דרושים אפלייד מטריאלס

We are looking for a smart, proactive, hardworking 3rd year student who loves to work in high tempo and looking for a meaningful experience in planning in high complexity & challenging business environment.
Student in P&C departmanet will be part of main Operations processes, in which he/she will:
- Build operational plans of small product line.
- Work with multiple stakeholders; business, manufacturing, material, R&D etc.
- Develop Tableau dashboards.
- Integrate complex information from various resources.
- Present in management forums.
- Lead planning & control projects.

As a Test Automation Architect you will:
Create progressive solutions to solve complex test automation challenges.
Define and recommend automated testing strategies, tools, libraries, test harnesses and frameworks for automated unit testing, automated functional testing & automated regression testing.
Apply Development and QA Best Practices and actively look for process improvement opportunities.
Drive strategies, pilots and adoption of new automation approaches and tools.
Provide guidance and training to team members on Automation.
Function as Thought Leader for automated testing.

Platform Project Manager.
Manage HW developments from R&D till proliferation including new module developments, CIPs and ECOs.
Lead project execution from kick-off till release: planning, execution and control.
Responsible for program success ; meeting content & performance to spec, schedule and budget.
o Verify product performance validation @ customer site, and support field technical escalations.
o Smooth transition from NPI to Ops and Field.
o Manage sustain platform activities: ECOs, obsoletes etc.

Deep understanding of system architecture and application
Early involvement in development phases to optimize suggested design alternatives.
Close collaboration with R&D disciplines such as System Eng., Physics, Electronics, SW Eng. etc.
Perform detailed risk assessment from module to system level and assess the impact on system performance and integrity.
Define and execute an experiments plan both simulative and on tool for design validation and risk retirement.
Perform advance results analysis and concluding module performance and gaps to address.
Approve final design and specs to be field ready.
Provide recommendations for performance specs and promote corrective actions for future designs.
Follow and support module performance and its system impact after its release.
Develop validation infrastructure for modules and system performance evaluation.
Travel.

Lead the Application Lifecycle Management program,responsible for Planning, Manage and track the project deliverables.
Drive the overall implementation from Process definition, functional Requirements, Analysis trough developments through the full implementation of the platforms the release roadmaps and coordination with the internal teams a well with external Dev' vendors, include. Progress and quality .
Responsible for all program aspects of the Program Content, timeline, Budget and Integration aspects include application testing activities, such as Test Releases, Planning, Risk Analysis, Monitoring various key performance indicators (KPI),Etc.

Required Experienced Analog Designer.
Challenging development of analog boards and high precision modules, that are integrated in our products.
In this position you will need to have knowledge in accurate and low noise amplifiers, high speed high resolution A2D & D2A, low noise circuits with high dynamic range, DC-DC, high voltage amp and digital board design.

Lead a team of Embedded developers in:
Design and implementation of Embedded solutions, for high-performance image processing systems.
Developing under various architectures (Intel, ARM, DSP), and multiple operating systems (Linux, SYS/BIOS, Windows).
Developing optimized image processing code by utilizing efficiently the DSP/CPU micro-architecture.
Collaborating in a SW and HW joint-development environment.
Take part of project planning and long development time estimations.
Take part of cross-discipline (SW, HW) future designs.

Drive technical projects and provide leadership in an innovative and fast-paced environment.
Be responsible for the overall planning, execution, and success of complex technical projects.
Maintain and increase quality and efficiency of team developments
Contribute technically to projects. Serve as a professional tech leader.
Design of SW components in SW-HW platforms.
About 40% hands on.
Work according to agile methodology.
Manages a team of Developers/ QA/Test Automation (direct reports); Contributes to effective performance management, employee development and retention.

Responsible for Facilities System Engineering at Applied Materials Israel Rehovot owned buildings.
Lead engineering analysis, considering performance, aging and capacity, of the buildings technical systems Electrical systems HVAC (different types of chillers), Compressed Air, Gases, Process Cooling Water, RO water, Pumps and Building Automation System (BAS).
Lead Applied to advanced systems control and high-end BAS infrastructure targeting to BI and machine learning approach.
Responsible to integrate and maintain related engineering documentation, including P&I, Drawings, Equipment documentation.
Recognize systems replacement needs (EOL, capacity).
Lead failure analysis processes.
Responsible for Project Management of systems upgrade or replacement, considering future capacity requirements.
Works with external consultants to provide optimal solution to the business ne.

AMAT- PDC tools do inspection and analysis of defects, in chip fabrication process.
In the basis of these tools there are optical and electronic microscopes that make use of top edge technologies from Physics, Electronics, Motion and control and other disciplines.
Our tools incorporate many motion systems from wafer navigation to optical elements positioning all with vary challenging performance requirements.
Roles and Responsibilities:
Motion projects leading.
Specifications definition.
Technology and vendors selection.
Electrical and mechanical design.
Modeling and simulating, motion profiles and control design.
System integration.