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A leading Defense-Tech startup, developing advanced electro-optical systems for real-world defense applications, is looking for a Senior Mechanical Design Engineer to join the R&D team and take a hands-on role in designing and developing mechanical systems and assemblies, from concept through production. The role offers significant ownership and involvement in solving complex engineering challenges.



Responsibilities

Lead end-to-end mechanical development, from concept and design through production and field support.
Design, prototype, test, and validate mechanical systems and components.
Design cameras, lenses, enclosures, and electromechanical assemblies.
Optimize designs for performance, reliability, and manufacturability.
Create and maintain technical drawings, specifications, and test procedures.
Own multiple projects and independently drive solutions to complex mechanical challenges.
Collaborate with multidisciplinary teams to deliver integrated, production-ready solutions.
Work with manufacturing technologies including CNC, sheet metal, molding, and 3D printing.
Design mechanisms and enclosures for harsh environmental conditions.
Support vibration and shock testing and qualification.

Required Senior Mechanical Engineer
Description
A fast-growing global medical device company, developing and manufacturing innovative drug delivery and infusion solutions across the continuum of care: from the hospital to the home. As part of our growth and commitment to innovation, we are expanding our R&D department and looking for a Senior Mechanical Engineer to join our Mechanical team in the R&D department. Join us as we continue to grow and make a meaningful impact on healthcare worldwide
Mechanical design and development of multidisciplinary medical devices, primarily infusion pumps and related accessories, with a focus on mechanism development and compact electro-mechanical packaging.
Lead the mechanical aspects of the design and development of new products, from concept through production, while providing ongoing engineering support for the companys existing product portfolio
Direct Manager: Mechanics & HW Director.

A fast-growing international medical device company that develops and manufactures innovative medical equipment. We are looking for a Process Engineer to join our Manufacturing Engineering team.
Job Description:
The Process Engineer will lead engineering changes and qualify manufacturing processes - on our production floor and at our subcontractors in Israel and abroad - while providing hands-on technical support to production.
Lead engineering changes (ECOs) end-to-end, from definition and impact assessment, through implementation on the production floor, to formal closure.
Plan and execute process verification and validation activities, including IQ/OQ/PQ protocols and reports.
Lead process qualification at subcontractors in Israel and abroad, including new and replaced equipment and production lines.
Support injection molding activities: DFM reviews with the molder, mold qualification and evaluation of samples.
Provide hands-on engineering support to production and final test lines, and define jigs, fixtures and process parameters.
Conduct technical investigations and root cause analysis as part of the NCMR process, and drive corrective actions to closure.
Develop, improve and optimize manufacturing and assembly processes, based on production and yield data.
Work closely with Production, Quality, Regulatory, R&D and Purchasing, and manage internal and external stakeholders.
Direct Manager: Engineering Manager.

We're a global team of creative experts, bringing our unique backgrounds and bold ideas to push boundaries and help each other grow. Because full product development-from design to qualification to production-is within our team, were able to think differently, experiment more, and work quickly. Join us to power the future of the digital world.


YOUR IMPACT

Build, lead, and mentor a team of mechanical design engineers responsible for Engineering Validation Board (EVB) mechanical development.

Define team priorities, project plans, and resource allocation in collaboration with Hardware Program Managers and cross-functional engineering teams.

Lead the mechanical design of complex EVBs, including board-level mechanics, fixtures, thermal solutions, structural components, and lab infrastructure.

Drive Design for Manufacturing (DFM), Design for Assembly (DFA), and Design for Test (DFT) to ensure efficient prototype builds and engineering validation.

Develop innovative mechanical concepts to support aggressive product development schedules and multiple concurrent programs.

Partner closely with Electrical Engineering, PCB Layout, Signal Integrity (SI), Power Integrity (PI), Thermal Engineering, Packaging, and Contract Manufacturers throughout the product lifecycle.

Support prototype assembly, debugging, validation, and bring-up activities, ensuring rapid issue resolution.

Lead root cause investigations, failure analysis, and corrective actions for mechanical and assembly-related issues.

Perform design reviews, risk assessments, and implement mitigation plans to improve product quality, reliability, and execution.

Define and continuously improve mechanical design methodologies, engineering processes, and best practices for EVB development.

Work closely with external suppliers and contract manufacturers to ensure manufacturability, quality, cost optimization, and schedule execution.

At Infinidat, a Lenovo company, we empower enterprises and service providers with cutting-edge storage platforms that redefine performance, reliability, and cyber resilience at scale. If you have a strong background in NPI processes, experience in PLM, strong self-learning capabilities, and leading tasks E2E, we’d like to meet you! The NPI engineer will be responsible for the configuration control of INFINIDAT products, and all aspects of NPI processes.

Responsibilities:

* Building and managing Production files: BOMs, Product documentation, working instructions, and drawings.
* Transfer to Production of new products - Full NPI processes.
* Conducting and implementing product changes (ECOs, deviations) and configuration control, managing product lifecycle E2E.
* Ongoing technical support at FTK sub-contractor's production line sites (IL and US) with existing and new products, an initiative for production line continuous improvement.
* Lead the company certifications and compliance maintenance -International and sustainability.
* Work closely with various departments in the company to define manufacturing procedures.

we are looking for a Platform Enablement & AI Engineer.
The Platform Enablement & Automation team owns configuration management across products and services, defining how they operate for different customers, partners, and markets. This scope spans pricing and fee structures, eligibility and limit policies, onboarding, and the business rules and operational controls that govern product behavior across regions.
The team functions as the rapid-delivery layer between a business requirement and a fully productized solution. When a business unit requires a new capability, a pricing change, or a configuration deployed at short notice, the team delivers it at production quality without waiting for the full product and engineering build cycle. To operate at scale, the team builds and owns its internal platform, and is progressively evolving into an AI-native, automation-first function.
This is a hands-on, individual-contributor position focused on engineering delivery and technical ownership rather than people management. The successful candidate will serve as a core builder of the platform, working across the full technology stack, from user interface through backend services to data and deployment, and will provide the technical depth and redundancy that prevents the platform from depending on any single individual.
Working in close partnership with the business teams the platform serves, the successful candidate will translate their requirements directly into working software and help extend the platform outward as it grows to support strategic partners. The role also partners with the team's Director to shape the platform roadmap and deliver against it, in daily collaboration with R&D and Product in Glilot.

We are looking for an experienced, visionary Product Manager to lead the end-to-end product lifecycle of our advanced, multi-disciplinary Counter-Unmanned Aerial (C-UAS) platform. In this role, you will lead a highly complex multi-layer system integrating sensor technologies, including our Cyber and additional layers such as: Radar, Electro-Optics (EO/IR), Jammers, etc.
Key Responsibilities:
Inbound Product Management & R&D Collaboration: Work closely with R&D teams. Collaborate with the PLUS R&D lead, System engineers, SW and HW teams about all product SW & HW, including the product's current development and roadmap aspects.
Cross-Functional Leadership: Lead and synchronize activities across R&D, System Engineering, Operations, and Sales to ensure aligned execution.
Support Pre-Sale and Sales teams with deep technical expertise, high-level customer presentations, competitive analysis, and Go-To-Market (GTM) strategies.
Partner relationship: Drive strategic collaboration and technical integration with local and international subcontractors and technology partners.
Product Innovation: Bring out-of-the-box thinking to drive product maturity, identify unique value propositions, and maintain a competitive edge in the global market.

We are seeking an experienced, highly technical Senior Hardware Product Manager to own the end-to-end product lifecycle, operational sustaining, regulatory qualification, and sales enablement for our deployment kits and complex hardware configurations. In this role, you will serve as the single point of truth for major strategic kit initiatives.
You will bridge hardware engineering, manufacturing scaling, regulatory compliance, and commercial execution- working cross-functionally across R&D, System Engineering, Operations, Quality, and Sales to drive physical product maturity, reliability, and market deployment.
Key Responsibilities:
HW Product Ownership & PLCM: Own the end-to-end PLCM policy for deployment kits, managing product roadmap, definitions and execution through release and ongoing lifecycle evolution.
Inbound Leadership: Drive internal initiatives and prioritize System, SW and HW team efforts to ensure aligned execution.
Domain SME: Serve as the primary technical subject matter expert for deployment form factors, environmental constraints, and hardware kit capabilities.
Operations & Sustaining: Sustain day-to-day hardware health including design for manufacturability, supply chain issue mitigation, production scaling support, and root-cause resolution of field hardware defects (RMAs) with Quality and R&D.
Compliance, Qualification & Certification: Oversee kit-level regulatory, military, and environmental testing such as FCC/CE, MIL-STD 810/461, EMC/EMF etc.
Sales Enablement: Drive domain-specific sales enablement, including marketing materials, user documents (Installation Manuals, ICDs, Product Descriptions), and technical support for presale and customer inquiries.

Were seeking passionate professionals who thrive in a fast-paced, creative, and collaborative environment - those who want to be part of the next generation of airspace security innovation.
In this role, you will be responsible for all mechanical aspects of the product, working closely with hardware, production, operations, and product teams.
The role includes technical leadership of complex mechanical designs, including:
Design from scratch alongside retrofitting and improving existing designs.
Complex thermal management.
Withstanding dynamic profiles (mainly vehicle-related and wind loads).
Protection against electromagnetic interference (EMI/EMC).
Design for sealing.

we are seeking for an experienced Lead ATE Development Engineer to take ownership of the end-to-end design and implementation of test solutions for airborne systems and electronic assemblies. In this role, you will define the testing strategy, develop advanced test equipment, and integrate test capabilities across development, integration, and manufacturing processes.
Job Description:
Lead the design and development of Automated Test Equipment (ATE) for electronic boards, assemblies, and airborne systems.
Define test architectures, requirements, interfaces, and test coverage methodologies.
Design and integrate hardware, wiring, measurement equipment, simulators, and test software.
Develop engineering specifications, test procedures, operating instructions, and technical documentation.
Perform verification and validation activities, troubleshoot failures, and improve diagnostic capabilities.
Promote Design for Testability (DFT) practices in collaboration with hardware, software, and system engineering teams.
Support the transition of test systems from development to production and assist with qualification and acceptance testing.
Manage technical interactions with suppliers and subcontractors.

We are seeking an experienced and multifaceted Mechanical NPI & Manufacturing Engineer to own mechanical systems engineering, manufacturing transfer, advanced packaging, and thermal/liquid cooling integration across our high-performance networking portfolio.
In this role, you will lead end-to-end mechanical execution from late-stage R&D through volume manufacturing at global EMS/ODM facilities. Your scope spans chassis-level systems up to full-rack scale integration, custom packaging/palletization design, and advanced data center liquid cooling architectures. You will serve as the technical authority for mechanical quality, supplier qualification, transit reliability, and production line optimization.
Key Responsibilities
NPI Transfer & Manufacturing Execution:
Lead seamless NPI-to-mass-production transfers, cataloging & verifying BOM completeness, 2D/3D drawing releases, and fabrication readiness for standalone switches and fully integrated rack systems.
Author, validate, and maintain detailed Mechanical Assembly & Process Instructions for global contract manufacturing lines.
Define together with R&D precision assembly parameters: torque specifications, fastening tooling, screw tightening sequences, and structural assembly guidelines.
Design, validate, and commission mechanical assembly jigs, alignment fixtures, and high efficiancy tooling to ensure repeatable line assembly.
Advanced Packaging, Palletization & Logistics Engineering:
Design and validate primary and secondary packaging solutions, including custom cushioning (EPE/EPP foam), corrugated structures, and chassis transit protection.
Define ESD shielding, Moisture Barrier Bags (MBB), and desiccant requirements for high-sensitivity optical and electronic assemblies.
Optimize palletization patterns, container cube utilization, stacking strength calculations, and pallet weight distribution for global freight.
Plan, execute, and certify transit/drop testing in accordance with international standards.
Manage day-to-day shipping deviations, packaging waivers, and disposition of in-transit damage.
Labeling & Regulatory Compliance Integration:
Design unit, carton, and pallet labels; select and qualify label substrates, adhesives, and print ribbons for environmental durability (abrasion, high temperature, humidity, UV resistance per UL standards).
Manage the physical integration and placement of global regulatory markings on chassis surfaces, rating plates, and packaging.
Thermal Management & Liquid Cooling Architecture:
Address mechanical-thermal integration challenges within high-power chassis and optical cages .
Oversee mechanical validation and assembly of Liquid Cooling systems for high-density compute/switching gear, including cold plates, manifolds, quick disconnects , hoses/piping routing, fluid loop integrity, and leak detection mechanisms.

Required Mechanical Technician / Service Engineer
What will your job look like:
Full assembly integration for Humanoid robots
Maintenance and problem solving
Work with all the company departments
Mechanical assemblies
Work with a variety of tools and work methods
Cable harness making
Soldering wires and components to PCBs