R&D engineer for Assistive Technologies at National Academy of InformationTechnology for Persons with Disabilities.- Preparation of a regional research center with 11 technical laboratories in the newadministrative capital.- Studying the needs of equipment and devices that can be available in the newlaboratories in the administrative capital- Dealing directly with suppliers and engineering companies specialized in processinglaboratories- Develop the basic electromechanical needs for the capital building and study them withthe consultant (ECG) and contracting companies- Develop a clear vision for (NAID) in the annual operating plan of the programs offeredthrough it to support the university field in its various branches (summer training,graduation projects, and post-graduation studies) and the commercial field in itsvarious fields (pre-business incubators, business incubators, and business accelerators)- Managing the research laboratories team through a distinguished work team andlaboratories equipped with the highest international standards, creating a workenvironment conducive to creativity- Direct responsibility for the regular efficiency of equipment and devices throughfollow-up to the regular maintenance plan and periodic tests- Leading a team of researchers specialized in various fields to run research laboratoriessuch as (mechanical and digital fabrication lab, electronics and robotics, measurementsand calibration, virtual and augmented reality, chemical and thermal testinglaboratories, biomedical and rehabilitation lab, AI and IoT labs... etc.)- Providing workshops to educate the community about the possibilities of digitalmanufacturing and the role of assistive technologies in society

Overseeing all mechanical engineering aspects of solar projects, including design, development, and implementation.Leading the mechanical design and development of innovative solar power solutions.Ensuring successful project execution from concept to deployment.Direct supervision of the mechanical engineering team and coordination with other departments to deliver high-quality solar power stations.Developing new products and structures for solar power stations and innovative models for quick-release containers and installation.

Designed and developed various models of "LifeBox," an Egyptian-made, solar-powered, self-sufficient unit providing clean energy and safe water affordably.Performed simulation studies of static loads on solar stations using Finite Element Analysis (FEA) to ensure structural integrity and efficiency.Oversaw manufacturing and installation processes for over 15 solar stations, delivering more than 5 fully operational stations with a total capacity of 300 kW.Led the planning and establishment of a new manufacturing facility in the Hurghada area, including equipment selection and layout optimization.Innovated new products, including advanced structures for solar power stations and quick-release container models, pioneering developments in the Middle East and Africa.

Designed complex structural components for the entrances of the Tutankhamun exhibition, requiring advanced measurement and design expertise.Collaborated with manufacturing and installation teams to optimize processes, achieving cost savings of approximately one million Egyptian pounds.

Co-founded and developed a company specializing in reverse engineering and innovative engineering solutions.Created comprehensive business plans, setting operational pipelines and objectives for product and operations teams.Analyzed market data, pricing strategies, and campaign performances to enhance operational efficiency and investment returns.Led product development teams focused on digital fabrication technologies and mechanical reverse engineering, delivering innovative products to market and contributing to military field advancements.Provided detailed technical studies and solutions to enhance production efficiency for various companies and factories.

Conducted R&D to enhance 3D printer machine performance and capabilities.Designed and developed products through iterative prototyping and testing.Established maintenance plans and operating systems to ensure optimal machine functionality.