26 to 50 of 58 Memory Management Jobs

OpenGL or DirectX Understanding of computer graphics pipelines and modern mobile GPU architectures Expert proficiency in C and C++ programming languages System level performance analysis and strong OS fundamentals (memory management, multithreading/synchronization, user/kernel mode interaction) Excellent communication and team work skills, with a results-oriented attitude Proficiency in problem solving and debugging Desirable Skills More ❯

OpenGL or DirectX Understanding of computer graphics pipelines and modern mobile GPU architectures Expert proficiency in C and C++ programming languages System level performance analysis and strong OS fundamentals (memory management, multithreading/synchronization, user/kernel mode interaction) Excellent communication and team work skills, with a results-oriented attitude Proficiency in problem solving and debugging Desirable Skills More ❯

limited environments Debugging across layers: device logs, serial traces, signal timing, and hardware behaviour Building automated test rigs and simulation tools to catch bugs early Optimising code for performance, memory, and reliability at the edge Tech you might use or encounter: Python (asyncio, multiprocessing, struct, ctypes, pytest) Linux (systemd, udev rules, shell scripting, device trees) Microcontrollers and SBCs (Raspberry … environments Confident with low-level comms, device integration, and hardware abstraction Knows how to debug flaky hardware, noisy signals, and time-sensitive code Understands performance trade-offs, concurrency, and memory management Bonus if you’ve worked on robotics, IoT, industrial control, or real-time systems Comfortable owning problems end to end, from code to field deployment Why join More ❯

limited environments Debugging across layers: device logs, serial traces, signal timing, and hardware behaviour Building automated test rigs and simulation tools to catch bugs early Optimising code for performance, memory, and reliability at the edge Tech you might use or encounter: Python (asyncio, multiprocessing, struct, ctypes, pytest) Linux (systemd, udev rules, shell scripting, device trees) Microcontrollers and SBCs (Raspberry … environments Confident with low-level comms, device integration, and hardware abstraction Knows how to debug flaky hardware, noisy signals, and time-sensitive code Understands performance trade-offs, concurrency, and memory management Bonus if you’ve worked on robotics, IoT, industrial control, or real-time systems Comfortable owning problems end to end, from code to field deployment Why join More ❯

limited environments Debugging across layers: device logs, serial traces, signal timing, and hardware behaviour Building automated test rigs and simulation tools to catch bugs early Optimising code for performance, memory, and reliability at the edge Tech you might use or encounter: Python (asyncio, multiprocessing, struct, ctypes, pytest) Linux (systemd, udev rules, shell scripting, device trees) Microcontrollers and SBCs (Raspberry … environments Confident with low-level comms, device integration, and hardware abstraction Knows how to debug flaky hardware, noisy signals, and time-sensitive code Understands performance trade-offs, concurrency, and memory management Bonus if you’ve worked on robotics, IoT, industrial control, or real-time systems Comfortable owning problems end to end, from code to field deployment Why join More ❯

limited environments Debugging across layers: device logs, serial traces, signal timing, and hardware behaviour Building automated test rigs and simulation tools to catch bugs early Optimising code for performance, memory, and reliability at the edge Tech you might use or encounter: Python (asyncio, multiprocessing, struct, ctypes, pytest) Linux (systemd, udev rules, shell scripting, device trees) Microcontrollers and SBCs (Raspberry … environments Confident with low-level comms, device integration, and hardware abstraction Knows how to debug flaky hardware, noisy signals, and time-sensitive code Understands performance trade-offs, concurrency, and memory management Bonus if you’ve worked on robotics, IoT, industrial control, or real-time systems Comfortable owning problems end to end, from code to field deployment Why join More ❯

limited environments Debugging across layers: device logs, serial traces, signal timing, and hardware behaviour Building automated test rigs and simulation tools to catch bugs early Optimising code for performance, memory, and reliability at the edge Tech you might use or encounter: Python (asyncio, multiprocessing, struct, ctypes, pytest) Linux (systemd, udev rules, shell scripting, device trees) Microcontrollers and SBCs (Raspberry … environments Confident with low-level comms, device integration, and hardware abstraction Knows how to debug flaky hardware, noisy signals, and time-sensitive code Understands performance trade-offs, concurrency, and memory management Bonus if you’ve worked on robotics, IoT, industrial control, or real-time systems Comfortable owning problems end to end, from code to field deployment Why join More ❯

programming Good understanding of OOPS concepts Strong knowledge and hands-on experience in SQL, Unix shell scripting Strong knowledge in RESTful APIs, Data structures, Algorithms, Collections, Multi-threading and memory management and concurrency Preferred Qualifications: Sound knowledge of software engineering design patterns and practices Experience in Big data ecosystem using Hadoop, Spark, Scala using Python packages and libraries More ❯

and automotive-specific APIs. Knowledge in working with production quality software and tools, and Android Testing Frameworks. Experience in automated tests, documentation and continuous integration. Experience in performance optimization, memory management and hardware optimization. Why work through Contechs? Contechs is a leading Automotive, Design, Engineering, Technology and Innovation Recruitment Consultancy. Founded in 1997, with an inhouse Contractor Care More ❯

signal generation to system optimization. What We’re Looking For Proficiency in modern C++ (17+) with a focus on performance-critical applications. Deep understanding of CPU architecture, cache optimization, memory management, and instruction pipelines . Exposure to Linux kernel-level programming and tuning . Solid knowledge of TCP/IP networking and experience building high-throughput, low-latency More ❯

signal generation to system optimization. What We’re Looking For Proficiency in modern C++ (17+) with a focus on performance-critical applications. Deep understanding of CPU architecture, cache optimization, memory management, and instruction pipelines . Exposure to Linux kernel-level programming and tuning . Solid knowledge of TCP/IP networking and experience building high-throughput, low-latency More ❯

signal generation to system optimization. What We’re Looking For Proficiency in modern C++ (17+) with a focus on performance-critical applications. Deep understanding of CPU architecture, cache optimization, memory management, and instruction pipelines . Exposure to Linux kernel-level programming and tuning . Solid knowledge of TCP/IP networking and experience building high-throughput, low-latency More ❯

signal generation to system optimization. What We’re Looking For Proficiency in modern C++ (17+) with a focus on performance-critical applications. Deep understanding of CPU architecture, cache optimization, memory management, and instruction pipelines . Exposure to Linux kernel-level programming and tuning . Solid knowledge of TCP/IP networking and experience building high-throughput, low-latency More ❯

signal generation to system optimization. What We’re Looking For Proficiency in modern C++ (17+) with a focus on performance-critical applications. Deep understanding of CPU architecture, cache optimization, memory management, and instruction pipelines . Exposure to Linux kernel-level programming and tuning . Solid knowledge of TCP/IP networking and experience building high-throughput, low-latency More ❯

via WebSockets, gRPC, or similar protocols. ? Proficiency in translating high-fidelity designs (e.g., Figma, Sketch) into beautiful, performant, and maintainable code. ? A strong understanding of Android UI performance optimization, memory management, and threading models. ? Experience with the full mobile development lifecycle, from ideation and prototyping to testing, release, and maintenance. Preferred Qualifications ? Advanced UI/UX & Conversational AI More ❯

in Swift Creating clean, modern UIs with SwiftUI Applying SOLID principles to write scalable, maintainable code Working with RESTful APIs to integrate app functionality Ensuring apps perform smoothly through memory management, multi-threading, and performance optimisation Collaborating with cross-functional teams on exciting projects Nice to have: experience with Android development (Kotlin) Our client offers a vibrant office More ❯

in Swift Creating clean, modern UIs with SwiftUI Applying SOLID principles to write scalable, maintainable code Working with RESTful APIs to integrate app functionality Ensuring apps perform smoothly through memory management, multi-threading, and performance optimisation Collaborating with cross-functional teams on exciting projects Nice to have: experience with Android development (Kotlin) Our client offers a vibrant office More ❯

programming (OpenGL, CUDA, Vulkan), PyTorch/TensorFlow, and real-time engines (Unity/Unreal). Solid grasp of optimization, linear algebra, computer vision, and numerical methods. Skilled in multithreading, memory management, and profiling for high-performance applications. More ❯

programming (OpenGL, CUDA, Vulkan), PyTorch/TensorFlow, and real-time engines (Unity/Unreal). Solid grasp of optimization, linear algebra, computer vision, and numerical methods. Skilled in multithreading, memory management, and profiling for high-performance applications. If this sounds of interest, please apply here or reach out to daniel@microtech-global.com More ❯

programming (OpenGL, CUDA, Vulkan), PyTorch/TensorFlow, and real-time engines (Unity/Unreal). Solid grasp of optimization, linear algebra, computer vision, and numerical methods. Skilled in multithreading, memory management, and profiling for high-performance applications. If this sounds of interest, please apply here or reach out to daniel@microtech-global.com More ❯

programming (OpenGL, CUDA, Vulkan), PyTorch/TensorFlow, and real-time engines (Unity/Unreal). Solid grasp of optimization, linear algebra, computer vision, and numerical methods. Skilled in multithreading, memory management, and profiling for high-performance applications. If this sounds of interest, please apply here or reach out to daniel@microtech-global.com More ❯

programming (OpenGL, CUDA, Vulkan), PyTorch/TensorFlow, and real-time engines (Unity/Unreal). Solid grasp of optimization, linear algebra, computer vision, and numerical methods. Skilled in multithreading, memory management, and profiling for high-performance applications. If this sounds of interest, please apply here or reach out to daniel@microtech-global.com More ❯

programming (OpenGL, CUDA, Vulkan), PyTorch/TensorFlow, and real-time engines (Unity/Unreal). Solid grasp of optimization, linear algebra, computer vision, and numerical methods. Skilled in multithreading, memory management, and profiling for high-performance applications. If this sounds of interest, please apply here or reach out to daniel@microtech-global.com More ❯

OpenGL. Strong understanding of computer graphics pipelines and modern GPU architectures. Expert-level proficiency in C and C++ programming languages. System-level performance analysis skills and strong OS fundamentals (memory management, multithreading). Desirable Skills Experience of SKIA graphics library. Experience designing and implementing GPU shader algorithms. Experience working on GPU Drivers. Experience working with ARM 64-bit More ❯

bottlenecks using Nsight, CUPTI, and custom tooling. Working with C++ engineers and ML researchers to deliver scalable AI computation pipelines. Contributing to architecture decisions on parallelisation, data transfer, and memory efficiency. What We’re Looking For Deep experience with CUDA C/C++ and modern C++ (17/20) . Strong understanding of GPU architecture, memory management More ❯