5 of 5 Software Optimisation Jobs

Senior Java Software Engineer - User Interfaces Location: Guildford, GU1 4QU Salary: Circa £50K - £85K per annum, DOE + Benefits, Bonus and Relocation Contract: Full time, Permanent Benefits: Competitive salary, Annual bonus, Private medical insurance, Membership fees to professional organisations, such as the IET or BCS, 8% employer pension contribution … Kaon's success is a result of the skills and effort of our engineering team which is made up of signal processing, acoustic, software and systems engineers. Due to our continued success, we are looking to expand our highly skilled engineering team. The Role: We are currently seeking ...

looking for a C++ software engineer to help us maximize the performance of GPU based processing within our systems. This includes tasks such as the efficient handling of real-time data streams, image processing and deep learning. Key Responsibilities Developing Algorithms in CUDA. Host Device system management (memory management … suitable GPU hardware. Communicate the opportunities and challenges of GPU solutions to non-technical colleagues. You would be working as part of our Software Engineering team and closely with our Machine Learning and Research teams. We have an informal and friendly company culture and a healthy work/life ...

Metaprogramming, Move Semantics, Custom Allocators and standard library intrinsics. Systems Engineering: Deep understanding of Linux internals, kernel bypass, memory management, SIMD, and hardware/software optimization ("close to the metal"). Concurrency: Proficiency in multi-threading, lock-free architectures, and distributed systems. Data structures and algorithms: Open-addressing, ring … buffers, heaps, price-time priority, spinlocks. The Challenge You will engineer high-throughput, low-latency data processing software and order book management systems. You must be capable of optimizing for nanosecond-level performance to compete against direct market competitors. The feedback loop is immediate. If your code is faster ...

Metaprogramming, Move Semantics, Custom Allocators and standard library intrinsics. Systems Engineering: Deep understanding of Linux internals, kernel bypass, memory management, SIMD, and hardware/software optimization ("close to the metal"). Concurrency: Proficiency in multi-threading, lock-free architectures, and distributed systems. Data structures and algorithms: Open-addressing, ring … buffers, heaps, price-time priority, spinlocks. The Challenge You will engineer high-throughput, low-latency data processing software and order book management systems. You must be capable of optimizing for nanosecond-level performance to compete against direct market competitors. The feedback loop is immediate. If your code is faster ...

Metaprogramming, Move Semantics, Custom Allocators and standard library intrinsics. Systems Engineering: Deep understanding of Linux internals, kernel bypass, memory management, SIMD, and hardware/software optimization (\"close to the metal\"). Concurrency: Proficiency in multi-threading, lock-free architectures, and distributed systems. Data structures and algorithms: Open-addressing, ring … buffers, heaps, price-time priority, spinlocks. The Challenge You will engineer high-throughput, low-latency data processing software and order book management systems. You must be capable of optimizing for nanosecond-level performance to compete against direct market competitors. The feedback loop is immediate. If your code is faster ...