Senior R&d Mechanical Engineer- Cooling Systems Enclosures Design jobs at Applied Materials in Israel, Rishon Lezion

Roles & Responsibilities

• As a member of this core team, you will initiate, design, and develop enabling software for our next-generation high-end processing product.
• You will make key technical decisions to ensure scalability, performance, and GPU efficiency of our applications.
• You will contribute to the development of innovative products and see them launched into production environments.

Must-Have:

• B.Sc. in Software Engineering, Computer Science, or a related field.
• 8+ years of hands-on experience in C++ development on Linux with Docker containers.
• Proven experience in CUDA development and NVIDIA GPU programming for high-performance computing.
• Hands-on experience running and optimizing AI/ML models on NVIDIA GPUs, including model
• Strong understanding of GPU architecture, memory management, and parallel programming paradigms.
• Familiarity with NVIDIA profiling and debugging tools (e.g., Nsight, nvprof).
• Experience optimizing compute-intensive workloads using CUDA kernels.
• Proven experience in developing high-performance distributed systems.
• Proficiency in Python – strong advantage.
• Solid knowledge of CMake and complex build systems.
• Strong design, analytical, problem-solving, and debugging skills.
• Team player with experience working in Agile environments, git ecosystem, and CI/CD pipelines.

Nice-to-Have:

• Experience in real-time image processing or working with high-volume data.
• Experience with messaging or IPC infrastructures.
• Experience using PyBind for C++/Python integration.
• Hands-on experience with Kubernetes (K8s) and writing deployment configurations.

Roles & Responsibilities:

• As a member of this core team you will initiate, design and develop facilitating SW for the next high end processing product. You will make important technical decisions, ensure scalability and performance of our applications.
• You will create an innovative product and see it being launched.

Must-Have:

• B.Sc. in Software Engineering, Computer Science, or a related field.
• 6+ years of hands-on experience in C++ development on Linux with Docker containers.
• Proven experience in developing high-performance distributed systems.
• Proficiency in Python – strong advantage.
• Experience with Ray Framework or similar distributed computing frameworks.
• Solid knowledge of CMake and complex build systems.
• Experience designing and implementing high-performance data flows and data structures.
• Strong design, analytical, problem-solving, and debugging skills.
• Team player with experience working in Agile environments, git eco system and CI/CD pipelines

Nice-to-Have:

• Experience in real-time image processing or working with high-volume data.
• Familiarity with observability tools (e.g., Prometheus, Grafana).
• Experience with messaging or IPC infrastructures.
• Experience using PyBind for C++/Python integration.
• Hands-on experience with Kubernetes (K8s) and writing deployment configurations.

• Perform mechanical design of structural elements, tool envelops, manual and motorized mechanisms, sheet metal manufacturing, filtration systems and cooling systems deployed in a clean room environment
• Design and execute experiments
• Perform CAE simulations and analysis for design validation and trouble shooting
• Author drawings, define fabrication process, materials and finishing standards with detailed GD&T and perform complex tolerance analysis
• Lead the mechanical aspects of the development process, present design reviews, and collaborate with team members from other disciplines, project management, product manufacturing, field support and suppliers

• BSc/MSc in Mechanical Engineering, 7+ years mechanical design experience
• Highly proficient in the use of CAD software, SoildWorks and Inventor an advantage
• Highly proficient in Sheet metal and design of large structures, Enclosures and cabinets.
• Experience with CAE software. Structural, Modal, Thermal and flow analysis experience is advantage.
• Strong analytical/problem solving skills and general mechanical engineering analysis knowledge
• Skilled in GD&T and tolerance stack up analysis
• Thrives working in a dynamic environment with new problems, fast paced projects where out-of-the-box thinking is required
• The ability and willingness to learn and explore new topics is vital
• Team player able to work in large, multi-disciplinary teams with strong interpersonal communication skills
• Self-motivated, fast learner
• High presentation skills and fluent English.

About the job

The Instrumentation & Control department is part of AMIL facilities organization, responsible for the design, implementation, and maintenance of Building Management Systems (BMS) and other I&C systems that support critical infrastructure and operations.

As a Control and Automation Engineer, you will play a central role in shaping and supporting the automation infrastructure of our facility.

You will be responsible for developing, updating and maintaining control software and HMI systems, integrating PLCs, and optimizing BMS.

You will collaborate across disciplines to solve complex technical challenges, contribute to energy efficiency initiatives, and drive improvements in system reliability and performance.

What you'll be doing

• Integrate and troubleshoot Building Management Systems (BMS) from concept to completion.
• Monitor and operate BMS and HMI systems, including setpoint and alarm modifications.
• Develop and maintain HMI visualization tools including graphics and trends for local monitoring.
• Provide visualization and historical data tools to support maintenance teams in troubleshooting and diagnostics.
• Collaborate with cross-functional teams including engineering, maintenance, and operations to provide technical support and solutions across various projects and commissioning activities.
• Ensure compliance with relevant standards and safety regulations.
• Support project managers and contractors during system design and implementation, including supervision of software contractors and integrators in PLC programming and HMI development.
• Participate in system validation and performance testing. Verify system functionality during FAT/SAT/OAT and handover processes.
• Collaborate with AMIL Global Information Services (GIS) to integrate control systems and PLCs into the operational network.
• Contribute to energy efficiency initiatives. Develop tools to monitor power consumption and build SQL-based platforms to support third-party reporting and analysis.

What should you have?

• Bachelor’s degree in electrical engineering, Control Systems, or a related field.
• At least 5 years of hands-on experience in control software and HMI development.
• Proven practical experience in programming, configuration, and integration of industrial PLCs, HMI, and SCADA systems – primarily with Siemens PLCs and Simplicity SCADA platform.
• Practical knowledge of BMS systems and communication protocols (Modbus, BACnet etc.).
• Proficiency in developing and working with control engineering documents: reviewing and implementation of software based on Sequence of Operations (SOO), definition and development of control architecture, IO lists, communication networks, and system interfaces.
• Strong analytical and troubleshooting skills, proven ability to work independently, manage multiple tasks in a fast-paced environment, and collaborate effectively within multidisciplinary teams.
• High proficiency in English (spoken and written).
• Required to provide on-site or remote support for critical fault resolution, including outside of regular working hours as needed.

Our Group:

In addition, we lead R&D prototypes and new products in the organization , with large exposure to the most advanced technologies such as precise mechanics, electronics, motion and optics.

Whatyou'll be doing:

System Integration Engineers work with multi-disciplinary system involving different modules and disciplines, such as EBeam (Electron-beam Microscopy), high-end optics, lasers, precise mechanics, RF, motion and control etc.

Hence, this position requires high system understanding ,deep engineering knowledgeand high accountability level.

What you should have?

• BSc in Mechanical / Electrical Engineer
• 0-3 years of relevant technicalexperience: System integration experience or other high complexity,
• Technical background - Advantage
• Up to 10% traveling
• Team player, Highly Creative and Proactive
• High level of independent work with constant drive for improvement

What We Offer

Job Description

As an FGPA engineer, you will implement this cutting-edge technology on a daily basis and enjoy the fact that it relates in some way to almost every important field in Applied Materials: control, algorithms, and machine learning. You will experience and present modular architectural approaches to FPGA applications with a high emphasis on testability.

Our Group:

The FPGA group designs, implements, and integrates applications from low end to high end in every aspect needed, from complex digitizers with high speed, low noise, accurate controllers, high end synchronizers to our machines, High speed/end frame grabbers to algorithm enhancement for different applications in our tools.

Whatyou'll be doing:

• Understand the existing FPGA architecture and interactions between the various modules comprising the system.
• Conceive, experiment with, and present modular architectural approaches for FPGA applications with high emphasis on testability.
• Work closely with software, hardware, system teams, providing documentation, debug support, technical expertise, and software interfaces
• Develop RTL code for additional functionality and capabilities. Perform logic synthesis, timing analysis and timing closure.
• Develop test bench and simulation tools to verify correct logical functionality.
• Understand schematics, performing lab test on designs and components, troubleshooting, and improving building block modules.

What you should have?

• BS/MS in Electrical Engineering, Computer Science, or related area
• Over 5 years of experience designing FPGA in VHDL or Verilog.
• Practical knowledge of RTL design, synthesis, timing closure, simulation, and verification test benches
• Hardware bring up and debug experience desired
• Expertise in FPGA from Xilinx/Intel (Altera) families.
• Familiarity with high level programming languages f.e C/C++, System Verilog, High Level Synthesis, Scripts (TCL, Python) – big advantage
• Familiarity with AXI methodology
• Familiarity working with verification engineers using UVM environment
• Ability to work in a team and take input from other members in coordinating work
• Ability to prioritize work assignments and react to a dynamic work environment
• A strong analytical and problem solver abilities with excellent verbal and written communication skills