Senior Software Engineer

BestEx Research is revolutionizing the $100 billion financial technology industry with their innovative approach to algorithmic trading solutions. As a Senior Software Engineer, you'll join a dynamic team of 20+ professionals working on their cutting-edge Algo Management System (AMS) platform. The role focuses on developing sophisticated execution algorithms and trading systems using C++17, making a direct impact on reducing trading costs for institutional investors.

The position offers an exceptional opportunity to work on challenging projects in a flat organizational structure with zero bureaucracy. You'll be developing critical components of their trading infrastructure, from core systems to execution algorithms and exchange connectivity. The company's technology stack includes C++ backend systems, research libraries in C++/Python and R, and modern web technologies for front-end platforms.

Located in their modern Bengaluru office on Outer Ring Road, you'll enjoy excellent amenities including a fitness center, free meals, and recreational facilities. The company prides itself on its meritocratic culture, collaborative environment, and nearly zero turnover rate. They offer competitive compensation packages with options for cash or hybrid cash-equity plans.

What sets this role apart is the exposure to diverse projects and growth opportunities that exceed similar positions elsewhere. You'll be working with top-tier clients while helping to shape an industry-defining product. The company's platform is already live for US equity and global futures trading, with plans for expansion across multiple asset classes globally.

This is an ideal opportunity for a senior engineer who wants to make a significant impact in financial technology while working with complex market structures and sophisticated trading systems. The role requires expert-level C++ knowledge and strong system design skills, offering the chance to work on everything from developing new asset class support to optimizing existing systems for performance.