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.

We are seeking a BSP Software Design Engineer to join our R&D team in Israel.

The role involves developing and integrating Board Support Packages (BSPs) and low-level drivers for real-time embedded systems operating in mission-critical and rugged environments.

Key Responsibilities

- Design, implement, and maintain BSPs and device drivers for embedded platforms.

- Work closely with hardware, systems, and QA teams to ensure robust hardware-software integration.

- Participate in bring-up activities, debugging, and optimization of embedded platforms.

- Contribute to system architecture discussions and provide technical input on platform design.

We are looking for an experienced Embedded Software Engineer to join our team and develop advanced software for complex airborne and ground-based electro-optical systems.
In this role, you will work on real-time embedded software, image and video processing, sensor integration, and system-level capabilities. You will collaborate closely with software, algorithms, hardware, validation, and system engineering teams throughout the development lifecycle, from concept and implementation to integration and field testing.
Responsibilities:
Develop and optimize software for real-time embedded systems.
Design, develop, and debug software using C++ and Java.
Work in Linux/UNIX embedded environments.
Integrate cameras, IMU sensors, LIDAR, and additional peripherals.
Contribute to image processing, video analysis, and computer vision capabilities.
Investigate system issues, perform debugging, and optimize performance.
Participate in system integration, validation activities, and field testing.
Collaborate with multidisciplinary development teams.

we are looking for a Senior Electrical Engineer - EO Systems.
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 an experienced Senior Hardware Board Design Engineer to join our R&D team in Kfar Saba.
This is a hands-on technical leadership role covering the complete hardware development lifecycle-from system architecture and board design through prototype bring-up, validation, and transfer to production.
What will you do?
Lead electronic board development for power and motion control applications, from initial concept through design release
Define hardware architecture, create schematics, select components, and lead design reviews
Own and manage the BOM, including cost-performance optimization, second sourcing, component substitutions, availability, and lifecycle analysis
Work closely with PCB layout engineers to define stack-up, routing rules, power and signal constraints, EMC/EMI requirements, and DFM considerations
Prepare and support prototype PCB and PCBA manufacturing, including documentation, fabrication files, supplier coordination, and build readiness
Perform board bring-up, laboratory debugging, hardware validation, and functional testing
Define and execute hardware verification and validation plans
Support firmware engineers during hardware and software integration
Incorporate DFM and DFT requirements, test points, and panelization considerations into the design
Support prototype, sample, and pilot production with subcontractors
Support the integration of electronic boards into mechanical housings and complete systems, including connectors, harnesses, and thermal constraints
Prepare and maintain production-ready technical documentation, including schematics, BOMs, and design notes
Mentor junior engineers, lead design reviews, and establish best practices for reliable and manufacturable hardware design