Title
Time Series Analysis in Python - Data Analysis & Forecasting
Learn Python for Time Series - Learn Python libraries for Time Series analysis and forecasting

What you will learn
Time Series Analysis in Python
Performing Statistical Tests for Time Series Data
Forecasting Methods
Time Series Analysis Libraries
Why take this course?
Course Title: Time Series Analysis in Python - Data Analysis & Forecasting 📊🔍
Course Headline: 🚀 Master Time Series with Python: Harness the Power of Libraries for Advanced Analysis and Forecasting!
Course Description:
Welcome to the Python for Time Series - Data Analysis & Forecasting course, your gateway to mastering Python in the context of time series data analysis and forecasting. This comprehensive course is tailored for learners with a foundational understanding of Python programming who aspire to delve into the intricacies of analyzing temporal data.
Why Take This Course?
- Interactive Learning: With live code demonstrations in videos, you'll apply concepts by writing your own codes, ensuring a deeper grasp of the material.
- Solid Foundation: The course kicks off with refresher lectures on statistics and Python library basics to ensure all participants are on equal footing.
- Library Mastery: You'll become proficient in utilizing key Python libraries essential for time series data analysis, such as Pandas, Matplotlib, Statsmodels, and scikit-learn.
- Hands-On Projects: Through practical projects, you'll apply your newfound knowledge to real-world scenarios, solidifying your skills and understanding.
- Expert Support: Instructor Onur Baltacı is committed to providing personalized guidance and support through the Q&A section on Udemy.
Course Curriculum Breakdown:
-
Introduction to Time Series Analysis: We'll start by understanding what time series data is and why it's crucial in various fields like economics, finance, weather forecasting, and more.
- Understanding time series datasets
- Importance of time series analysis in real-world scenarios
-
Python Basics Recap: A brief refresher on Python basics to ensure everyone is comfortable with the language before diving into libraries.
- Python programming fundamentals
- Data types and control structures
-
Statistics Fundamentals: A short course within the course to cover key statistics concepts necessary for time series analysis.
- Descriptive vs. inferential statistics
- Probability distributions and hypothesis testing
-
Pandas for Time Series Data: Learn to manipulate and analyze time series data with Pandas.
- Time series specific functions in Pandas
- Data cleaning and preparation
-
Visualization of Time Series Data: Master the art of visualizing time series using Python libraries like Matplotlib and Seaborn.
- Effective ways to represent time series data visually
- Creating interactive plots with Bokeh
-
Seasonality and Trend Analysis: Discover methods to detect seasonality and trends within your data.
- Seasonal decomposition of time series
- Identifying underlying patterns in the data
-
Stationarity and Testing: Learn about stationarity, its importance, and how to test for it using the Dickey-Fuller test.
- The concept of stationarity
- Implementing the Dickey-Fuller test in Python
-
Time Series Modeling with ARIMA: Build robust ARIMA models to forecast future values in time series data.
- Understanding ARIMA models and their components
- Fitting ARIMA models to your data for accurate forecasts
-
Advanced Time Series Forecasting Techniques: Explore other forecasting methods like Exponential Smoothing, Holt-Winters, and Prophet.
- Comparing different forecasting methods
- Choosing the right method for your dataset
-
Capstone Project: Put your skills to the test with a comprehensive project that will demonstrate your mastery over time series analysis in Python.
- Analyzing a real-world time series dataset
- Forecasting future trends and patterns
What You'll Learn:
- Utilize Pandas for handling, cleaning, and analyzing time series data efficiently.
- Detect seasonality and understand trend decomposition within your datasets.
- Conduct stationarity tests using the Dickey-Fuller method.
- Build and interpret ARIMA models for accurate forecasting.
- Visualize time series data effectively to extract meaningful insights.
- Complete a final project that showcases your expertise in time series analysis.
Enroll now and join a community of learners who are eager to harness the full potential of Python in time series data analysis and forecasting! 🌟
Instructor's Note:
I, Onur Baltacı, am here to guide you through this journey. If you have any questions or need assistance, feel free to reach out to me via the Q&A section on Udemy. I'm committed to ensuring your success in mastering time series analysis with Python. Let's embark on this exciting learning adventure together! 🧙♂️🚀
Enroll Today and Transform Your Data into Insightful Stories with Time Series Analysis in Python! 📊✨
Screenshots




Reviews
Charts
Price

Rating

Enrollment distribution

Coupons
Submit by | Date | Coupon Code | Discount | Emitted/Used | Status |
---|---|---|---|---|---|
- | 19/10/2022 | FREEENROLLMENT | 100% OFF | 1000/969 | expired |
- | 19/10/2022 | ENROLLFORFREE | 100% OFF | 1000/770 | expired |
- | 20/10/2022 | FREEJOINCOUPON | 100% OFF | 1000/969 | expired |
- | 01/11/2022 | JOIN12908421 | 100% OFF | 1000/978 | expired |
- | 01/11/2022 | 43256482 | 100% OFF | 1000/827 | expired |
- | 01/11/2022 | ENROLL213123 | 100% OFF | 1000/954 | expired |
- | 02/12/2022 | DATA2023 | 50% OFF | expired |