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We are currently looking for an PLM Expert (Teamcenter) (m/f/d) to join our talented Teamcenter services team in Israel.
In this role you will be responsible for designing, developing, implementing and supporting our PLM Product, Teamcenter. You will have the opportunity to work on some of the largest PLM projects in the region, often within regulated environments. We are happy to train you up in our market-leading PLM product.
This role can be based Airport City, Israel. Hybrid working is available, but you must be willing to travel to our customer sites.
A security classification is required for this position. Candidates with a valid, existing security classification are preferred.
How will you shape the world of tomorrow? Digitally and with a future-oriented mindset!
Participate in large Teamcenter implementation projects for the Israeli customers
Understand the goals of the project workstream to which you are assigned, the breakdown of project tasks, and be able to explain the workstreams' relationship to the overall solution
Designing, configuring, testing, data migration, production, and postproduction support
Support knowledge transfer (deliver training courses, user guides, coaching of Teamcenter key users)
Provide ongoing support and troubleshooting
Support the documentation and development of standard methodologies and the further development of our knowledge base.

ART MEDICAL is a fast-growing medical startup developing breakthrough solutions that improve patient safety and clinical outcomes in intensive care units worldwide. Our smART+™ platform is redefining critical care by optimizing nutrition delivery and reducing ICU stays through advanced sensor-based technology. We are looking for a talented Mechanical Engineer to join our multidisciplinary engineering team and take part in developing cutting-edge medical devices from design to production. In this role you will: ? Design mechanical equipment for mass-production lines ? Create and maintain engineering documentation (ECOs, validations, work instructions, routing cards, etc.) ? Improve production processes and support manufacturing activities ? Collaborate with cross-functional teams in a dynamic and innovative environment

We are looking for a Mechanical Team Lead who combines strong hands-on mechanical engineering expertise with leadership and people-management capabilities.
The role includes full responsibility for the mechanical domain, both from a technical and managerial perspective, throughout the entire product lifecycle - from concept and detailed design through production, assembly, and delivery.
You will oversee all mechanical aspects of the product while working closely with hardware, production, operations, and product teams.
In addition, you will be responsible for leading and mentoring a team of mechanical engineers, prioritizing tasks, ensuring design quality, and meeting project milestones.
The Team Lead will lead complex mechanical designs, including:
Design from scratch alongside retrofitting and improving existing designs
Complex thermal management
Withstanding dynamic profiles (mainly vehicle-related)
Protection against EMI/EMC
Design for sealing
Professional leadership and mentoring of the mechanical team
Task planning, prioritization, and workload management
Improving design methodologies, processes, and best practices
Participating in hiring, onboarding, and training of new team members

- Full technical ownership of assigned product lines across their lifecycle, serving as the senior engineering authority for sustaining activities.
- Lead mechanical design changes in multidisciplinary products to improve quality, reliability, manufacturability, serviceability, and customer experience.
- Drive cost-reduction initiatives (VAVE / Cost Down) through redesign of mechanical and electromechanical assemblies, materials, and manufacturing processes.
- Lead root cause analysis (RCA) and implement corrective and preventive actions (CAPA) for field failures and production issues.
- Provide ongoing engineering support to manufacturing and suppliers, including design optimization, tooling development, and first article inspections (FAI).

We are seeking a CAE/CAD Engineer to lead simulation-driven product development, combining analysis with hands-on design. The role includes creating and optimizing CAD models and running advanced simulations (structural, thermal, multiphysics, dynamic, fatigue, nonlinear) to improve performance, cost, and reliability. You will translate simulation insights into design decisions, build and validate high-fidelity models, and correlate results with testing. The position involves close collaboration with multidisciplinary teams and full product lifecycle ownership-from concept and prototyping (DVT/PVT) to production. Responsibilities also include applying DFM/DFA principles and producing engineering drawings and documentation for manufacturing.

Design and develop mechanical architectures for battery modules and systems, including enclosures, frames, mounts, compression, and safety features. Own the full mechanical design lifecycle-from concept and detailed design through prototyping, validation (DVT/PVT), and production release. Define requirements for strength, vibration, shock, sealing, thermal interfaces, and serviceability, and perform structural and fatigue analyses (FEA) to validate designs against industry standards. Collaborate closely with thermal, electrical, and system engineers to ensure proper integration of cells, busbars, and electronics. Support battery safety design, prototype builds, testing, and root-cause analysis, and maintain detailed drawings, BOMs, and engineering documentation.

We are looking for an experienced Mechanical Engineer to drive the design and development of advanced multidisciplinary systems from concept to manufacturing. In this role, you'll apply your technical expertise and problem-solving skills to deliver robust, innovative solutions that meet program goals, collaborating closely with cross-functional teams to ensure high-performance and reliability throughout every phase of development.

Main Responsibilities:

Translating customer and system requirements into robust and innovative solutions, while maintaining alignment with overall program goals and timeline.

Perform detailed mechanical design activities, including concept development, calculations and analysis, material selection, and design optimization.

Participate in design reviews and technical discussions, clearly presenting engineering approaches, trade-offs, risks, and mitigation strategies.

Utilize simulation and analytical tools to validate designs and ensure compliance with performance, reliability, and environmental requirements.

We are looking for a Senior Mechanical Design Engineer to own the end‑to‑end technical scope of Frames, Covers, and Sheet‑Metal Structures across HP Indigo digital press platforms-from early concept and mechanical architecture definition through detailed design, validation, and production release.

This is a hands‑on senior role for a highly experienced mechanical engineer who combines deep mechanical design expertise with system‑level thinking. You will be responsible for critical design decisions, mechanical architecture, structural concepts, sheet‑metal solutions, interface management, manufacturability, serviceability, and cost trade‑offs, while ensuring alignment with industrial design intent.

While this is not a formal people management role, technical leadership capability is essential. You will act as a technical focal point in the domain, influence decisions across teams through expertise and ownership, mentor engineers, drive cross‑functional alignment, and help raise the overall engineering standard around you.

This role suits a long term technical leader who seeks broader domain ownership and increasing technical influence over time.

Key Responsibilities

Own the mechanical concept, detailed design, and release of frames, covers, sheet‑metal assemblies, and structural press elements.

Define mechanical architecture, load paths, joining strategies, assembly concepts, service access, and robust design intent.

Lead sheet‑metal design with strong understanding of forming limits, bending behavior, tolerance stack‑up, assembly sequence, fastening methods, and GD&T.

Translate industrial design intent into feasible mechanical solutions while balancing appearance, robustness, serviceability, manufacturability, and cost.

Drive structural design decisions including stiffness, deflection, vibration sensitivity, mounting strategy, and interface management with adjacent subsystems.

Design and specify castings and machined parts as required, using sound DFM principles, supplier and process awareness, and appropriate surface treatments.

Apply design to cost thinking throughout development, including BOM awareness, manufacturing alternatives, cost drivers, and documented trade‑offs between performance, cost, quality, and reliability.

Lead technical discussions, design reviews, supplier interactions, and cross‑functional alignment within the Frames & Covers domain.

Mentor engineers and continuously improve design quality, drawing quality, checklist usage, and engineering decision‑making standards.