Mahmoud ElFiky

Mechanical Engineer

Site Engineers

02.2020 - Current

Evaluated final product's overall performance, reliability and safety.
Identified deficiencies in mechanical processes to develop improvements.
Reviewed technical drawings developed by CAD technicians and drafters.
Attended project planning meetings to coordinate mechanical system designs with structural and architecture teams, mitigate design conflicts, and coordinate delivery timelines.
Altered and modified designs to meet requirements and eliminate malfunctions.
Wrote and revised maintenance procedures.
Generated system concepts to satisfy product requirements.
Evaluated damage and damage tolerance of new composite material systems.
Conducted tolerance analysis at system and subsystem levels.
Researched novel processes and fabrication techniques through academic and professional literature reviews.
Suggested cost saving proposals on make-versus-buy analysis or alternative sourcing.
Designed ventilation systems for cleanrooms and general manufacturing facilities.
Conducted research to test and analyze feasibility, design, operation and performance of equipment, components, and systems.
Tested and analyzed equipment design and performance feasibility to determine potential ROI.
Interfaced with development engineers, scientists and suppliers to resolve quality issues.
Applied mechanical problem solving skills to develop creative solutions for quality products.
Drafted assemblies, models, and other technical drawings.
Troubleshot and diagnosed Type equipment issues, quickly made plans for repairs and monitored use to rectify issues.
Tested newly installed systems, closely monitoring functionality and adherence to operating specifications.
Developed internal processes and plans for mechanical verification, product development and factory processes.
Designed budgets and cost estimates for projects with speed and accuracy while working closely with clients, drafters and employees to determine best courses of action.
Performed pre-construction, quality and safety management, as well as constructability review, start-up and commissioning.
Specified system components and directed product modifications to comply with engineering design and performance specifications.
Identified suitable materials for production use that aligned with environmental concerns and budget constraints.
Examined existing documents and blueprints to best update and maintain project records.
Interpreted blueprints, technical drawings, schematics and computer-generated reports for new product development.
Planned Number Type projects from beginning to end, focusing on timelines, budgets and mechanical feasibility.
Surveyed potential project sites before design, checking for space restrictions, mechanical feasibility and manufacturers guidelines.
Eliminated ineffective product line materials to resolve performance challenges and mitigate corrosion.
Educated clients on more energy-efficient solutions for old systems that meet project requirements for timelines and budgets.
Drove reliability and profitability through introduction of Type system.
Supported data center power and cooling infrastructure and consistently applied critical facility operational best practices.
Liaised effectively between Type department and Type facility, keeping parties informed of project changes.
Created, prototyped and tested Type systems for Number clients.
Researched past Type and Type designs to maintain customer satisfaction and guarantee long-lasting, high-quality work.
Established Type system to promote increased reliability and profitability.
Developed automated calibration for use on Type test systems.
Reviewed designs and counseled Type clients on courses of action to remedy issues while staying under-budget and sticking to timelines.
Created Type system resulting in increased reliability and profitability.