Counterparty Credit Risk Python Developer, AVP

Company: Citigroup
Apply for the Counterparty Credit Risk Python Developer, AVP
Location: London
Job Description:

Overview

In this role you will develop and enhance Counterparty Credit Risk applications that power derivatives risk metrics. You will work within Citi’s Financial Risk Technology group to improve end-to-end calculation, testing, and deployment. You’ll collaborate with Quant and Technology teams to integrate models and drive performance, cloud adoption, and robust CI/CD processes. This is a hands-on position with exposure to high-performance computing and cross-functional programs. You will help shape risk analytics platforms used firm-wide and communicate results to senior stakeholders.

Responsibilities

  • Develop and maintain Counterparty Credit Risk applications
  • Enhance and support CI/CD processes (build, test, release management)
  • Optimize codebase for performance and cloud-based workflows
  • Expand and execute unit, regression, and integration tests with profiling
  • Create and maintain documentation for applications and processes
  • Collaborate with Quant and Technology teams to integrate models and new tech
  • Analyze complex issues and provide informed judgments on business and system processes
  • Act as SME for senior stakeholders and team members, exercising independent judgment

Key requirements

  • Python programming with systems analysis and application development
  • Unix shell scripting (bash, ksh) and Git version control
  • CI/CD experience (e.g., Jenkins)
  • Strong analytical and problem-solving skills with attention to detail
  • Experience with AWS cloud is a plus
  • Excellent English communication and collaboration in a large team
  • Ability to work under pressure, meet deadlines, and own tasks
  • Master’s degree or equivalent in computer science, mathematics, engineering, or physics
  • collaboration
  • strong communication
  • problem-solving
  • Python
  • Unix shell scripting
  • Git

Posted: September 14th, 2026