
learning (e.g., logistic regression,
random forests).
Predicting defaults with alternative
data.
Portfolio risk optimization with Monte
Carlo simulations.
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FRAUD DETECTION IN FINANCE
Clustering techniques are used to find
anomalies in transactional data.
Supervised learning (e.g., decision
trees) for fraud detection.
Detecting fraud in real time with
artificial intelligence.
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ALGORITHMIC TRADING
High-frequency trading uses data-
driven methods.
Reinforcement learning in adaptive
trading.
Sentiment analysis is used to predict
market movements.
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CHALLENGES IN FINANCIAL DATA
SCIENCE
Data privacy and regulatory issues
(GDPR, SEC requirements).
Bias in algorithms results in unfair
lending decisions.
In finance, models should be
interpretable and explainable.
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Data Science in Finance | IABAC Certification

  • 1.
  • 2.
    INTRODUCTION Data and algorithmsare increasingly driving financial decisions. Data science is useful for risk assessment, fraud detection, algorithmic trading, and customer insights. It looks at major applications and methodologies in financial data science. iabac.org
  • 3.
    THE ROLE OFDATA SCIENCE IN FINANCE Risk management: predicting credit and market hazards. Fraud detection: identifying odd transactions. Algorithmic trading: The process of making automated data-driven decisions. Customer analytics: personalized financial goods and advice. iabac.org
  • 4.
    iabac.org DATA SOURCES INFINANCE Market Data (Stock Prices and Indices). Transaction data (credit card transactions and payments). Alternative Data (Social Media, Satellite Pictures). Financial Statements (Balance sheets and income statements).
  • 5.
    KEY TECHNIQUES USED Machinelearning: Predictive analytics and classification. Natural language processing: Sentiment evaluation of financial news. Time Series Analysis: Stock price predictions. Deep learning: Recognizing patterns in financial transactions. iabac.org
  • 6.
    RISK MANAGEMENT WITH DATASCIENCE Credit scoring utilizing machine learning (e.g., logistic regression, random forests). Predicting defaults with alternative data. Portfolio risk optimization with Monte Carlo simulations. iabac.org
  • 7.
    FRAUD DETECTION INFINANCE Clustering techniques are used to find anomalies in transactional data. Supervised learning (e.g., decision trees) for fraud detection. Detecting fraud in real time with artificial intelligence. iabac.org
  • 8.
    ALGORITHMIC TRADING High-frequency tradinguses data- driven methods. Reinforcement learning in adaptive trading. Sentiment analysis is used to predict market movements. iabac.org
  • 9.
    CHALLENGES IN FINANCIALDATA SCIENCE Data privacy and regulatory issues (GDPR, SEC requirements). Bias in algorithms results in unfair lending decisions. In finance, models should be interpretable and explainable. iabac.org
  • 10.