What You'll Do:
- Develop and improve performance-critical C++ applications, ensuring ultra-low latency and high throughput
- Collaborate with FPGA engineers, hardware specialists, and systems teams to push performance boundaries
- Analyze and resolve real-time system issues, improving the reliability and stability of our trading platforms
- Build tools to monitor, profile, and analyze the performance of systems at every level
What We’re Looking For:
- Bachelor's degree in Computer Science, Computer Engineering, or equivalent
- A minimum of 2+ years of professional C++ experience with a focus on high-performance applications
- Strong grasp of data structures, algorithms, and modern C++ practices (C++17/20)
- Experience and aptitude in multi-threaded programming and performance tuning
- Ability to analyze experimental results and optimize system performance
- Effective communication skills, with the ability to effectively engage both technical and non-technical stakeholders
- Most importantly: a drive to make things better
Top Skills
What We Do
The Wolverine companies comprise a number of diversified financial institutions specializing in proprietary trading, asset management, order execution services, and technology solutions. We are recognized as a market leader in derivatives valuation, trading, and value-added order execution across global equity, options, and futures markets.
Why Work With Us
At Wolverine, we've created a strong, collaborative environment with exceptional growth opportunities. Whether your interest is trading, technology, or operations, motivated and innovative individuals can find many pathways to success. Our flat organizational structure promotes teamwork across the Firm and offers easy access to senior staff.
Gallery
Wolverine Trading Offices
OnSite Workspace
We believe that some of our best work is done working alongside each other at our Chicago headquarters. Whether we are sharing a meal prepared by our in-house culinary team or whiteboarding problems, the opportunities to collaborate are endless.

