- Scope: 2h online training on Supervised Learning Techniques
- Level: All
- Format: Online
This training is available on demand. Please contact Rosina Preis via rosina.preis@eitmanufacturing.eu for further information.
€ 150,00
In stock
excl. 20% VAT
This training is available on demand. Please contact Rosina Preis via rosina.preis@eitmanufacturing.eu for further information.
In stock
Join our comprehensive exploration into the realm of supervised machine learning with our interactive online training “Mastering Machine Learning: A deep dive into Supervised Learning Techniques”. Take part in an insightful session where we unravel the intricacies of these powerful algorithms, empowering you to understand and apply them in real-world scenarios. Through a combination of theoretical concepts, practical demonstrations, and hands-on exercises, this online training is meticulously designed to enhance your understanding of supervised learning techniques. Immerse yourself in an interactive experience that will elevate your proficiency in leveraging these algorithms for predictive modelling.
This training is part of the learning path “Industrial Data Science” and may be combined with other sessions.
Main learning outcomes:
Who is this training for:
“Mastering Machine Learning: A deep dive into Supervised Learning Techniques” includes the following topics:
After the training, the course materials and training will be available on demand. For on-demand training and further information, please contact Rosina Preis via rosina.preis@eitmanufacturing.eu.
Traner 1: Dipl.-Ing. Linus Kohl
Linus Kohl works as a research associate at TU Wien and Project Manager at Fraunhofer Austria. He has experience in leading and managing research projects involving topics related to predictive and prescriptive maintenance, data analytics and developing novel machine learning solutions.
Trainer 2: Dipl.-Ing. Theresa Madreiter
Theresa Madreiter works as a research associate at TU Wien and Fraunhofer Austria. She has experience in leading and managing research projects. Her focus is on utilizing data for improved maintenance solutions, with a specialty in predictive maintenance and the analysis of unstructured data.