Top C++ Jobs in Austin, TX

The FPGA Engineer at Optiver will design and develop high-speed hardware systems for trading, collaborating with traders and software developers. Responsibilities include researching low-latency techniques, managing vendor relationships, and ensuring FPGAs integrate with advanced server hardware. The role demands proficiency in several hardware description languages and design methodologies.

The Senior Software Engineer will lead large technical projects, set the vision for trading infrastructure, and collaborate with traders and engineers. Responsibilities include designing, developing, and maintaining trading systems while adhering to coding and architectural standards. The role emphasizes a deep understanding of trading mechanics, innovative thinking, and continuous improvement in a fast-paced environment.

As a Junior FPGA Engineer at Optiver, you will design, code, test, and verify FPGA and ASIC hardware systems that enhance trading infrastructure. You'll collaborate with traders and software developers to integrate cutting-edge technology into trading systems while managing vendor relationships and researching low-latency techniques.

As a Software Engineer, you will design, develop, support, and maintain trading systems, collaborating with traders and risk analysts. Your role involves understanding trading theory and applying clean code practices to create efficient trading platforms.

The Site Reliability Engineer will collaborate with cross-functional teams to ensure operational efficiency, solve hardware and software problems, and build robust infrastructure. Responsibilities include system monitoring, automation of processes, and driving software engineering best practices across the company.

As a Software Engineer in Robotics, you will write software for surgical robots emphasizing reliability and precision. The role includes hands-on engineering work and requires strong coding skills in system languages, particularly in a Linux environment. You will collaborate with experts to develop future brain-computer interfaces, focusing on high-reliability systems.

The Digital IC Design Engineer will focus on delivering micro-architecture and RTL implementation of low-power digital signal processors and hardware accelerators for brain-computer interfaces. Responsibilities include hardware/software interface design, complex system modeling, energy profiling, and collaboration with verification teams.

The Senior Software Engineer will develop middleware infrastructure and core software tooling for autonomous forklifts, collaborating with teams to optimize software interfaces and promote engineering excellence.