• Collaborated with executive management and other stakeholders to develop project scope, objectives, and deliverables ensuring alignment with business goals.• Lead cross-functional teams of up to 10 engineers and developers to define the product scope, and create a design concept and product architecture.• Initiate technical feasibility study and conduct competitor-technology benchmark activity.• Developed and manage a detailed project schedule, work plan and budget based on scope of work and resource requirements.• Analyze, decompose, and elaborate requirements include function and non-function requirements in order to collaboratively uncover and clarify product options and capabilities.• Lead weekly projects status meetings with stakeholders to review progress and address issues.• Manage requirements change throughout the project life cycle by assessing impacts, dependencies, and risks and comparing the baseline requirements in order to maintain the integrity of the requirements.• Measure project performance to identify areas for improvement.

• Lead and mentor a team of 5 engineers in the design, development, and testing of innovative medical devices, ensuring compliance with regulatory standards such as ISO 13485 and FDA requirements.• Oversaw the development of a new photo-therapy device, from concept to prototype, which improved longer lifespan (up to 40,000-50,000 hours).• Reviewed designing mechanical systems,and detailed 2D drawings, ensuring precision and reliability in medical device applications and oversaw delivering product files.• Reviewed and approved technical documentation, including drawings, specifications, to ensure compliance with project requirements.• Developed and monitored key performance indicators (KPIs) to assess mechanical team effectiveness and provided suitable training to promote productivity, accuracy and enhancement of team skills and knowledge.

• Directed the mechanical design and development of a new ventilator and checked design compliance with product specifications, and standards requirements.• Designed machines parts, plastic and sheet metal parts according requirements design.• Contributing to the completion of various project activities, including product specification definition, risk analysis, design document, design review, design verification, design validation, and design transfer to manufacturing. • Applied knowledge of geometric dimensioning and tolerancing (GD&T) and design for manufacturability (DFM) in the creation of drawings and specifications to manufacture the product.• Conducted design analyses including theoretical calculations for component fit and tolerance stack analysis and stress analysis FEA.•Flowed up implementation of manufacturing process and assembling process for new products.• Prepared and maintained product files (BOM, Drawings, Specs, Test Specs).• Provided technical support to sheet metal dies makers and plastic mold maker s by creation mold list and review design for manufacturing reports to manufacturing new molds according to specifications and the schedule plan.

• Designed and developed existing products for commercial display systems and storage.• Created new styles of display systems, such as display tables, showcases, clothing racks, freestanding units and pharmacy storage.• Calculate the maximum capacity of storage unit "racks "by applying finite element analysis (FEA) by using ANSYS software.• Flowed up implementation of manufacturing process and assembling process.• Created and reviewed the product files (engineering drawings, specs, manual and BOM).• Applied cost reduction projects without an effect on product's quality.

• Directed major R&D projects, aligning them with the vision, mission, and strategic objectives of Research and Development and business objectives to drive innovation and growth.• Developed and implemented the product design process from conceptualizing to production release for new product lines.• Establish project goals and priorities through collaboration with Marketing and Operations.• Performed risk assessment analysis on proposed projects to determine feasibility and profitability.• Lead, mentored, coached, and shared knowledge with a cross-functional team of 4 engineers to clarify objectives, time-line, responsibilities and support to achieve project objectives.• Lead the cost reduction projects to save the extra-raw material of water heater and gas cooker product up to 15% without effect on the quality and performance requirements.• Developed manufacturing processes and converted them to semiautomatic processes by designing jigs and fixtures to achieve increasing the productivity and improving product quality, saving time for processes and reducing man-power.• Established and prepared the technical documents to get on G Mark and CE Mark certificates for water heaters and gas cookers.

• Developed the design of the existing gas cookers, taking into account market trends.• Created and reviewed technical specifications and product files such as the BOM, assembly instructions and engineering drawings.• Provided technical support for suppliers and followed-up the implementation.

• Designed and developed the mechanical product components from concept through production.• Created 3D models using SolidWorks as well as created 2D drawings and applied stress analysis simulations to assure the safety of the design.• Selected the standard components and materials based on analysis of specifications and reliability.• Developed mechanical design documentation including drawings, specifications and Bills-of-Materials.

• Programming and operating universal CNC machines such as (lathes, milling, grading, EDM, wire cut, water jet) on control system Fanuc software.• Sales the machines and provides training for customers.

• Set up and Programmed bending machine for aluminum kitchen profiles and aluminum round window profiles.• Oversaw assembly of kitchen cabinet, aluminum windows, and doors.