Professional Profile
Finance and risk analyst with an MSc in Finance and Economics (Risk Management) from the University of Luxembourg and hands-on Luxembourg fund-industry experience supporting impact funds and UCITS/AIF vehicles. Experienced in fund data controls, NAV and exposure analytics, CSSF/AIFMD reporting, valuation, market and credit risk, and portfolio analysis. Combines financial analysis with Python, SQL, Excel/VBA, Bloomberg and Power BI to automate reporting and turn complex data into decision-ready insights.
Core Expertise
Valuation & Modelling
DCF, comparable companies, precedent transactions, LBO logic, WACC, terminal value, calibration, scenario and sensitivity analysis.
Risk & Portfolio Analytics
VaR, Expected Shortfall, EWMA/GARCH volatility, stress testing, credit risk, Monte Carlo simulation and portfolio optimisation.
Funds & Regulatory Reporting
NAV monitoring, exposure and KPI reporting, data validation, reconciliation, audit trails, AIFMD/UCITS and CSSF workflows.
Professional Experience
Fund Data & Analytics Consultant | Innpact, Luxembourg
02/2025 - 07/2025
Impact-finance advisory firm supporting impact funds and UCITS/AIF vehicles.
- Built end-to-end Python ETL pipelines using pandas, SQL and openpyxl to automate fund data ingestion, validation and reconciliation across multiple impact funds, reducing recurring reporting turnaround by approximately 60%.
- Designed standardised web-based intake forms to replace ad-hoc spreadsheet exchanges, reducing data-entry errors and improving auditability for CSSF reporting workflows.
- Built and maintained dashboards used by the fund management team for NAV monitoring, exposure analysis and KPI reporting.
- Reconciled and re-modelled legacy Excel/VBA datasets and documented control procedures, enabling maintainable handover to non-technical users.
Doctoral Researcher | University of Luxembourg
01/2019 - 02/2021
- Performed quantitative modelling and finite-element analysis of complex engineering systems, translating numerical results into peer-reviewed research.
- Automated ABAQUS simulation workflows in Python for large parametric studies, reducing experiment setup from hours to minutes and improving reproducibility.
Analytical & Technical Toolkit