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Were hiring an experienced verification engineer to join our team developing advanced telecommunications ASIC/FPGA products.
You will join family, as part of our team in Beer-Sheva.
Responsibilities:
Build and maintain verification environments (SystemVerilog/UVM or Specman)
Develop test plans and run constrained-random & directed tests
Debug, analyze coverage, and work closely with design teams
Contribute to methodology and process improvements

In this position, you will get the opportunity to build complex networking chips and interact directly with unit-level ASIC, Physical Design, CAD, Package Design, Software, DFT and other teams.

What you'll be doing:

Lead the end-to-end execution, tracking, and convergence of chip-level CDC and RDC for complex SoCs across all IPs and partitions.

Plan and orchestrate CDC/RDC signoff: define methodology, scopes, run plans, constraints, and acceptance criteria.

Run and maintain CDC/RDC flows and rule decks, including multi-mode, multi-clock, and hierarchical signoff.

Triage violations efficiently: root-cause to RTL, constraints, tool setup, or IP models; prioritize and drive fixes to closure with owners.

Verify reset architecture and RDC robustness (reset domain intent, release sequencing, glitch detection, fanout).

Author and review CDC/RDC constraints, waivers, and justifications; ensure auditability and signoff quality.

Automate runs, report parsing, dashboards, and KPIs for closure tracking using scripting and data tooling.

Partner with RTL, DV, DFT, STA, PD, and Architecture to align fixes, manage ECOs, and protect CDC/RDC quality during late design changes.

Define and enforce signoff gates; communicate progress and risks with clear metrics and issue tracking.

Continually improve methodology and training to prevent recurring CDC/RDC issues and accelerate convergence.

We are looking for a highly skilled Integration & Validation Engineer to join our R&D

team and take part in developing our ultra-deep-tech innovative products and solutions for wireless

energy transfer systems for autonomous robotics. The team deals with multidisciplinary R&D tasks for

developing in-house solutions and platforms. Come work with us in a dynamic working environment

with high responsibility, joining us, youll have the chance to develop unique products from scratch to

mass production.

Key Responsibilities:

● Plan, execute and analyze end-to-end systems/products including hardware & embedded

integration tests.

● Designing and building test setups from the first-level design, testing and studying E2E system

operation at nominal and corner scenarios.

● Be a major part of product HW design, including characterization, implementation, and testing.

● Knowledge of all systems, use-cases, installations, and interfaces.

● Close work with HW/Mechanical/Embedded/ASIC and production teams.

● Reliability and compatibility tests according to regulatory requirements.

seeking a hands-on Team Leader to lead the integration of our advanced wireless power technology into robotic platforms (AMR/AGV) in real-world industrial environments. This role combines mechanical, electrical, and system-level work, with significant on-site involvement, including visits to customer sites for installations, system reviews, and performance evaluations.

Key Responsibilities:



● Lead a small multidisciplinary team responsible for integrating wireless-power modules into autonomous robotic platforms.

● Perform mechanical and electrical integration, wiring, and assembly on various AMR/AGV systems.

● Conduct on-site installations, field testing, and system commissioning at customer facilities.

● Evaluate robotic platforms from multiple vendors to ensure optimal compatibility with technology.

● Collaborate closely with R&D, hardware, and software teams to refine integration processes and support product evolution.

● Provide technical feedback and documentation based on field experience.

● Support live demos, pilots, and customer evaluations of the system.