דרושים » ייצור ותעשייה » Mechanical Design team leader

MSD Animal Health Technology Labs specializes in the development of animal health management solutions. We are a multidisciplinary product company, a diverse team of ~450 closely collaborating scientists, AI experts, software, hardware, and mechanical engineers… working alongside veterinarians and other animal experts. Our passion? Shaping the future of animal health and well-being (for much better!). Our products and platforms identify trends and predict the likelihood of health outcomes for HUNDREDS of MILLIONS of animals each year, from pets, to poultry, farm animals, and even fish. We provide actionable insights for veterinarians, farmers, and producers, changing the way people care for animals in 150 markets. So, if you’re looking to work in a company that combines pioneering science and technology, dedicated colleagues, and animals, you’ll find it all here – come join us! We are seeking a skilled and experienced Mechanical Design Engineer to join our dynamic team in the development of physical products aimed at monitoring the wellbeing of livestock, farm and companion animals. As a part of our team, you will play a crucial role in designing and developing innovative solutions that contribute to improving animal health.
Responsibilities: · Collaborate with cross-functional teams to understand requirements and develop new design concepts. · Utilize SolidWorks or similar CAD software to create detailed mechanical designs, ensuring accuracy, functionality, and manufacturability. · Perform detailed plastic part design, considering factors like material selection, injection moulding processes, and structural integrity. · Create electro-mechanical and mechanical assemblies, that meet the required torque, force, speed, reliability, safety and cost. · Design parts and assemblies for both domestic and agricultural use. Meeting requirements for Ingress Protection, UV, Impact resistance, Temperature, Humidity, chemical resistance, and corrosion resistance. · Design for manual assembly and/or automation - using Design for Assembly tools to analysis assembly efficiency · Manage, communicate and prioritise risks using an FMEA. · Create technical specifications, test plans, acceptance criteria and work breakdowns. · Utilize SolidWorks Simulation or equivalent tools to evaluate the performance and structural integrity of designs, including static stress analysis, fatigue analysis, and mould flow. · Apply statistical techniques and tools, with Minitab, excel or other, to analyse data to understand and improve product performance, reliability and quality. · Employ statistical methods, such as Design of Experiments (DOE) and tolerance analysis, to optimize development testing and design. · Develop a broad understanding and hands-on experience with various manufacturing processes and technologies, including ultrasonic welding, laser marking, laser welding, design for assembly, and joining technologies (e.g., clip and snap fits). · Collaborate with suppliers and manufacturing teams to ensure seamless transition from design to production, addressing any manufacturing challenges or issues that arise. · Prepare design reviews, provide technical input, and contribute to the continuous improvement of the design processes and methodologies. · Perform prototyping, testing and other empirical analysis.

We are seeking a highly motivated and hands-on Mechanical Development Engineer to join our multidisciplinary innovation team.
In this pivotal role, you will assume end-to-end ownership of the mechanical design for our core device and its associated test systems.
You will collaborate closely with experts in electronics, firmware, and biofeedback analysis, contributing to both current device improvements and the early-stage development of future accessories and essential testing equipment. A key aspect of this role involves participating in ongoing research for new sensor integrations and exploring potential form factors. This position uniquely bridges mechanical design, complex sensor integration, rapid prototyping, and critical engineering support, playing a vital part in maintaining and enhancing our hardware excellence as we continue to grow and innovate.
Key Responsibilities:
Mechanical Design Leadership: Lead the mechanical design of complex device components and related test systems, guiding them from initial concept through validated prototypes, and ultimately to mass production-ready final parts.
Sensor & Microcontroller Integration: Expertly integrate both mechanically and electronically various sensors and microcontrollers (e.g., Arduino, Raspberry Pi, using platforms that mimic device constraints) into lab setups and device concepts.
Complex Environmental Handling: Design mechanical core components required to accurately handle and integrate flow, pressure, humidity, temperature, and other intricate mechanical constraints. Expertise in these domains is essential.
Cross-Functional Collaboration: Collaborate effectively with production and engineering teams to proactively identify and resolve design, quality, and test-related challenges.
Innovation & Prototyping: Co-develop and rigorously test innovation boards and prototypes that pave the way for future hardware directions and product lines.
Lab Management: Set up and meticulously maintain the mechanical lab environment, including defining needs, managing tools, and ensuring all equipment is calibrated and ready for use.

Eitan Medical is a fast-growing global medical device company, developing and manufacturing innovative infusion solutions across the continuum of care- from the hospital to the home. We are seeking an experienced Manufacturing Engineering Manager to join our team and report directly to the COO. The Team leader will manage all Engineering activities, employees, and projects, ranging from Design Transfer and cost reduction to production stability. The Team leader will be a significant member of the Operations management team. Job Description: 1. Manages the day-to-day activities of the Engineering team as well as the management and execution of team’s projects against project plans and company goals. 2. Provides guidance and direction, as well as hands-on resource and project management, for all Engineering activities. 3. Optimizes the manufacturing lines, continuously support and improve efficiency, quality, and safety. 4. Analyse and resolve process issues, ensuring consistent and reliable production output. 5. Organize manufacturing validation activities for new and existing products to ensure product specifications and procedures are achieved. 6. Lead investigations of manufacturing deviations (NCMR) and process failures and identify root causes that will lead to applicable corrective actions. 7. Work closely with R&D on product deviations investigations and troubleshooting resulted from the production line. 8. Extending process and product Engineering controls to outsourced manufacturing of administration sets (single use sterile products), ensuring alignment with company standards and regulatory requirements. 9. Managing design transfer processes from design freeze to the implementation of stable and validated production line. 10. Lead Engineering changes (ECO) and process experiments. 11. Provide guidance on the Engineering workshop activities, including equipment/ fixtures (Jigs) purchasing, calibration and maintenance. 12. Collaborate with cross-functional teams, including R&D, manufacturing, quality, and supply chain, to implement process corrective actions and improvements. 13. Supporting the Quality and production departments as needed. 14. Proactively leads cost reduction initiatives and supports operational excellence projects.

the pioneer of SWIR sensing technology. Based on nanophotonics research, technology is disrupting the world of vision sensors for the defense and industrial markets along with other exciting applications.
We are looking for a Mechanical Design Engineer to join our mechanical team, designing our cutting edge products and being involved with a variety of aspects.

Your Day to Day
Responsibility for an end-to-end mechanical and optomechanical design, development, and manufacturing of an electro-optical sensing system, incorporating laser sources, sensors, optics, electrical hardware, and thermal modules.
Full ownership of the mechanical solution including design, analysis, reviews, drawings, manufacturing, assembly support, tests, and experiments.
Design jigs and develop tools to support different R&D efforts.
Collaborate with various R&D disciplines (including Electro-Optics, Photonics, Electronics, and System engineering) to jointly develop a product that aligns with system requirements.

Why should you?
Leading the SWIR revolution: is redefining the way machine vision systems perceive the environment with its breakthrough Short Wave Infrared (SWIR) sensing technology providing HD SWIR imaging and 3D deterministic depth information under all lighting and weather conditions.
Timing is everything: This is your opportunity to be a part of a fast-growing deep-tech company backed by industry leaders, as it enters a significant stage of global growth
Make yourself at home: Our beautiful and modern offices in Tel Aviv, conveniently situated near all public transportation options, are designed to provide you with a comfortable and welcoming environment
Unlocking your potential: Be a part of an empowering, multidisciplinary team who strongly believes in constant learning and knowledge sharing, offering a range of growth opportunities
Competitive benefits package: Free gym membership, parking, holidays and birthday gifts, Cibus, generous vacation allowance, happy hours and team events, etc.

Power the Future with us! At SolarEdge (NASDAQ: SEDG), we're a global leader in smart energy technology, with over 4,000 employees, offices in 34 countries, and millions of installations worldwide. Our innovative solutions include solar inverters, battery storage, backup systems, EV charging, and AI-based energy management. We're committed to making clean, green energy the primary power source for homes, businesses, and beyond. With the growing demand for electricity, the need for smart, clean energy sources is constantly rising. SolarEdge offers amazing opportunities to develop your skills in a multidisciplinary environment, covering everything from research and development to production and customer supply. Work with talented colleagues, tackle exciting challenges, and help create a sustainable future in an industry that's always evolving and innovating. Join us and be part of a company that values creativity, agility, and impactful work. What you will be doing:
* Support production lines and manage field issues
* Investigate production failures and suggest solutions
* Define and approve mechanical components and fasteners
* Review first article inspections reports (FAI) and approve parts for mass production

Country:
Israel

City:
Herzliya

We're Hiring: Mechanical Design Engineer  a leading product development studio working across the Israeli and international markets. We specialize in designing and engineering cutting-edge consumer products, medical devices, and electro-mechanical systems.Were looking for a skilled, creative, and highly motivated Mechanical Design Engineer to join our multidisciplinary team and take part in exciting projects that make real-world impact.What Youll Do:Design and develop innovative products from concept to productionCollaborate with industrial designers, electronics engineers, and basically every scientific discipline Work with global suppliers and manufacturersSolve complex mechanical challenges across various industries

the forefront of innovation, pioneering advanced LiDAR technology that shapes the future of autonomous vehicles. Our cutting-edge LiDAR systems, trusted by industry leaders like BMW and Volkswagen, are redefining what's possible in automotive technology.

We are looking for a Mechanical Automation Engineer to lead product DFA (Design for Automation/Assembly), lead E2E POC activities, and develop automated assembly machines and lines for mass and low production.

Responsibilities:
Lead product DFM/A (Design for Automation/Assembly), based on mechanical drawings and POCs.
Mechanical drawings review and tolerance stack-up analysis.
Plan and Conduct POCs for the mechanical assemblies based on the designed JIGs/setups.
Work closely with all R&D departments to lead product design changes based on the POCs analysis.
Development of a robotic end of arm tools such as PnP, Screwing, Dispensing, etc.
Development of an automatic/semi-automatic machines and setups including machine mechanical structure, tools, and interfaces to all machine systems such as conveyors, sensors, electrical and motion systems.
Development of a mass production JIGs and Pallet common supports.
Integration of the designed setups and tools in production.

ART MEDICAL is a well-funded medical startup transforming ICU care through advanced technology and innovation. Our smART+™ platform is an intelligent, sensor-based solution that optimizes nutrition delivery while reducing the risks of ventilator-associated pneumonia and malnutrition. Supported by clinical trials, we are setting a new standard in critical care by achieving nearly 100% feeding efficiency and reducing ICU stays by an average of 3.3 days. We are looking for a talented Mechanical Engineer to join our collaborative and growing engineering team. This is a temporary position for a period of approximately 6-9 months, with an option to extend to permanent employment. As a member of the team, the suitable candidate will perform the following tasks:
* Optimizing the manufacturing line for mass production, including mechanical design of new machines and jigs, identifying and addressing bottlenecks.
* Conducting failure investigations and implementing process improvements using various engineering methods (e.g., mechanical design, sheet metal, programmed controllers, etc.).
* Performing validations and developing detailed work instructions to support production and quality assurance processes.

Join us Were Expanding Our Engineering Team!
A global leader in the development and production of advanced satellite communication systems, is growing its Engineering Department. Our innovative solutions serve the aerospace, defense, and commercial sectors, providing reliable connectivity across air, sea, and land platforms. We are looking for a skilled and detail-oriented Configuration Control engineer to help drive excellence in product lifecycle management across our multidisciplinary engineering environment.
Manage product configuration throughout the entire lifecycle, including hardware, software, and engineering documentation.
Establish and maintain complex Bills of Materials (BOMs), covering mechanical, electronic, and software subsystems.
Lead Engineering Change processes (ECR/ECO), including documentation control and version management.
Utilize PLM, PDM, and ERP systems to manage releases, revisions, and engineering changes.
Implement and maintain configuration control processes in compliance with internal procedures and industry standards.
Oversee the documentation and management of engineering drawings, technical specifications, and related materials.
Coordinate change implementation with cross-functional teams: engineering (system, mechanical, hardware, software), manufacturing, quality, and logistics.
Deliver training sessions and certifications related to configuration management processes and tools.
Support internal and external audits, including those conducted by customers and regulatory bodies.

We are looking for a Mechanical Engineer who can apply their expertise networking switch design to help develop solutions for the next generation advanced networking switch concepts as well as supporting legacy mechanic setups and improve them.
Responsibilities:
1. Development of new products including execution on concept, design, drawings,
vendor selection, part evaluation, and product builds
2. Generate rapid prototypes
3. Perform tolerance analysis of mechanical structures
4. Perform thermal simulations to determine thermal resistances, power dissipation,
as well as mechanical stress over temperature
5. The use of tools like Flotherm to generate models of complex electronic
assemblies under various conditions