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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.

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 believe in giving back to help those in need in the communities where we live and work. And are equally committed to creating a healthier environment and planet through our sustainability efforts.

Job Summary
In this hybrid role (3 days in the office/2 days remote), you will be leading Engineering activities, such as engineering projects and processes, NPI projects, Leading HS&E activities and more.

Coordinate multiple projects simultaneously within Engineering. Formulate, plan, and execute completion of projects in conjunction with technical leads to targeted timelines in a manner compliant to applicable governance policies and procedures. Responsible for compiling reporting status and critical issues to management and customers. Provides analysis for project plans and schedules to identify critical path(s), optimize plans, facilitate discussions between team members. In addition, perform validation of manufacturing equipment, issue documentation such as: validation reports/ protocols, SOPs and Technical docs, on site production support inc. machine repair, failure investigation and more.

Essential Duties and Responsibilities
Lead and manage High volume cross functional and cross organizational engineering projects.
Plan, track, and manage program schedules in DevOps and Microsoft Project.
Drives transparency of program workloads, financial, commitments, and expectations. Analyze, Forecast and Report the program budget.
Monitor resource needs and issues, work closely with resource managers to develop action plans to ensure program commitments remain on track. Compliments team deficiencies and drives financial accountability
Support the development of business cases on assigned programs and track ROI for business initiatives including cost, benefits, and risk.
Knowledge transfer and updating from R&D to Production Floor, for new products, new manufacturing process, new equipment, machines.

As a Senior R&D Process Development Engineer , you will play a key role in a multidisciplinary engineering team driving the design, development, and launch of next‑generation manufacturing platforms that enable future CT detector technologies. You will work closely with design and hardware teams to translate breakthrough concepts into scalable, automated production processes that deliver reliability, precision, and manufacturability at scale.

Your role:
Team Collaboration: Work as a key member of the R&D process team to develop, test, and implement automated assembly solutions for future products.
Process Development: design and optimization of new automatic assembly lines, specifically for high-precision CT detector modules.
Hands-on Implementation: Support the integration and fine-tuning of Die Attach systems and Epoxy/solder Dispensing processes within the R&D lab and pilot lines.
DFM Support: Participate in design reviews to provide DFM (Design for Manufacturing) insights, ensuring that new detector designs are optimized for assembly.
Technology Evaluation: Assist in benchmarking and testing new manufacturing technologies and equipment to determine their feasibility for future product lines.
Validation & Documentation: Execute DOEs (Design of Experiments) and document process characterization as part of the teams effort to meet medical regulatory standards.

This role is suitable for engineers in early stages of their career, with strong hands‑on orientation and willingness to grow into broader system responsibilities. The Mechanical Engineer is responsible for mechanical design and development of components & sub- assemblies within the complex detection systems for CT machines. You will progressively take full ownership of end‑to‑end mechanical deliverables, ensuring design quality and robustness throughout the entire product lifecycle. This includes responsibility from initial concept and preliminary design through critical design, prototyping, manufacturing transfer, and ongoing production support.

Your role:

Perform mechanical design - CAD models, drawings, prototype manufacturing, and production transfer

Perform mechanical calculations and analyses including hand calculations, tolerance analysis, and basic FEA

Perform testing, troubleshooting, and documenting of mechanical units/subsystems of small to medium scope

Prepare engineering documentation - specifications, drawings, test reports

Analyze and propose mechanical solutions to DMS subsystem challenges. Ability to evaluate & define the design correction - when needed

Under guidance of senior engineers and management, actively participate in system‑level design reviews and integration, contributing mechanical input.

We are seeking an experienced and self-driven Systems Engineering Functional Manager to lead our systems engineering team for our CT/AMI detection platform (DMS). This team is responsible for the full lifecycle of system-level development from systems design, requirements management, architecture design, execution of technical reviews, setting the integration plan to verification, validation, and regulatory compliance.

Your role:
Lead and mentor a multidisciplinary systems engineering team, fostering growth, collaboration, and technical excellence.
Provide strategic and hands-on technical guidance in the development of CT/AMI detection platforms.
Oversee engineering planning and execution to support complex project ensuring timelines and quality standards are met.
Resource assignment and prioritization including headcount and budget management.
Working across functions and team boundaries to define, design, and implement the next generation of products.
Decision making in cross-disciplinary and architectural aspects.
Drive continuous improvement in engineering and systems engineering processes and tools.
Support audits and regulatory inspections as a subject matter expert.
Represent DMS System Design in global engineering forums and initiatives.

In this role, you will lead all mechanical aspects of the product in R&D projects, taking it from concept to full scale development while working with multidisciplinary teams that include system engineering, physics, electronics, software, project managers, and others. You will serve as a technical focal point for mechanical design decisions, balancing performance, manufacturability, reliability, and cost.

Your role:

Lead the mechanical design including 3D models, drawings, prototype manufacturing, and production transfer.

Provide solutions that optimize performance, service, manufacturability, and cost.

Perform required analysis, testing, troubleshooting, and documentation.

Work with local and global teams inside and outside Philips to answer design, service, and production challenges.

Own mechanical risk identification, mitigation plans, and design reviews.

Operate in a multidisciplinary environment under conflicting constraints of performance, reliability, cost, and development schedule.