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Executive Education
Faculty of Business, Economics and Informatics
Informatics

At a glance

Start September 2024
Duration ca. 3 months, 10 teaching days, final thesis
ECTS 10 ECTS
Cost CHF 8'900 incl. lecture notes
Language English
Method In-person lecture (Zurich)
Venue

Center for Continuing Education of the University of Zurich, Schaffhauserstrasse 228, 8057 Zurich (https://www.zwb.uzh.ch/en.html)

Department of Informatics, University of Zurich, Binzmühlestrasse 14, 8050 Zurich (https://www.ifi.uzh.ch)

Generative artificial intelligence (AI) is currently a growing field of research in which the University of Zurich is excellently represented in research and teaching and in which there is a high demand for further education. The Department of Informatics and the Department of Computational Linguistics  offer a Certificate of Advanced Studies (CAS) starting September 6, 2024. 

In this CAS, specialists with knowledge of computer science are to enable practitioners to recognize the potentials and limitations of generative AI in 10 course days (as well as a final thesis) and to use this knowledge for their work. The CAS is open to people with a Master's degree from a university who have knowledge of computer science.

Generative AI has made big waves due to its disruptive potential and now affects a wide range of disciplines. Key technologies for generative AI come from computer science and computational linguistics, and there is a great need for practical knowledge about the training, application and technical limitations of generative AI systems. At the same time, their success also raises ethical and legal questions, for example regarding the use of potentially proprietary training data.

Lecturers

Our lecturers are leading experts from research and industry with an excellent track record in research and teaching. Guest speakers from the industry also offer an insights into current challenges in the field of technology and management.

Target audience

The CAS in Generative AI enables experts from a broad and diverse range of backgrounds7to understand how generative AI can be used in their day-to-day work .Over 10 course days and a final thesis, participants will have the chance to learn the many potential applications of generative AI and its limitations.

The CAS is open to people with a university degree and an interest in computer science.

  • Computer scientists
  • Managers
  • Lawyers
  • Participants with a keen interest in newest technologies

Basic programming skills are required . If you do not have prior knowledge we will provide an introductory course on Python to know the basics. No prior knowledge on Machine learning is required.

Course content

  • Generative Language Models 
  • Generative AI Beyond Language
  • Management, Ethics, and Applications

Structure, assessment, and degree

Structure

The program is divided into three modules:

  • Generative Language Models (3 days) 
  • Generative AI beyond Language Models (3 days)
  • Management, Ethics, and Applications (4 days) 

A total of 10 ECTS are required in order to successfully complete the CAS.

Each module is worth 3 or 4 ECTS credits. An ECTS credit corresponds to a workload of around 30 hours. This comprises attendance time during the course days as well as preparatory and follow-up work.

Assessment

  • An assessment must be completed for each module.
  • For the third module, a written paper on a selected topic (on all topics covered during the entire course) must be completed. Literature research as well as case studies, evaluations and practical studies are possible. Participants opt for a topic during the course of the module following consultation with a lecturer. The work should comprise approximately 15 pages and be written in German or English.

Degree

A total of 10 ECTS are required in order to successfully complete the CAS and obtain a Certificate of Advanced Studies UZH in Generative AI.

Admission

University degree at bacherlor’s level or an equivalent qualification as well as basic knowledge in the fields of computer science. 

Basic programming skills are required . If you do not have prior knowledge we will provide an introductory course on Python to know the basics. No prior knowledge on Machine learning is required.

Costs

CHF 8'900.- including course documentation




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