I hold a Master's degree in Financial and Actuarial Mathematics from the Vienna University of Technology (graduation with highest distinction) and have been working as a Quantitative Credit Risk Manager within an international banking group in Austria for more than 4 years. In 2020, I joined the National Bank of Austria as an Examiner for IRB credit risk models of significant financial institutions. I have excellent programming and database (Python, R, SAS, SQL, VBA) as well as statistical/mathematical skills and gained hands-on machine learning experience during various Data Science Hackathons (amongst others: Winner of the ‘Coding Challenge on Risk Management‘ hosted by the European Central Bank).
> Examiner - IRB Credit Risk Models (SI) at the National Bank of Austria (September 2020 - ongoing)
Analysis and validation of methods for assessing credit risk and quantifying default and loss estimates (PD/LGD/CCF)
Preparation of detailed assessment reports following inspection activities at supervised significant financial institutions
Acquisition of a profound knowledge of current regulatory standards (CRR, EBA GL on PD & LGD, RTS on AM, ECB Guide to IM)
Working on automation projects with an emphasis on risk differentiation and model calibration adequacy using R
> Quantitative Credit Risk Manager at ING in Austria (July 2016 - August 2020)
Development of the first machine-learning (XGBoost) based retail credit decision
model for consumer lending in Python within a close agile collaboration with the
global Advanced Analytics team, development of a challenger model using traditional
statistical methods (Logistic Regression), support of the successful validation of the
machine-learning model
Monitoring of various retail credit decision and behavioral probability of default
models working together with the global Model Validation Team, backtesting of
external rating models (CRIF, KSV, Credify)
Responsibility for the implementation of regulatory requirements (International
Financial Reporting Standard 9 and risk provisioning, Forbearance, New Definition of
Default) in SAS
Lead for the development of an autonomous automated credit risk reporting solution
from internal databases (raw bank data) via SAS/SQL, visual basic for applications and
non-personal accounts
Extensive support of other departments (Collections, Compliance, Finance, Fraud,
Non-Financial Risk, Operations) with an emphasis on data analytics and automation
Member of the local COVID-19-Taskforce, responsible for internal and external
payment holiday reporting, simulations on risk weighted assets and risk costs and
forecasts of the potential impacted portfolio
Regular direct reporting to the local Management Board and the local Credit Risk
Committee regarding various corporate and retail credit risk topics
Part of a small international team (’EUreka!’) working on (dynamic) web-scraping of various news websites and unsupervised machine learning for Natural Language Processing (clustering of similar/related articles using Latent Dirichlet Allocation)
Prediction of age and place of residence of customers from transaction data (ATM withdrawals); visualization of insights (customer mobility, adequacy of location of branches)
1st place in ‘Data Insights’
2nd place in ‘Model Performance’
Example: Motion profile of customers based on ATM withdrawals
Professional Training
> Financial Risk Management & Modeling
Development of PD and LGD/EAD models (Risk Research)