JOB OPENINGS
Discover a career at Ezz Medical Industries where you’ll be on the cutting edge of
developing life-saving technology. You will have the opportunity to impact your personal growth,
communities we serve, and share these experiences with your team.
- Develops products design industrial requirements and specifications according to product related ISO & IEC standards and market equivalent devices.
- Designs & evaluates mechanical subsystem modules that ensure full compliance to standard requirements and marketing requirements, to achieve required performance, safety, biocompatibility, and usability parameters along with artistic and aesthetics touch.
- Develops and test product prototypes to ensure fulfilling the design requirements.
- Designs products exterior casing according to industrial product design, usability, biocompatibility and manufacturing process requirements and best practices.
- Optimizes the design of mechanical parts to be manufactured using machining processes, sheet metal, 3D printing, or plastic molding techniques.
- Supervises, evaluates the manufacturing of spare parts using machining processes, sheet metal, 3D printing, or plastic molding techniques and review the inspection process to approve the acceptance of parts.
- Collaborates with R&D engineers to create and develop system prototypes according to the agreed designs
- Works with procurement team for scouting the required spare parts and service providers to build the product supply chain and provides the required technical support and follow up for the procurement process.
- Prepares the product design for manufacturing (DFM), Design for assembly (DFA) and production Ramp-UP requirements.
- Prepares the required documentation (development process, design modifications, troubles, and assembly process) along with reports to be and presented to management.
- Applies human factor engineering, artistic, smart, and modern design considerations for product ergonomics and exterior design.
- Collaborates with R&D engineers to create and develop system prototypes according to the agreed designs.
- Prepares technical documentation and according to EMI design process to be submitted for CE and FDA certification.
- Educational Degrees: Bachelor’s degree in mechanical engineering or industrial design engineering, preferred master’s degree in same fields.
- Previous work experience: Medical devices R&D, home appliances, other electrical programmable devices R&D and automotive industry.
- Years of Experience: 5+ years
- Languages: English (fluent).
- Proven seniority and work expertise in industrial product design for medical devices, electrical home appliances or similar industries.
- Work expertise in product design usability, human factors engineering, device ergonomics concept deigns, artistic touch to design aesthetic and neat products.
- Strong background in manufacturing and prototyping techniques such as sheet metal works, machining, welding, 3D printing and mold injection techniques.
- Professional hands-on experience and high command in mechanical design (modelling and simulations) principles.
- Fundamentals of fluid mechanics.
- Fundamentals of hydraulic systems.
- Fundamentals of thermodynamics.
- Problem Solving.
- Influential and aesthetic and artistic design.
- Strong Organizational & Communication Skills.
- Analytical thinking.
- Creativity and flexible personality.
- Detail oriented.
- High commitment towards work responsibilities and working under pressure.
- Self-motivation.
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- Performs research and studies activities for medical devices’ electrical & software systems development according to IEC & ISO standards to make sure that the final product meets the international standards.
- Prepares the electrical subsystem design requirements, design guidelines and rework instructions.
- Applies the principles of electrical power, electronics, and electromagnetics to develop electrical systems suitable for use in Programmable Electrical Medical Devices.
- Evaluates systems’ safety, reliability, and performance for a fully integrated system design, and ensures achieving the required safety and performance parameters.
- Implements and reviews designs, simulation and modeling for components and PCBs.
- Reviews the electrical system design deliverables to ensure fully compliance to ISO requirements and design guidelines.
- Collaborates with R&D engineers to create and develop system prototypes according to the agreed designs.
- Tests systems’ hardware safety, reliability, and performance to prepare the device for software deployment & testing.
- Continuously improves electrical system design and implementation to achieve better operation parameters and overcome system defects.
- Creates technical reports to document design modifications, troubles, and assembly notes to be summarized and presented to management for further decisions.
- Bachelor’s degree in electrical engineering, Preferred MSc.
- Previous experience in (Medical Devices – automotive – Electronic system and PCB design)
- Strong background in power electronics and motor control driver’s design.
- Strong background in analogue circuits and filter design.
- Strong knowledge about principles of electromagnetic, RF design & compatibility theories.
- Problem Solving
- Strong Organizational & Communication Skills.
- Analytical thinking.
- Detail oriented.
- High commitment towards work responsibilities and working under pressure.
- High command of electronics (PCB) & circuits design software (Eagle & Altium).
- High command of electronics (PCB) & circuits simulation software (Multisim, LT Spice & Proteus).
- High command of AutoCAD electrical.
- High command of C programming.
- Proven expertise in electronic systems (PCB) design, and microcontroller systems.
- High Command of embedded systems instrumentation & communication such as CAN, I2C, SPI & UART.
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- Performs research and studies activities for medical devices’ electrical & software systems development according to IEC & ISO standards.
- Applies the principles of electrical power, electronics, and electromagnetics to develop electrical systems suitable for use in Programmable Electrical Medical Devices.
- Implements designs, simulation and modeling for components and PCBs.
- Collaborates with R&D engineers to create and develop system prototypes according to the agreed designs.
- Tests systems’ hardware (Components & PCBs) safety, reliability, and performance to prepare the device for software deployment & testing.
- Creates technical documentation for design, Inspection, and assembly required for products' certification.
- Bachelor’s degree in electrical engineering.
- Preferred experience in (Medical Devices – automotive – Electronic system and PCB design).
- Very good knowledge in power electronics and motor control driver’s design.
- Very good knowledge in analogue circuits and filter design.
- Good knowledge about principles of electromagnetic, RF design & compatibility theories.
- Problem Solving
- Strong Organizational & Communication Skills.
- Analytical thinking.
- Detail oriented.
- High commitment.
- Team working.
- High command of electronics (PCB) & circuits design software (Eagle & Altium).
- High command of electronics (PCB) & circuits simulation software (Multisim, LT Spice & Proteus).
- High command of AutoCAD electrical.
- Good command of embedded software development.
- Proven expertise in electronic systems (PCB) design, and microcontroller systems.
- High Command of embedded systems instrumentation & communication such as CAN, I2C, SPI & UART.
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- Develops products design mechanical requirements and specifications according to product related ISO & IEC standards and market equivalent devices.
- Designs & evaluates mechanical subsystem modules that ensure full compliance to standard requirements and marketing requirements, to achieve required performance, safety, and biocompatibility.
- Develops and test product prototypes to ensure fulfilling the design requirements.
- Design and review of mechanical parts to be procured or manufactured using machining processes, sheet metal, 3D printing, or plastic molding techniques.
- Supervises, evaluates the manufacturing of spare parts using machining processes, sheet metal, 3D printing, or plastic molding techniques and review the inspection process to approve the acceptance of parts.
- Collaborates with R&D engineers to create and develop system prototypes according to the agreed design.
- Implements and review mechanical system modelling, simulation, and analysis.
- Prepares the technical documentation (development process, design modifications, troubles, and assembly process) required for products certification.
- Bachelor’s degree in mechanical engineering, preferred master’s degree in same fields.
- Years of experience 4-10.
- Very good background in manufacturing and prototyping techniques such as sheet metal works, machining, welding, 3D printing and mold injection techniques.
- High Command and strong experience in (CFD analysis, Thermal analysis, stress and load analysis)
- Strong knowledge about the fundamentals of fluid mechanics, and pneumatic systems.
- Very good knowledge of the fundamentals of hydraulic systems.
- Very good knowledge of the fundamentals of thermodynamics.
- Problem solving
- Strong communication Skills.
- Analytical thinking.
- Detail oriented.
- High commitment towards work responsibilities.
- Perfect communication skills.
- Leadership.
- Proven work experience in: Medical devices R&D, home appliances, automotive industry. R&D and other electrical programmable devices R&D and automotive industry.
- Proven expertise and high command in mechanical design (modelling and simulations).
- High command in modelling software such as (Inventor & SolidWorks).
- High command in mechanical analysis software such as Ansys.
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- Designs mechanical subsystem modules that ensure full compliance to standard requirements and marketing requirements, to achieve required performance, safety, and biocompatibility according to mechanical subsystem requirements.
- Develops and test product prototypes to ensure fulfilling the design requirements.
- Design mechanical parts to be procured or manufactured using machining processes, sheet metal, 3D printing, or plastic molding techniques.
- Inspects the manufacturing of spare parts using machining processes, sheet metal, 3D printing, or plastic molding techniques and review the inspection process to approve the acceptance of parts.
- Collaborates with R&D engineers to create and develop system prototypes according to the agreed design.
- Implements mechanical system modelling, simulation, and analysis.
- Prepares the technical documentation (development process, design modifications, troubles, and assembly process) required for products certification.
- Bbachelor’s degree in mechanical engineering.
- Years of experience 0-3.
- Preferred work experience in: Medical devices R&D, home appliances, automotive industry R&D other electrical programmable devices R&D and automotive industry.
- Good knowledge about the fundamentals of fluid mechanics, and pneumatic systems.
- Basic knowledge about the fundamentals of hydraulic systems.
- Good knowledge about the fundamentals of thermodynamics.
- Problem solving
- Strong communication Skills.
- Analytical thinking.
- Detail oriented.
- High commitment to work responsibilities.
- Perfect communication skills.
- Good background in manufacturing and prototyping techniques such as sheet metal works, machining, welding, 3D printing and mold injection techniques.
- High command of mechanical design (modelling and simulations).
- High Command in (CFD analysis, Thermal analysis, stress, and load analysis)
- High command in modelling software such as (Inventor & SolidWorks)
- High command in mechanical analysis software such as Ansys.
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- Design, develop, and deploy high-quality, scalable software solutions using React, .NET Core, and other relevant technologies.
- Collaborate with cross-functional teams to understand project requirements and translate them into technical specifications.
- Lead and mentor junior developers, providing guidance and support to ensure best practices and high-quality code standards.
- Participate in architectural discussions and decisions to ensure robust and maintainable software solutions.
- Stay current with industry trends, best practices, and emerging technologies to improve development processes continuously.
- Bachelor’s degree in computer science, Engineering, or a related field. Advanced degree is a plus.
- Years of experience 3-5.
- Advanced Web Development: Proficient in advanced web development technologies with a focus on React, .NET Core, and other modern frameworks.
- Architecture and Design Patterns: Strong understanding of software architecture and design patterns, with the ability to make informed decisions on system architecture.
- Database Management: In-depth knowledge of database design, optimization, and management, including experience with SQL and NoSQL databases.
- API Development: Expertise in designing and developing RESTful APIs, ensuring efficiency, security, and scalability.
- Containerization and Orchestration: Familiarity with containerization technologies such as Docker and orchestration platforms like Kubernetes.
- Front-end Technologies: Mastery of front-end technologies, including HTML, CSS, and JavaScript, with an emphasis on creating responsive and user-friendly interfaces.
- Version Control: Proficient in using version control systems such as Git to manage and track changes in code.
- Leadership: Proven leadership skills with the ability to lead and mentor a development team, fostering a collaborative and innovative environment.
- Problem-Solving: Exceptional problem-solving skills, with the ability to analyze complex issues and provide effective solutions.
- Communication: Excellent communication skills, both verbal and written, with the ability to convey technical concepts to both technical and non-technical stakeholders.
- Project Management: Ability to manage and prioritize multiple tasks efficiently, ensuring projects are completed within specified timelines.
- Coding Standards: Strong commitment to writing clean, maintainable code following best practices and coding standards.
- Adaptability: Ability to adapt to evolving technologies and industry trends, incorporating them into development practices.
- Collaboration: Strong collaborative skills, working effectively with cross-functional teams to achieve project goals.
- Innovation: Capacity for innovative thinking and the ability to contribute to the continuous improvement of development processes.
- Decision-Making: Capable of making informed decisions on technical matters, considering long-term implications and project requirements.
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- Collaborate with cross-functional teams to understand project requirements and contribute to technical discussions.
- Participate in the design, development, and deployment of software solutions using React, .NET Core, and other relevant technologies.
- Learn and apply best practices for front-end and back-end development.
- Assist in troubleshooting, debugging, and maintaining existing software applications.
- Bachelor’s degree in computer science, engineering, or a related field.
- Years of experience 0-3.
- Any relevant internship or project experience is a plus.
- Basic Web Development: Understanding of basic web development technologies, including HTML, CSS, and JavaScript.
- Front-end Fundamentals: Familiarity with front-end development concepts and the ability to create simple and responsive user interfaces.
- Learning Frameworks: Eagerness to learn and work with React, .NET Core, and other modern web development frameworks.
- Database Concepts: Basic understanding of database concepts, with an interest in database design and management.
- API Understanding: Awareness of basic principles of API development and integration.
- Problem-Solving: Developing problem-solving skills to troubleshoot, debug, and maintain software applications.
- Communication: Effective communication skills, both verbal and written, to collaborate within a team and convey ideas clearly.
- Learning Agility: Capacity for quick learning and adaptation to new technologies and development practices.
- Attention to Detail: Strong attention to detail to ensure the quality and accuracy of code.
- Team Collaboration: Ability to work collaboratively within a team, contributing to shared goals and projects.
- Passion for Learning: A strong passion for software development and a commitment to continuous learning and improvement.
- Initiative: Willingness to take initiative and contribute to development tasks under the guidance of senior team members.
- Professional Development: Commitment to ongoing professional development and growth in the field of full-stack development.
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