What are the responsibilities and job description for the Quantitative Engineer (Market Risk, Pricing) position at Open Systems Technologies?
Python Quantitative Engineer
*Seeking expert-level python quantitative engineers
*No Java. Pure python
*Heavy calculations experience
*Must have handled capital markets and market risk calculations
*Front office, pricing calculations
*Will not be running a calculation in a single box. Run massive pricing scale calculations in AWS grids
*Interview will be heavily pricing-oriented
Cloud HPC Engineer, Massive-Scale Pricing Engine
Python, Market Risk, Cloud/Grid Computing, Pricing, Distributed System Engineer
Key Responsibilities
Architect, build, and manage a massive-scale, distributed compute grid on public cloud platforms (AWS, GCP) for running financial pricing models.
Design and implement the orchestration layer responsible for distributing millions of pricing tasks efficiently across hundreds of thousands of CPU/GPU cores.
Deploy, manage, and version control a diverse library of quantitative pricing models, ensuring they run optimally in a distributed environment.
Obsessively monitor and optimize the performance, cost, and resource utilization of the cloud grid, driving continuous efficiency improvements.
Collaborate with quantitative development teams to seamlessly integrate new and updated pricing models into the production grid.
Engineer the data logistics to ensure that the correct market data, trade data, and model configurations are available for every calculation at runtime.
Ensure the pricing engine is highly available, resilient, and capable of meeting stringent recovery time objectives.
What We're Looking For
10 years of professional experience with a proven track record of designing, building, and running applications on massive-scale compute grids.
Expert-level, hands-on experience with at least one major public cloud provider (AWS or GCP), including their batch processing, container, and serverless offerings.
Deep expertise in containerization and orchestration technologies (Docker, Kubernetes).
Strong programming skills in languages common to high-performance computing, such as C and Python.
Prior experience in a similar role within the financial industry (e.g., running large-scale Monte Carlo simulations, VaR calculations, or XVA pricing grids) is highly desirable.
A degree in Computer Science, Engineering, or a related technical field.
A strong background in distributed systems, performance tuning, and infrastructure-as-code principles.
Exceptional problem-solving skills, with an ability to diagnose and resolve complex issues in a high-pressure, large-scale environment.
Excellent communication skills and the ability to work effectively with quantitative research, trading, and risk management teams.