Remote C++ Performance Engineer for Autonomous Systems

BairesDev; Chile; A distancia; CLP 111.317.000 - 166.976.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

100% remote

Hardware provided

Flexible hours

Parental leave

Descripción de la vacante

BairesDev is seeking a C++ Optimization Engineer to design and optimize high-performance algorithms for autonomous robotics systems. You will focus on latency reduction, resource efficiency, and system-wide tuning to ensure reliable operation in mission-critical environments.

You will profile complex software, identify bottlenecks, and implement micro-optimizations across CPU, memory, and hardware components, collaborating with cross-functional teams to productionize optimized components.

Formación

• 4+ years of software engineering experience focused on performance optimization or systems programming.
• Proven expertise in C++ development and algorithm design.
• Experience with memory management, threading, and hardware-specific bottlenecks.
• Strong background in large-scale autonomous systems or robotics environments.
• Advanced proficiency in English.

Responsabilidades

• Design and implement high-performance algorithms with a focus on low-latency and efficient resource utilization.
• Profile and analyze complex software systems to identify bottlenecks and areas for architectural optimization.
• Perform deep systems tuning and micro-optimizations across CPU, memory, and hardware components.
• Optimize pathfinding, solvers, and graph-based logic to enhance autonomous platform performance.
• Collaborate with cross-functional teams to productionize optimized components.
• Establish best practices for benchmarking and regression testing.

Conocimientos

C++ development

Performance optimization

Systems programming

Memory management

Threading

English

Descripción del empleo

BairesDev is seeking a C++ Optimization Engineer to design and optimize high-performance algorithms for autonomous robotics systems. You will focus on latency reduction, resource efficiency, and system-wide tuning to ensure reliable operation in mission-critical environments.

You will profile complex software, identify bottlenecks, and implement micro-optimizations across CPU, memory, and hardware components, collaborating with cross-functional teams to productionize optimized components.