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About the Role Our client is seeking an enthusiastic and highly motivated Senior Laser Process Engineer (m/f/d) to join this cutting-edge environment. This position bridges advanced laser technology and high-impact industrial applications. It combines deep expertise in laser micromachining with the strategic vision required to drive adoption of innovative processes across key product lines. The role involves pioneering new laser processes in the laboratory while shaping their strategic application to solve complex manufacturing challenges. You will work closely with management and technical teams, influencing application development, guiding technology introduction strategies, and mentoring colleagues. The scope ranges from hands-on laboratory experimentation to building strong external partnerships. Main Responsibilities Research and develop advanced laser process technologies for future product manufacturing, driving customised mass-production solutions Overcome technical limitations and demonstrate foundational processes for advanced applications, including: Precision laser welding (non-metal materials) Micrometer-scale drilling and cutting (ceramics and crystals) Embedding structures within materials (e.g., glass) Maximise utilisation of internal laser platform capabilities such as UKP laser, advanced beam steering, multi-beam scanning and beam shaping Develop and implement advanced laser process control solutions in collaboration with R&amp;D institutes and third-party partners Drive the development of a multi-scale laser process simulation platform Scout the global ecosystem and remain at the forefront of ultra-precision laser material processing Requirements PhD in Mechanical Engineering, Physics, or a related field Minimum 5 years’ experience in a scientific or research-driven environment with proven expertise in femtosecond (fs) laser processing Demonstrated success in customised equipment development for advanced laser processes Experience working effectively within multicultural and interdisciplinary teams Highly structured, pragmatic and target-focused work style with strong self-management skills

Senior Laser Process Engineer

? We are seeking a highly experienced GPU architect to lead the definition and execution of next-generation mobile GPU architecture, while driving architectural convergence between GPU and NPU toward a coherent xPU sub-system design. This role requires deep expertise in GPU microarchitecture, strong system-level architectural capability, including both hardware and software, and a thorough understanding in graphics and AI common workload. A proven track record of delivering related sub-system IP or complex SoC silicon is highly desirable. The successful candidate will lead the effort in shaping a converged xPU architecture native for future AI compute, optimised for performance, power efficiency, and silicon area in the next generation mobile compute platforms. Key Responsibilities: xPU Converged Architecture Design Based on 1st order principle, analyse and characterise future mobile graphics and AI workload, redefine an xPU (GPU &amp; NPU) converged architecture, including hardware and software, from the ground up that is optimal for future applications. Ensure compatibility or easy transition from the old architecture. Define unified or partially unified execution resources (vector, scalar, tensor units) Develop shared scheduling and workload dispatch mechanisms for graphics and AI Design resource sharing and isolation strategies under mixed workloads Evaluate architectural trade-offs between dedicated and converged compute blocks Mobile GPU Architecture Leadership Ensure the timely delivery of next-generation mobile GPU architecture and long-term roadmap Lead evolution of shader cores, execution pipelines, and cache hierarchy Drive performance, power efficiency (Perf/W), and area efficiency (Perf/mm²) Provide architectural leadership from concept phase through tape-out Memory &amp; Interconnect Architecture Define a memory hierarchy strategy for converged GPU/NPU workloads The architect shared cache structures and bandwidth arbitration policies Optimise on-chip interconnect for heterogeneous compute traffic Reduce data movement overhead across compute domains System-Level Architecture Collaboration Collaborate with CPU, AI software, runtime, and system architecture teams Participate in SoC-level power, thermal, and floorplanning trade-offs Align hardware architecture with graphics APIs and AI frameworks Support performance modelling, workload characterisation, and silicon bring-up Required: 15+ years of experience in GPU, AI accelerator, or heterogeneous compute architecture Deep understanding of GPU microarchitecture (SIMD/SIMT, scheduling, memory systems) Strong knowledge of tensor/matrix computation and AI acceleration techniques Proven experience delivering high-volume silicon Expertise in performance modelling and power analysis Strong cross-functional communication and leadership capability

GPU Chief Architect

Senior FPGA Engineer Role Looking for an ambitious, proactive self-starter who identifies problems and takes ownership Xilinx RFSoC and/or Software Defined Radio experience required 5 yrs experience Strong focus on VHDL development on AMD Xilinx platforms (Vivado) DSP expertise required Experience coding for on chip ARM cores Experience using external DDR Appreciation of wider system architecture, peripheral hardware and software Experience with multi-clock systems and GPS synchronisation Clear leadership potential, with scope to lead the FPGA team based on performance Team &amp; Structure Current team consists of two FPGA engineers One long-term contractor is nearing retirement - succession-planning and upgrade to capable team leader Role is onsite, five days per week Salary negotiable

Senior FPGA Engineer

Job Title: DevOps Engineer Location: Eindhoven, Netherlands Type: Contract Duration: 12 Months (Extension likely) Our client are a global semiconductor company based in Europe. The client require candidates to work on-site three days per week in Eindhoven with two days working from home. Responsibilities: IT Architect for Software Engineering Services (SES) is responsible for designing and governing the architecture of our global software engineering ecosystem, spanning tooling for Project Management, DevOps, AppSec, Source Code Management, CI/CD services, co design tools, virtualization platforms, secure environments, compute clusters, generative-AI systems Ensure SES solutions comply with security requirements, data protection, Identity &amp; Access management. Scan industry trends (CI/CD modernization, AI assisted development) to guide SES platform evolution Key Requirements: Bachelor’s or Master’s in Computer Science, Information Technology, Software Engineering, or related field. 8 years in IT architecture, DevOps engineering, platform engineering, or large scale system design. Developer tools (GitHub, Jenkins, Nexus, Atlassian) CI/CD architecture Virtualization, networking, storage, and distributed systems. Containerization (Docker), orchestration. Expertise in LLMs and Generative AI Systems to be able to work with LLMs, prompt engineering, RAG architectures and safety in gen-AI. Strong knowledge of architectural frameworks, systems design, and integration patterns.