Time Series Forecasting with Machine Learning Methods Course
Explore machine learning techniques for accurate time series forecasting, enhancing predictive analytics and decision-making in various applications.
Training Locations
This Time Series Forecasting with Machine Learning Methods Course is available in multiple cities. Please select your preferred location from the list below
Durrës
Albania
Tirana
Albania
Andorra la Vella
Andorra
Escaldes-Engordany
Andorra
Innsbruck
Austria
Salzburg
Austria
Vienna
Austria
Gomel
Belarus
Minsk
Belarus
Antwerp
Belgium
Brussels
Belgium
Banja Luka
Bosnia and Herzegovina
Sarajevo
Bosnia and Herzegovina
Plovdiv
Bulgaria
Sofia
Bulgaria
Dubrovnik
Croatia
Split
Croatia
Zagreb
Croatia
Limassol
Cyprus
Nicosia
Cyprus
Brno
Czech Republic
Prague
Czech Republic
Aarhus
Denmark
Copenhagen
Denmark
Tallinn
Estonia
Tartu
Estonia
Helsinki
Finland
Tampere
Finland
Lyon
France
Marseille
France
Nice
France
Paris
France
Berlin
Germany
Frankfurt
Germany
Hamburg
Germany
Munich
Germany
Athens
Greece
Thessaloniki
Greece
Budapest
Hungary
Debrecen
Hungary
Akureyri
Iceland
Reykjavík
Iceland
Cork
Ireland
Dublin
Ireland
Florence
Italy
Milan
Italy
Naples
Italy
Rome
Italy
Pristina
Kosovo
Prizren
Kosovo
Liepāja
Latvia
Riga
Latvia
Schaan
Liechtenstein
Vaduz
Liechtenstein
Kaunas
Lithuania
Vilnius
Lithuania
Esch-sur-Alzette
Luxembourg
Luxembourg City
Luxembourg
St. Julian's
Malta
Valletta
Malta
Bălți
Moldova
Chișinău
Moldova
La Condamine
Monaco
Monte Carlo
Monaco
Budva
Montenegro
Podgorica
Montenegro
Amsterdam
Netherlands
Rotterdam
Netherlands
The Hague
Netherlands
Ohrid
North Macedonia
Skopje
North Macedonia
Bergen
Norway
Oslo
Norway
Gdańsk
Poland
Kraków
Poland
Warsaw
Poland
Faro
Portugal
Lisbon
Portugal
Porto
Portugal
Bucharest
Romania
Cluj-Napoca
Romania
City of San Marino
San Marino
Serravalle
San Marino
Belgrade
Serbia
Novi Sad
Serbia
Bratislava
Slovakia
Košice
Slovakia
Bled
Slovenia
Ljubljana
Slovenia
Barcelona
Spain
Madrid
Spain
Valencia
Spain
Gothenburg
Sweden
Stockholm
Sweden
Bern
Switzerland
Geneva
Switzerland
Zurich
Switzerland
Kyiv
Ukraine
Lviv
Ukraine
Odesa
Ukraine
Dubai
United Arab Emirates
Birmingham
United Kingdom
Edinburgh
United Kingdom
London
United Kingdom
Manchester
United Kingdom
Rome (Vatican-adjacent)
Vatican City
Vatican City
Vatican City
Training Outlines
Introduction
Time series forecasting is a critical component in various industries, helping organizations make informed decisions by predicting future trends based on historical data. This course is designed to provide participants with an in-depth understanding of time series analysis using machine learning techniques. Through practical examples and exercises, participants will gain hands-on experience in implementing forecasting models, evaluating their effectiveness, and applying them to real-world scenarios.
Objectives
- Understand the fundamentals of time series data and its characteristics.
- Explore different machine learning algorithms for time series forecasting.
- Learn how to preprocess and analyze time series data effectively.
- Implement and evaluate different forecasting models using Python.
- Apply forecasting models to practical case studies and projects.
Course Outlines
Day 1: Introduction to Time Series Forecasting
- Definition and importance of time series forecasting.
- Key components of time series data: trend, seasonality, and noise.
- Overview of time series data formats and sources.
- Introduction to basic statistical methods for time series analysis.
- Hands-on session: Exploring time series datasets using Python.
Day 2: Machine Learning Algorithms for Time Series
- Review of traditional statistical methods vs. machine learning approaches.
- Introduction to supervised machine learning techniques for forecasting.
- Exploring tree-based models: Decision Trees, Random Forests, and XGBoost.
- Understanding neural networks for time series forecasting: RNN, LSTM, and GRU.
- Practical exercise: Implementing tree-based models for forecasting.
Day 3: Preprocessing and Feature Engineering
- Data cleaning and handling missing values in time series data.
- Transformations for stationarity and differencing techniques.
- Generating lag features and window functions for time series data.
- Feature selection and dimensionality reduction.
- Hands-on session: Preprocessing and feature engineering using Python libraries.
Day 4: Model Selection and Evaluation
- Criteria for choosing the right forecasting model.
- Cross-validation techniques for time series data.
- Evaluating model performance using error metrics (RMSE, MAE, MAPE).
- Comparing machine learning models with traditional approaches.
- Practical exercise: Model tuning and evaluation.
Day 5: Advanced Topics and Real-World Applications
- Exploration of ensemble methods for improved forecasting.
- Introduction to deep learning frameworks: TensorFlow and PyTorch.
- Case studies of time series forecasting in various industries.
- Developing a complete forecasting solution: From data to deployment.
- Capstone project: Building and deploying a forecasting model.
Training Schedule
Below is the table of cities along with the respective dates for the upcoming training sessions of Time Series Forecasting with Machine Learning Methods Course. Please review the schedule to find the most convenient option for you. You can also use the below search bar to type the city name and filter the results.
| City | Start Date | End Date | Fees | Details |
|---|---|---|---|---|
| Select the Training Schedule tab to load 2572 sessions. | ||||
Related Courses
Advanced Deep Learning Architectures and Transformers
- One Week
- Confirmed
Advanced Hyperparameter Tuning and Model Selection
- One Week
- Confirmed
Adversarial Machine Learning and Model Robustness
- One Week
- Confirmed
AI and Human-Centered Design Essentials
- One Week
- Confirmed
AI Based Optimization and Heuristic Algorithms
- One Week
- Confirmed
AI Driven Predictive Maintenance and Asset Management
- One Week
- Confirmed
AI Ethics Governance and Responsible Innovation
- One Week
- Confirmed
AI for Internet of Things and Smart Devices
- One Week
- Confirmed