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Description We are looking for an experienced Image Processing Engineer to join our Computer Vision Department. The role focus on developing, calibrating, and optimizing image processing pipelines for thermal (IR) and visible (day) camera systems, working closely with multidisciplinary electronics and embedded teams.
Key Responsibilities Develop and optimize image processing pipelines for thermal (IR) and day cameras, including automatic gain control (AGC), detail enhancement, and contrast enhancement. · Develop non-uniformity correction (NUC) algorithms and calibration procedures for thermal detectors. · Perform end-to-end system calibration and define methods and metrics for evaluating image quality. · Integrate algorithms into the system in collaboration with the electronics and embedded teams. Support system integration, testing, and field trials.

In this role, you will serve as the technical bridge between ASIOs products, customers, partners, and the field. You will lead product demonstrations, technical briefings, customer training, pilots, and field evaluations, while supporting the technical aspects of the sales process.

This is a hands-on, customer-facing role for someone who can understand complex systems, operate them in real-world conditions, communicate with different audiences, and bring valuable field insights back to Product and Engineering.

Key Responsibilities

Present and demonstrate products to customers, partners, and at conferences through live demonstrations, technical briefings, and proof-of-concept sessions.
Deliver customer training and prepare instructional materials for operational and training environments.
Lead system bring-up and configuration at customer sites, including subsystem connectivity and Tier 1 technical support.
Run pilots and field evaluations end-to-end, from setup and configuration through operation and evaluation.
Support the technical side of the sales cycle, including customer requirements, technical discussions, and RFI/RFP responses.
Adapt technical presentations and demonstrations to different audiences, from field operators to senior command and procurement teams.
Maintain and continuously improve product demo environments, scenarios, and training materials.
Work closely with Product Management, Product Owners, System Engineering, UX, Operations, and Engineering teams.
Capture customer and field feedback and translate it into actionable insights for Product and Engineering.
Support customers in challenging operational environments, including degraded connectivity and GNSS-denied conditions.

We are looking for an Electro-Optical Engineer to join the LYNX development team and lead hands-on research, characterization, testing, and integration of advanced electro-optical technologies into complex multidisciplinary systems.

The role combines practical lab work, system-level design, execution, and technological innovation. Role includes leading design and implementation of sensors, lenses, cameras, thermal systems, optical measurement, image quality, sensor accuracy, and integration with broader platform technologies.

As part of the LYNX team, the engineer will support component-level and system-level design, experimentation, integration, supplier technical discussions, test planning, documentation, and collaboration with mechanical, electronics, software, system engineering, and validation teams.



Responsibilities

Characterize, evaluate, and integrate electro-optical components such as sensors, lenses, cameras, compasses, thermal imaging modules, and related optical subsystems.
Plan, develop, and execute component-level and system-level experiments, including optical bench testing, optical measurements, and system integration activities.
Define and implement optical test methodologies for image quality, sensor accuracy, optical performance, environmental behavior, and system-level functionality.
Support the integration of new technologies into existing LYNX systems and future developments, including interfaces with IMU, GPS, laser range finders, compass modules, and additional platform sensors.
Work with suppliers and subcontractors on requirements definition, design reviews, performance evaluation, technical trade-offs, and issue resolution.
Write technical specifications, test plans, experiment reports, analysis summaries, and supporting engineering documentation and transfer to production processes.
Support system integration, troubleshooting, verification, validation, and field-testing activities.
Collaborate closely with multidisciplinary teams, including mechanics, electronics, software, system engineering, QA, and operations.

We are looking for a Mechanical Assembler to join our team. This hands-on role involves the assembly and integration of precision electro-mechanical and electro-optical systems, supporting both prototype development and serial production in a cutting-edge technological environment.



Responsibilities

Assemble precision electro-mechanical and electro-optical systems
Work in an advanced multidisciplinary R&D environment
Build prototypes and support transition to serial production

We are looking for an experienced Electronics Engineer / Practical Electronics Engineer to join our multidisciplinary R&D team and support the development of advanced electro-optical systems.

In this role, you will be responsible for electronic board bring-up, debugging, repair, testing, calibration, and system integration. You will work closely with electrical, mechanical, and system engineers throughout the product lifecycle, from early prototypes to production and deployment.

This position is ideal for someone who enjoys practical engineering work, solving complex hardware issues, and working on mission-critical technologies in a dynamic development environment.



Responsibilities

Perform bring-up, debugging, validation, and repair of electronic boards for advanced electro-optical systems.
Troubleshoot analog, digital, power, and communication interfaces using oscilloscopes and other laboratory equipment.
Perform board-level modifications, rework, repairs, and validation according to engineering requirements.
Work closely with hardware design engineers to investigate failures, improve designs, and resolve technical issues.
Support PCB manufacturers and assembly partners throughout production, troubleshooting, and quality processes.
Execute and support environmental testing of electronic boards and electro-optical systems.
Collaborate with mechanical engineers on system integration, thermal considerations, cable routing, and assembly optimization.
Develop, document, and perform calibration procedures for electro-optical systems.
Document test results, failure analysis, corrective actions, and engineering activities.
Support continuous improvement of laboratory processes, production readiness, and engineering workflows.

You will guide and mentor our electrical technicians and manage subcontractors, vendors, and suppliers to ensure high-quality, on-time delivery. The role requires deep experience working with EO system electronics, including board-level definitions, mixed-signal design, high speed cameras pipeline, and complex system integration. Your leadership will directly impact on the reliability, performance, and operational capabilities of our tactical EO products.



Responsibilities

Lead end-to-end electrical design of complex EO systems, from concept to validation
Define board-level architecture across analog, digital, power, and high-speed domains
Oversee PCB design and collaborate with external partners and manufacturers
Drive bring-up, debugging, and validation of mixed-signal boards
Perform root-cause analysis and resolve complex electrical issues
Work cross-functionally to ensure seamless system integration
Develop and execute test plans at board and system level
Manage component selection (BOM), vendors, and suppliers
Mentor technicians and support lab activities

We are looking for a hands-on Electronics Engineer with practical hardware experience to join our development team in Kfar Saba.
This is a hands-on role working on advanced electronic systems - troubleshooting, component selection, and providing professional support to the development teams and to customers.
About us
An established technology company specializing in motion control and intelligent power management systems.
We develop and manufacture advanced motor controllers, power management systems, and smart circuit protection solutions tailored to the unique requirements of the defense and industrial markets.
What will you do?
Perform bring-up and initial operation of electronic boards and circuits
Identify, analyze, and resolve hardware faults and design errors
Select and qualify electronic components for existing products and new developments
Provide professional guidance and work day-to-day with PCB designers
Provide technical support to development teams and embedded software engineers
Work with customers and provide professional answers on hardware topics
Collaborate with the development, production, and integration teams
Take part in product improvement and development processes.

We are looking for an Electrical & Electronics Engineer to join our R&D department in Kfar Saba.
This is a varied, technical role supporting development, integration, testing, and troubleshooting of electronic systems - an opportunity to grow professionally while working on challenging, advanced projects.
About us
An established technology company specializing in motion control and intelligent power management systems.
We develop and manufacture advanced motor controllers, power management systems, and smart circuit protection solutions tailored to the unique requirements of the defense and industrial markets.
What will you do?
Provide ongoing support to the development team in development, integration, and testing
Perform hardware testing and troubleshooting of electronic boards and systems
Analyze faults, perform root-cause analysis, and propose solutions to hardware issues
Read and interpret electrical drawings and electronic schematics
Perform measurements and tests using lab equipment such as DMMs, oscilloscopes, power supplies, spectrum analyzers, and other instruments
Perform lab tests and functional checks on products and systems
Support product qualification, verification, and validation testing
Document test results, faults, and solutions
Write and update technical documents, test procedures, and reports
Work closely with hardware, software, and systems engineers

We are looking for a Windows platform expert with deep, hands-on scripting skills (PowerShell preferred) to own the security hardening, imaging, and deployment automation of the Windows environment underlying our FFRangio system.
You'll work at the intersection of low-level Windows internals (boot security, disk encryption, image management) and modern Windows virtualization and DevOps practices (CI/CD pipelines), helping us build a secure, locked down, and reliably reproducible Windows environment for a regulated medical device product.
You should be comfortable going deep - from BIOS settings and TPM chains up through image-building and pipeline automation - and who treats scripting as the primary tool for making security and deployment repeatable, auditable, and reliable, in service of a real clinical product used in the Cath lab.
Responsibilities may include the following and other duties may be assigned:
Design, implement, and maintain PowerShell-based automation for system configuration, hardening, and deployment of FFRangio Windows workstations
Define and enforce BIOS/UEFI security settings and TPM-based trust chains (Secure Boot, measured boot, TPM attestation)
Implement and manage BitLocker and other Windows encryption mechanisms, including key management and recovery strategies
Build and maintain Windows hardening baselines using Group Policy, AppLocker, custom Shell/UI restrictions, and Kiosk (Assigned Access) mode suited to a clinical, cath-lab environment
Manage user/account permission models and least-privilege access schemes across managed devices
Create, manipulate, and maintain VHD/VHDX-based images for deployment, recovery, and testing workflows
Build and maintain CI/CD pipelines in Azure DevOps for automated build, test, and deployment of Windows images and configurations
Collaborate with software, QA, and regulatory/quality teams to ensure hardening and deployment practices
Document configurations, scripts, and processes for reproducibility and audit purposes, consistent with medical device quality system requirements.

The Configuration Control Engineer is responsible for managing configuration control and product build processes within the PLM system. This role involves documenting products throughout their lifecycle, collaborating with R&D, marketing, manufacturing, and subcontractors.

Key Responsibilities:

Oversee configuration control and product release in the PLM system.
Document products throughout their lifecycle, working closely with R&D, marketing, manufacturing, logistics, QA and subcontractors.
NPI- Support products from development through to mass production.
Integrate manufacturability and testability considerations (DFM, DFA, DFT, DFC) during design reviews.
Provide technical support related to PCB topics.
Oversee First Article production and feedback for corrections.
Define manufacturing processes, prepare instructions, assembly drawings, and related documentation (Manufacturing procedures, Fabrication flow, PRR, etc.).
Manage engineering change processes in PLM-ORACLE.
Collaborate with various company departments and interfaces.
Build manufacturing files and support subcontractors (including supporting production line issues).
Optimize production lines and improve engineering processes using new technologies, cost reduction, and time-saving initiatives.
Write procedures and ECR/ECN documents

The Director of AI Enablement is both a builder and a transformation leader, someone who can identify opportunities, design and implement AI solutions, and drive adoption across the organization to create measurable business value.

Reporting directly to the CEO, this is a highly visible, hands-on leadership role at the intersection of business transformation, technology, and organizational change.

The successful candidate will lead AI roadmap, build practical AI solutions, drive adoption across functions, and help transform how work is performed throughout the organization.

What Will You Do?

Define and execute AI roadmap.

Identify, prioritize, and implement high-impact AI opportunities across the business.

Partner with business, operational, engineering, and corporate functions to understand workflows, pain -points and improvements opportunities.

Translate business challenges into practical AI use cases and measurable outcomes.

Design, build, pilot, and scale AI-powered solutions, including AI agents, copilots, automations, knowledge assistants, and business applications.

Partner with IT, Engineering, Infrastructure, and Security teams to ensure scalable, secure, and sustainable solutions.

Lead the transformation, not just the technology; drive AI adoption across departments and help leaders redesign processes and ways of working to maximize AI value.

Work hand-in-hand with HR and business leaders to lead the organizational transformation required to successfully adopt AI, build internal capabilities, and embed new ways of working across the company.

Establish and lead the core pillars of the AI Enablement program: Adoption, Infrastructure, and Solution Development.

Build and lead a community of AI Builders and Leaders across the organization.

Establish AI governance, Responsible AI practices, and security standards.

Measure and communicate business impact through adoption, productivity gains, efficiency improvements, time savings, and ROI.

Success is measured not only by building AI solutions, but by driving meaningful improvements in productivity, efficiency, quality, decision-making, and business performance across the organization.

The Configuration Control Engineer is responsible for managing configuration control and product build processes within the PLM system. This role involves documenting products throughout their lifecycle, collaborating with R&D, marketing, manufacturing, and subcontractors.

Key Responsibilities:

Oversee configuration control and product release in the PLM system.
Document products throughout their lifecycle, working closely with R&D, marketing, manufacturing, logistics, QA and subcontractors.
NPI- Support products from development through to mass production.
Integrate manufacturability and testability considerations (DFM, DFA, DFT, DFC) during design reviews.
Provide technical support related to PCB topics.
Oversee First Article production and feedback for corrections.
Define manufacturing processes, prepare instructions, assembly drawings, and related documentation (Manufacturing procedures, Fabrication flow, PRR, etc.).
Manage engineering change processes in PLM-ORACLE.
Collaborate with various company departments and interfaces.
Build manufacturing files and support subcontractors (including supporting production line issues).
Optimize production lines and improve engineering processes using new technologies, cost reduction, and time-saving initiatives.
Write procedures and ECR/ECN documents

Perform validation tests at product board and system levels, to ensure compliance with specifications, standards and customer requirements.