Software Engineer - High-Impact Quant Platform (On-Site NY)

Revive IT Recruitment; New York (NY); Vor Ort; USD 140.000 - 230.000; Vollzeit

Zusammenfassung

Global Quantitative Investment Firm is seeking a Software Engineer to design, build, and operate distributed systems powering investment research and execution platforms. This on-site role in New York offers ownership of critical components used by researchers, traders, and engineers to scale across global markets.

You will work on high-performance systems, research platforms, and backtesting engines, collaborating with quantitative teams to deploy new ideas and ensure reliability and

Qualifikationen

• Strong fundamentals in system design, algorithms, and data structures.
• Proficiency in Python, Java, C++, C#, Go, or Rust.

Aufgaben

• Design, build, and maintain large-scale software systems used across the investment lifecycle.
• Develop high-performance trading and execution platforms.
• Build research platforms and backtesting engines that enable quantitative research teams to test and deploy new ideas.
• Create scalable data pipelines that process and analyse massive datasets.
• Develop distributed computing infrastructure to support complex modelling and analytics workloads.
• Partner closely with Quant Researchers, Quant Developers, and Portfolio Managers to solve technical problems.
• Continuously improve system reliability, performance, scalability, and developer productivity.

Kenntnisse

Python

Java

C++

C#

Go

Rust

Tools

Databases

Distributed systems

Jobbeschreibung

Global Quantitative Investment Firm is seeking a Software Engineer to design, build, and operate distributed systems powering investment research and execution platforms. This on-site role in New York offers ownership of critical components used by researchers, traders, and engineers to scale across global markets.

You will work on high-performance systems, research platforms, and backtesting engines, collaborating with quantitative teams to deploy new ideas and ensure reliability and