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Join our multidisciplinary integration team and take part in the development and validation of advanced RF-based systems. The role involves hands-on work with complex hardware and software systems, prototype setup and testing, troubleshooting, and close collaboration with multiple R&D teams.

Responsibilities include:
Integration and testing of complex multi-module systems
Involvement throughout the full development lifecycle of RF and digital systems
Setup and validation of prototype systems at both hardware and software levels
Identifying hardware/software issues and driving technical solutions
Working closely with software, hardware, and final testing teams
Participating in challenging, development-oriented projects with strong growth opportunities

The Ceramic QC Lab role is responsible for operating a quality assurance lab based on existing testing systems and developing new testing methodologies. This role requires learning and applying QC testing methods, working independently to solve ceramic-related problems, maintaining attention to detail, and finding methodologies for conducting various tests.

Responsibilities:
Conduct QA Tests on Raw Materials: Perform QA tests on incoming raw materials and during their storage period, especially for materials with long storage times.
Monitor Ceramic Quality: Conduct QC tests to monitor ceramic quality throughout preparation, mixing, and printing stages.
Data Reporting: Input results to engineers at workstations and maintain direct communication to ensure consistency between measurement results and observed results in the field.
Improve Testing Methodologies: Continuously learn and enhance testing methods to refine results, ensuring up-to-date status analysis that matches results from different workstations.
Develop and Operate Monitoring Systems: Establish and operate a monitoring system for ceramic quality, accounting for calendar, process changes, equipment changes, and quality correlations between raw materials and batch variations.
Receive guidance from the Chemistry and Process teams to support QC methods.
Create Efficient QC Systems: Develop additional methods for an efficient QC system that provides an up-to-date quality status for ceramics, enabling troubleshooting without halting the process or workstations (e.g., material correction, refreshing, and adjusting working conditions to align material quality with the process).

The System Operator is responsible for operating and maintaining Digital Casting production systems in an R&D environment, working in an industrial setting under the supervision of a process engineer. The role involves working in 3 shifts: morning, evening, and night.

Responsibilities:
Machine Setup: Assemble tools and load raw materials into machines, preparing them for operation.
Calibration: Perform required calibrations to ensure proper machine functioning.
Process Monitoring: Check and input process parameters and other production data.
Equipment Operation: Operate equipment for material handling and the computerized process.
System Performance Monitoring: Monitor and report on operational equipment, ensuring optimal system performance.
Data Recording: Record process-related data in an organized manner for accurate tracking.
Quality Inspections: Perform visual inspections of quality and quantity, making adjustments to resolve issues under supervision.
System Cleanup: Disassemble cast parts and clean the system after processing at the end of each shift.
Safety Compliance: Adhere to all safety requirements and properly use personal protective equipment (PPE).
Inventory Management: Maintain and manage inventory of materials and tools.

The CTO Integrator plays a key role in planning, building, and conducting tests of jigs for experiments. This position involves designing, building, and integrating test systems to ensure experiments meet their required specifications and physical phenomena.

Responsibilities:
Jig Construction and Testing: Build and integrate jigs, then conduct tests to ensure they function as required.
Test Design: Design and develop tests for experiments in a research and development environment.
Simulation Verification: Ensure that test jigs simulate the necessary physical phenomena for accurate testing.
Technology Assessment: Examine new technologies, run tests, and analyze data for potential integration.
Collaboration with Researchers: Work closely with researchers to ensure test systems align with experimental needs.

a well funded startup developing AI for diagnosing diseases from retinal images, is looking for an AI (vision) Researcher.
As part of the team you will:
Develop novel solutions for retinal screening, spearheading healthcare accessibility
Help prevent blindness worldwide
Join a leading company with unique FDA approved products
Learn from top ML researchers in the field

we are a global pioneer of our systems for active military protection, counter-drone applications, critical infrastructure protection, and border surveillance. We are looking for a hands-on, motivated Field engineer to join our growing team and play a key role in deploying and supporting advanced radar systems in Israel and around the world. Key Responsibilities:
* Participate in the development and field implementation of advanced radar systems.
* Lead and support radar system installation, integration, testing, maintenance, and troubleshooting activities, both domestically and abroad.
* Conduct technical training sessions and deliver customer demonstrations
* Provide on-site Technical Support and serve as a key point of contact for customers.
* Plan and execute field trials and system tests, including RF and communication systems validation.
* Collaborate closely with engineering and product teams to ensure successful system delivery and performance Be available for on-call duties during weekends and holidays, as needed.

we are a global leader in the development and manufacturing of advanced infrared detectors and electro-optical solutions for defense and commercial applications.
We are seeking a skilled board designer with extensive experience in high-speed digital design to join our Board Design R&D Team. In this role, you will define system and hardware requirements, design FPGA-based hardware platforms, and validate high-speed interfaces such as DDR4, USB3, Ethernet, MIPI, and Camera Link. You will work closely with firmware, software, and mechanical engineers to deliver robust, production-ready Embedded systems for advanced electro-optical products.
Key Responsibilities
Define hardware requirements and prepare detailed design documentation for FPGA-based boards, including power architecture, configuration, and peripheral circuitry.
Develop schematics and oversee PCB layout for complex, high-speed multilayer boards.
Perform hardware simulations and signal analysis using tools such as LTspice and Cadence.
Design and validate high-speed interfaces including DDR4, USB3, Ethernet, MIPI, and Camera Link.
Define and manage PCB stack-ups, impedance control, differential pair routing, and high-speed layout constraints.
Conduct Signal Integrity (SI) and Power Integrity (PI) analysis to ensure performance, robustness, and reliability.
Lead prototype bring-up, testing, and debugging using lab equipment (oscilloscopes, logic analyzers, VNAs).
Collaborate with firmware, software, and mechanical teams to ensure full system integration.
Participate in design reviews, DFM/DFT processes, and continuous design improvements.
Support production and NPI activities, and resolve hardware-related manufacturing issues.