CAS Machine Learning for Advanced Portfolio and Risk Management

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For applicants with a university degree

To be admitted to the certificate programme, applicants must meet the following criteria:

  • A degree (diploma, licentiate, bachelor's or master's) from a state-accredited university or a recognised predecessor institution.
  • At least 3 years of relevant professional experience at the time of application.
  • Alternatively, a comparable qualification and at least 5 years of professional experience

The programme director reserves the right to invite applicants for an interview and to request references.
 

For applicants without a university degree

Applicants without a university degree may be admitted if they fulfil the following:

  • A recognised tertiary-level B qualification (higher vocational education), such as a Federal Diploma of Higher Education (eidg. Fachausweis), Advanced Federal Diploma of Higher Education (eidg. Diplom), or a diploma from a college of higher education (HF).
  • At least 5 years of relevant professional experience following initial vocational training.
  • In exceptional cases, individuals with alternative qualifications may be admitted if their ability to participate can be demonstrated through other means
  • For applicants without a university degree, a formal admission interview is a mandatory part of the selection process.
     

Admissions are decided on by the Head of Program.

Beginn laufend
Studiendetails
Beschreibung

Artificial intelligence and machine learning are reshaping finance from portfolio construction to risk and algorithmic trading. Yet, experts who bridge theory and real-world use are few. Our CAS in Machine Learning for Portfolio and Risk Management closes that gap with practical, industry-focused training for finance professionals.

Objectives

After completing the programme, participants will be able to:

  • Develop, test, and validate machine learning models for investment strategies and risk management.
  • Apply data-driven approaches to portfolio optimisation.
  • Navigate regulatory, ethical, and technical challenges in ML projects.
  • Collaborate effectively across disciplines with data scientists, portfolio managers, and compliance professionals.

With its strong ties to the finance industry and close collaboration with leading experts, this CAS offers immediate value to practitioners looking to integrate machine learning into their workflows in a meaningful way. It stands out in the Swiss continuing education landscape and helps drive innovation in the financial sector.

Content

Module: Foundations of Machine Learning in Finance

Upon completing the programme, participants will:

  • Gain a solid foundation in Python as a tool for data analysis and financial application.
  • Understand the core principles of supervised and unsupervised learning, as well as feature engineering tailored to financial datasets.
  • Become familiar with key ML models for portfolio construction and risk management, including Markowitz optimisation and factor modelling.
  • Be aware of the importance of data quality, security, and regulatory compliance in financial applications.
  • Be equipped to design data-driven portfolio strategies and critically assess machine learning-based decision models.

Module: Advanced Machine Learning Applications

Upon completing the programme, participants will:

  • Be familiar with advanced ML techniques such as Lasso, SVMs, decision trees, and neural networks for financial applications.
  • Gain deep insights into ML-based risk models, including Value at Risk, stress testing, and anomaly detection.
  • Be able to design, backtest, and evaluate algorithmic trading strategies using relevant performance metrics.
  • Understand model validation techniques and how to stress-test and enhance the robustness of ML models.
  • Explore cutting-edge research topics, particularly Explainable AI (XAI), to improve model transparency and interpretability.
  • Benefit from an expanded professional network across finance, tech, and machine learning communities.
Abschluss

Certificate of Advanced Studies ZHAW in Machine Learning for Advanced Portfolio and Risk Management (12 ECTS)

Studienaufwand

13 course days over 5 months 

Zielgruppe

This programme is designed for:

  • Portfolio and risk managers aiming to develop or enhance data-driven models for portfolio construction and risk management.
  • Investment analysts and finance professionals looking to integrate machine learning into forecasting, risk assessment, and alpha generation.
  • Quants and data scientists with technical skills who want to deepen their understanding of ML applications in finance.
  • IT and tech specialists in financial institutions working on the implementation and optimisation of ML-driven systems in trading, investment, and risk.
  • Experienced business and strategy consultants seeking to better understand the potential of ML and AI in enabling data-informed decision-making within financial organisations.
  • Project leads managing innovative ML-based financial solutions who want to navigate the specific challenges of ML projects in finance and integrate them successfully into existing processes.
  • Finance and business professionals with a strong entrepreneurial mindset, looking to implement and scale AI/ML-driven strategies in their own organisations.
Weitere Angaben

The CAS can be completed on its own or as part of the MAS Innovation & Transformation for Financial Services. 

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Institut für Wealth & Asset Management
Website
https://www.zhaw.ch/de/sml/institute-zentren/iwa/
Beschreibung

Das Institut für Wealth & Asset Management (IWA) ist Partner verschiedener in- und ausländischer Institutionen in Forschung und Wirtschaft und leistet einen gezielten Beitrag zur Qualifikation von Fachleuten in der Finanzdienstleistungsbranche.

Im Rahmen unseres Auftrages in der akademischen Ausbildung bieten wir einen Bachelor und einen Master in Banking und Finance an. Fach- und Führungskräften steht zudem unser breites Weiterbildungsangebot zur Verfügung.

Unsere Forschungsschwerpunkte im Asset Management sind der durch Sustainable Finance ausgelöste Bedarf an Transparenz sowie Innovationen, die durch Machine Learning ermöglicht werden. Ein konkretes Beispiel ist unser BRIDGE Discovery-Projekt www.spatial-sustainable-finance.ch. Im Wealth Management liegt der Schwerpunkt auf den Geschäfts- und Kundenprozessen sowie neuen Servicemodellen und der Corporate Governance. Quantitative Finance und Data Sciences sind weitere Kernthemen. Die thematischen Schwerpunkte werden durch unsere drei Fachstellen abgedeckt.

Dieses CAS ist Bestandteil von folgenden MAS
Kontakt
Studienleitung

Dr. Marc Weibel & Eduardas Lazebnyj 
Head of the Program 


Kontakt

weiterbildung.iwa@zhaw.ch

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