Credit Quant Strategist — Front-Office Analytics Lead (NY)

Deutsche Bank AG; New York (NY); Hybrid; USD 155,000 - 326,000; Full time

Benefits offered by this job

Diversity and inclusion

Health and wellbeing benefits

Retirement savings plans

Parental leave

Generous vacation

Employee Resource Groups

Educational resources

Job summary

Deutsche Bank's Credit Strats team in New York seeks an experienced Quantitative Strategist to develop pricing, risk and analytics solutions on the front office trading floor.

You will partner with Trading, Sales, Structuring and Technology to deliver scalable analytics and platform enhancements, transforming business needs into actionable insights.

The role emphasizes collaboration, mentoring juniors, and delivering business-driven innovations in a fast-paced environment.

Qualifications

• Strong quantitative, modelling, pricing and risk management skills in financial services.
• Experience developing trading applications and large-scale projects with Python; C++ and kdb+ are a plus.
• Understanding of front-office risk, P&L calculation, attribution, and risk drivers.

Responsibilities

• Collaborate with Trading, Structuring, Technology and Operations to drive the build-out of strategic analytics platforms.
• Analyze, design and develop business analytics tools and the firm’s strategic platform.
• Deliver innovative, quantitative solutions to support business decisions and performance.

Skills

Quantitative modelling

Pricing

Risk management

Python

C++

kdb+

Front-office P&L

AI tooling

Tools

Python

C++

kdb+

Job description

Deutsche Bank's Credit Strats team in New York seeks an experienced Quantitative Strategist to develop pricing, risk and analytics solutions on the front office trading floor.

You will partner with Trading, Sales, Structuring and Technology to deliver scalable analytics and platform enhancements, transforming business needs into actionable insights.

The role emphasizes collaboration, mentoring juniors, and delivering business-driven innovations in a fast-paced environment.