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As an Integration System Engineer in the Imaging Technologies team, you will own the end‑to‑end integration of a multidisciplinary medical device, from early design through validation and release.

You will lead system-level bring-up, define and execute integration strategies, and ensure robust interaction between mechanics, electronics, optics, and software.

This role emphasizes hands-on integration, performance analysis, and cross-functional alignment to deliver a high-quality, production-ready scanner.


Key Responsibilities

System Integration Ownership
Own system integration across all subsystems (mechanics, electronics, optics, software) and ensure a stable, testable, and scalable product.
Lead system bring-up, integration flows, and configuration management across development stages.
Identify interface gaps, define integration requirements, and drive closure with relevant teams.

Performance & Testing
Design and execute system-level experiments to evaluate performance, stability, and reliability.
Develop tools and automation for data collection, analysis, and debugging.
Define integration and verification test strategies, including acceptance criteria and coverage.

Problem Solving & Debug
Lead root-cause analysis of complex cross-domain issues.(HW/FW/SW/optics interactions).
Drive containment, corrective actions, and long-term fixes.
Ensure issues are resolved with clear documentation and learning capture.

Cross-Functional Leadership
Work closely with R&D disciplines, QA/RA, and manufacturing to align on system behavior and requirements.
Translate system-level needs into actionable specifications and integration plans.
Act as the technical focal point for integration-related decisions and trade-offs.

Process & Methodology
Establish and improve integration processes, methodologies, and best practices.
Introduce new tools, capabilities, and approaches to increase integration efficiency and quality.
Ensure proper documentation of integration flows, configurations, and test results.

Team Leadership & Mentorship
Mentor junior engineers and guide student contributors.
Assign and review tasks with a strong focus on quality, rigor, and engineering discipline.

The Project Manager - Global Lumina Scanner Engineering Department is accountable for leading, coordinating, and executing cross‑functional engineering projects across the full product lifecycle, including NPI, sustaining engineering, production support, test infrastructure, and continuous improvement.
The role ensures alignment between Engineering, Operations, R&D, Quality, and Supply Chain, enabling predictable execution, clear ownership, and end‑to‑end visibility of all engineering initiatives.

Key Responsibilities
Lead and manage multiple engineering projects in parallel across NPI, sustaining, test, electronics, and system engineering.
Build and maintain integrated project plans, milestones, dependencies, and critical paths.
Drive execution through all project phases - definition, planning, execution, validation, and closure.
Coordinate design transfer, manufacturing readiness, validations, and GA milestones.
Own project governance: status reviews, KPIs, risk management, escalation, and decision tracking.
Drive cross‑functional alignment between R&D, Manufacturing, Test, Quality, Supply Chain, IT, and Program Management.
Manage ECO‑driven projects and ensure full impact analysis, execution, and closure.
Support supplier‑related projects including readiness, FAIs, tooling, and ramp‑up activities.
Establish clear ownership, priorities, and communication cadence across all stakeholders.
Provide consolidated, real‑time visibility of project status to management.

We are seeking a highly motivated and experienced Production and Suppliers Quality Engineer to drive exceptional product quality, patient safety, and field reliability across the Installed Base (IB). This is a key technical role supporting production stability, RMA/DOA investigations, Automated Test Equipment (ATE) performance, and cross-functional quality engineering initiatives in a regulated medical device environment.

Key Responsibilities

In this role, you will:

Support qualifications and control of ATE testers in V&V phase and production lines.

Support ECO/ECR processes, NPI projects, product updates, and cross-functional engineering changes.

Participate in supplier selection and conduct suppliers audits.

Work closely with R&D, engineering, manufacturing, and operations teams to enhance product quality and resolve technical issues.

Drive continuous improvement initiatives using tools such as Six Sigma, Lean, and Root Cause Analysis (RCA).

Support RMA/DOA processes and continuous reduction of field failures.

Ensure compliance with ISO 13485, FDA 21 CFR 820, MDR, and other applicable medical device regulations.

Maintain and support quality documentation, including CAPA, Non-Conformance Reports (NCRs), and risk management documentation.

abra R&D is hiring a Mechanical Design Engineer We are looking for an experienced Mechanical Design Engineer to lead the mechanical design and development of advanced airborne systems. This role includes mechanical design, product development, system integration, and close collaboration with multidisciplinary engineering teams throughout the product lifecycle.

The Quality Director will be responsible for defining, implementing, and driving quality systems, processes, and culture across the entire organization from product definition and R&D through engineering, operations, manufacturing, supplier management, and customer support.


Responsibilities:
Quality Management system
* Own and continuously improve the company's Quality Management system (QMS).
* Ensure compliance with ISO 9001 and other applicable industry standards.
* Develop, implement and maintain company-wide quality policies, procedures and work instructions.
* Lead internal and external quality audits and ensure timely closure of findings.
* Drive management reviews and quality performance reporting. Product Development Quality
* Integrate quality methodologies into the product development lifecycle.
* Partner with R&D and engineering teams to establish Design for Quality (DfQ) practices.
* Participate in design reviews, risk assessments, FMEA activities and product qualification.
* Ensure appropriate validation and verification processes are implemented. Manufacturing & Operations Quality
* Establish quality controls throughout manufacturing and production.
* Define inspection plans, acceptance criteria, and process controls.
* Monitor manufacturing yield, reliability, and field performance.
* Lead root cause investigations using structured problem-solving methodologies (8D, 5-Why, Fishbone, etc.).
* Drive corrective and preventive actions (CAPA).
* Own product quality throughout the entire product lifecycle, from product development through manufacturing and customer deployment. Supplier Quality
* Develop supplier qualification and monitoring processes.
* Conduct supplier audits and performance reviews.
* Work closely with contract manufacturers and component suppliers to ensure consistent quality.
* Drive supplier corrective actions and continuous improvement initiatives. Customer Quality
* Lead customer quality responses and investigations.
* Manage customer complaints and field quality issues.
* Support customer audits and quality assessments.
* Develop quality metrics that improve customer satisfaction and product reliability. Quality Culture & Continuous Improvement
* Promote a company-wide culture where quality is everyone's responsibility.
* Train employees on quality systems, best practices, and continuous improvement methodologies.
* Define, monitor and continuously improve Quality KPIs that drive operational excellence. Leadership
* Build and mentor the Quality organization as the company grows.
* Collaborate across R&D, Engineering, Operations, Supply Chain and Executive Leadership.
* Serve as the company's quality advocate internally and externally.

We are looking for talented, motivated graduates to join our intensive training program. Program Highlights: Duration: 3-month intensive bootcamp. Cost: 100% Free. Location: abras offices in Ra'anana The Big Opportunity: Top graduates will be offered a full-time position at a leading defense company immediately upon completion!

Create and modify CAD models for parts/assemblies supporting design iteration. Run structural simulations (static, dynamic, vibration, fatigue, nonlinear). Drive simulation-based improvements in weight, cost, reliability. Collaborate with mechanical, thermal, electrical and system engineers. Build and validate high-fidelity models (materials, contacts, boundary conditions). Correlate simulation with TEST data and refine models/designs. Support product development from concept through prototyping, DVT/PVT and production. Apply DFM/DFA. Produce drawings, GD T and release documentation.

Develop and execute TEST plans for battery cells, modules, and packs (performance, lifecycle, safety, environmental). Support prototype builds and validation. Operate TEST equipment (cyclers, thermal chambers, power supplies, load banks, DAQ). Analyze data for capacity, efficiency, degradation, thermal behavior, and failures. Define procedures, acceptance criteria, and reports per requirements and standards. Perform abuse and safety testing. Investigate anomalies and root cause issues. Collaborate with engineering teams to correlate results with design. Maintain documentation, lab records, and calibration status.

abra professional services is seeking a talented Aeromechanical Engineer If you are looking for a meaningful technological journey filled with multidisciplinary challenges, come and be a part of our story. As an Aeromechanical Engineer, you will join our Aeromechanics Team within the Platform Development Division at the company’s Modi'in site. Key Responsibilities:
* Participate in the mechanical design of airborne structures, mechanisms, and aircraft systems.
* Drive end-to-end development and validation, from initial conceptual design through to mass production.
* Improve, optimize, and upgrade existing operational products.
* Oversee production accompaniment, environmental/flight testing, and the preparation of detailed engineering drawings.
* Author technical requirements, design specifications, and engineering reports.