Overview
In this role, you lead the design, implementation, and refinement of liquidity forecasting and management models within Wise’s Treasury team. You’ll drive data-driven solutions to optimise liquidity usage across regions and products, collaborating with cross-functional partners to scale models and inform strategic decisions. You’ll tackle risk-aware forecasting, stress preparedness, and real-time liquidity insights, contributing to Wise’s mission to move money efficiently for customers worldwide. This is a hands-on, high-impact role with a clear hook in optimizing cash placement and risk across a multi-region product portfolio.
Pay / Benefits
- Stock options in a profitable company
- Hybrid working model
- Annual personal development budget
- Visa and relocation support
Responsibilities
- Develop supply and demand forecasts and embed them into real-time money movement processes across multi-region product portfolios
- Perform rigorous data analysis to improve liquidity efficiency and balance sufficiency with excess
- Collaborate with engineering to implement scalable models in the treasury backoffice
- Create bespoke models for stress events and new product launches
- Build models to understand liquidity consumption by products and translate risk scenarios into actionable insights
- Document and present model results and risk assessments to senior stakeholders and the Risk team
Key requirements
- Strong Python knowledge and ability to read and understand code
- Proven collaboration with engineers
- Experience with big data technologies (Hadoop, Spark)
- Familiarity with cloud platforms (AWS, GCP, Azure) and data warehousing
- Knowledge in statistics, machine learning, linear algebra, or optimisation
- Autonomous work style with a strong product mindset and cross-functional collaboration
- Good communication skills for non-technical audiences
- Problem-solving capabilities to refine statements and determine solutions
- cross-functional collaboration
- clear communication
- problem solving
- Python
- Hadoop
- Spark
…
