Get more replies from employers
Send a job-specific resume in minutes.
Balyasny Asset Management seeks a Lead Engineer to shape the next generation of execution platforms. This hands-on technical leader thrives on solving complex engineering problems, driving projects from inception through delivery, and elevating the wider team through mentorship and technical leadership.
You will design high-performance trading algorithms, lead strategic initiatives, and coordinate across engineering, trading, and risk groups to ensure successful outcomes while advancing
Balyasny Asset Management (BAM) is a diversified global investment firm founded in 2001 by Dmitry Balyasny, Scott Schroeder, and Taylor O'Malley. With over $32 billion in assets under management, BAM employs more than 2,000 people across 23 offices in the U.S. and Canada, Europe, the Middle East, and Asia. The firm’s investment teams span five strategies, including Equities Long/Short, Fixed Income & Macro, Commodities, Multi-Asset Arbitrage, and Systematic. Balyasny’s mission is to deliver to its investors absolute, uncorrelated returns in all market environments.
The Execution Technology team at Balyasny sets the standard for innovative, effective, and user-centric technologies that empower our Investment and Business divisions to achieve breakthrough performance. BAM's Execution Technology team builds microsecond-aware systems that sit at the core of our business. Our platforms support large-scale transaction flows with microsecond latency and high fault tolerance.
As ambassadors of leading-edge design and engineering, we are looking for a Lead Engineer to help shape the next generation of execution platforms. This role is suited to a hands-on technical leader who thrives on solving complex engineering problems, driving projects from inception through delivery, and elevating the capability of the wider team through mentorship and technical leadership.
We are looking for candidates who share a passion for tackling complexity and building platforms that can scale through multiple orders of magnitude.