Junior Software Engineer Low Latency Trading
Pubblicato il 17-08-2026 - Digital Wave Finance in Turbigo
About Us For over five years, we've been at the forefront of crypto trading, building the software that outpaces the market. We seek talent in Mathematics, Physics, and Computer Science to apply rigorous scientific and data-driven methods to financial markets. We continuously strive for perfection in every aspect of our research and engineering culture, where the better argument always wins over hierarchy. Our ambition goes far beyond cryptocurrency trading: we are here to dominate global markets, and we are here to win. What You Will Do We're looking for a Software Engineer who lives and breathes low-level programming and high-performance computing. You will work alongside researchers and engineers to build, improve, and maintain our low-latency, high-throughput trading infrastructure. From collecting quotes and trades from exchanges around the world in the most efficient way possible to tackling big-data challenges at scale, this role demands someone who is obsessed with performance, precision, and squeezing out every last microsecond. Location Zug,
Switzerland | Relocation support provided Requirements * Creativity, self-motivation, drive to perfection to solve challenging problems down to the nanosecond range * Excellent C/C++ design and programming skills * Must prove hands-on experiences working on big projects in C/C++ in a dynamic environment * Demonstration of active GitHub account (or similar proof) * Strong understanding of networking concepts (TCP, UDP, etc.) with low level networking knowledge preferred * Deep knowledge of algorithms, complexity, statistics and algebra * At least Master's Degree in Electrical/Computer Engineering, Computer Science, or a related area * Solid experience with scripting languages (Python, shell scripting, etc.) * Familiarity with cloud computing infrastructure (a plus) Benefits * Work where scientific thinking and engineering excellence drive decisions * A culture focused on continuous improvement and performance at the hig