25 of 25 Memory Management Jobs in the South West

more: Java/Python/C Rust/Go Strong preference for Java for control-plane/services. Strong systems design skills: concurrency, memory management, performance tuning, API design, and distributed systems fundamentals. Experience with DevOps at scale: CI/CD, automated testing, canarying, rollout/rollback ...

more: Java/Python/C Rust/Go Strong preference for Java for control-plane/services. Strong systems design skills: concurrency, memory management, performance tuning, API design, and distributed systems fundamentals. Experience with DevOps at scale: CI/CD, automated testing, canarying, rollout/rollback ...

more: Java/Python/C Rust/Go Strong preference for Java for control-plane/services. Strong systems design skills: concurrency, memory management, performance tuning, API design, and distributed systems fundamentals. Experience with DevOps at scale: CI/CD, automated testing, canarying, rollout/rollback ...

more: Java/Python/C Rust/Go Strong preference for Java for control-plane/services. Strong systems design skills: concurrency, memory management, performance tuning, API design, and distributed systems fundamentals. Experience with DevOps at scale: CI/CD, automated testing, canarying, rollout/rollback ...

more: Java/Python/C Rust/Go Strong preference for Java for control-plane/services. Strong systems design skills: concurrency, memory management, performance tuning, API design, and distributed systems fundamentals. Experience with DevOps at scale: CI/CD, automated testing, canarying, rollout/rollback ...

more: Java/Python/C Rust/Go Strong preference for Java for control-plane/services. Strong systems design skills: concurrency, memory management, performance tuning, API design, and distributed systems fundamentals. Experience with DevOps at scale: CI/CD, automated testing, canarying, rollout/rollback ...

more: Java/Python/C Rust/Go (strong preference for Java for control-plane/services). Deep systems design expertise: concurrency, memory management, performance tuning, API design, consistency models, and distributed systems fundamentals. Proven DevOps leadership at scale: CI/CD, automated testing, canarying, rollout ...

more: Java/Python/C Rust/Go (strong preference for Java for control-plane/services). Deep systems design expertise: concurrency, memory management, performance tuning, API design, consistency models, and distributed systems fundamentals. Proven DevOps leadership at scale: CI/CD, automated testing, canarying, rollout ...

more: Java/Python/C Rust/Go (strong preference for Java for control-plane/services). Deep systems design expertise: concurrency, memory management, performance tuning, API design, consistency models, and distributed systems fundamentals. Proven DevOps leadership at scale: CI/CD, automated testing, canarying, rollout ...

more: Java/Python/C Rust/Go (strong preference for Java for control-plane/services). Deep systems design expertise: concurrency, memory management, performance tuning, API design, consistency models, and distributed systems fundamentals. Proven DevOps leadership at scale: CI/CD, automated testing, canarying, rollout ...

more: Java/Python/C Rust/Go (strong preference for Java for control-plane/services). Deep systems design expertise: concurrency, memory management, performance tuning, API design, consistency models, and distributed systems fundamentals. Proven DevOps leadership at scale: CI/CD, automated testing, canarying, rollout ...

more: Java/Python/C Rust/Go (strong preference for Java for control-plane/services). Deep systems design expertise: concurrency, memory management, performance tuning, API design, consistency models, and distributed systems fundamentals. Proven DevOps leadership at scale: CI/CD, automated testing, canarying, rollout ...

control and internal routing logic. The platform processes heavy market data flows and fast changing state across both live and historical workloads, so efficient memory management, intelligent data structures and tight control of latency are essential. Significant investment is now reshaping this architecture into a modern, service-oriented ...

system components. Collaborate with FPGA engineers and hardware teams to integrate hardware and software pathways. Profile and fine-tune performance across CPU, cache, and memory layers, ensuring maximum efficiency. Contribute to the evolution of a high-throughput, front-office tech stack. What We're Looking For 5+ years … experience in performance-critical C++ (C++17 or newer). Strong expertise in systems programming, memory management, and CPU architectures. Deep knowledge of Linux internals, kernel parameters, and low-level profiling. Passion for high-performance computing, networking, and hardware-software optimization. Experience in systematic trading, HFT, or quantitative environments ...

system components. Collaborate with FPGA engineers and hardware teams to integrate hardware and software pathways. Profile and fine-tune performance across CPU, cache, and memory layers, ensuring maximum efficiency. Contribute to the evolution of a high-throughput, front-office tech stack. What We're Looking For 5+ years … experience in performance-critical C++ (C++17 or newer). Strong expertise in systems programming, memory management, and CPU architectures. Deep knowledge of Linux internals, kernel parameters, and low-level profiling. Passion for high-performance computing, networking, and hardware-software optimization. Experience in systematic trading, HFT, or quantitative environments ...

system components. Collaborate with FPGA engineers and hardware teams to integrate hardware and software pathways. Profile and fine-tune performance across CPU, cache, and memory layers, ensuring maximum efficiency. Contribute to the evolution of a high-throughput, front-office tech stack. What We're Looking For 5+ years … experience in performance-critical C++ (C++17 or newer). Strong expertise in systems programming, memory management, and CPU architectures. Deep knowledge of Linux internals, kernel parameters, and low-level profiling. Passion for high-performance computing, networking, and hardware-software optimization. Experience in systematic trading, HFT, or quantitative environments ...

system components. Collaborate with FPGA engineers and hardware teams to integrate hardware and software pathways. Profile and fine-tune performance across CPU, cache, and memory layers, ensuring maximum efficiency. Contribute to the evolution of a high-throughput, front-office tech stack. What We're Looking For 5+ years … experience in performance-critical C++ (C++17 or newer). Strong expertise in systems programming, memory management, and CPU architectures. Deep knowledge of Linux internals, kernel parameters, and low-level profiling. Passion for high-performance computing, networking, and hardware-software optimization. Experience in systematic trading, HFT, or quantitative environments ...

system components. Collaborate with FPGA engineers and hardware teams to integrate hardware and software pathways. Profile and fine-tune performance across CPU, cache, and memory layers, ensuring maximum efficiency. Contribute to the evolution of a high-throughput, front-office tech stack. What We're Looking For 5+ years … experience in performance-critical C++ (C++17 or newer). Strong expertise in systems programming, memory management, and CPU architectures. Deep knowledge of Linux internals, kernel parameters, and low-level profiling. Passion for high-performance computing, networking, and hardware-software optimization. Experience in systematic trading, HFT, or quantitative environments ...

system components. Collaborate with FPGA engineers and hardware teams to integrate hardware and software pathways. Profile and fine-tune performance across CPU, cache, and memory layers, ensuring maximum efficiency. Contribute to the evolution of a high-throughput, front-office tech stack. What We're Looking For 5+ years … experience in performance-critical C++ (C++17 or newer). Strong expertise in systems programming, memory management, and CPU architectures. Deep knowledge of Linux internals, kernel parameters, and low-level profiling. Passion for high-performance computing, networking, and hardware-software optimization. Experience in systematic trading, HFT, or quantitative environments ...

tactics Familiarity with key agentic patterns and protocols such as A2A (agent-to-agent communication), MCP (Model Context Protocol), RAG (Retrieval-Augmented Generation), memory management, and context management. Ability to design effective interaction patterns between agents, tools, and users. Cross-functional collaboration Ability to work with engineers ...

tactics Familiarity with key agentic patterns and protocols such as A2A (agent-to-agent communication), MCP (Model Context Protocol), RAG (Retrieval-Augmented Generation), memory management, and context management. Ability to design effective interaction patterns between agents, tools, and users. Cross-functional collaboration Ability to work with engineers ...

tactics Familiarity with key agentic patterns and protocols such as A2A (agent-to-agent communication), MCP (Model Context Protocol), RAG (Retrieval-Augmented Generation), memory management, and context management. Ability to design effective interaction patterns between agents, tools, and users. Cross-functional collaboration Ability to work with engineers ...

tactics Familiarity with key agentic patterns and protocols such as A2A (agent-to-agent communication), MCP (Model Context Protocol), RAG (Retrieval-Augmented Generation), memory management, and context management. Ability to design effective interaction patterns between agents, tools, and users. Cross-functional collaboration Ability to work with engineers ...

tactics Familiarity with key agentic patterns and protocols such as A2A (agent-to-agent communication), MCP (Model Context Protocol), RAG (Retrieval-Augmented Generation), memory management, and context management. Ability to design effective interaction patterns between agents, tools, and users. Cross-functional collaboration Ability to work with engineers ...

tactics Familiarity with key agentic patterns and protocols such as A2A (agent-to-agent communication), MCP (Model Context Protocol), RAG (Retrieval-Augmented Generation), memory management, and context management. Ability to design effective interaction patterns between agents, tools, and users. Cross-functional collaboration Ability to work with engineers ...