Mechanical Engineer

YOUSIF EL-HDARI

**** ******** **, ****** ** ***** 817-***-****

*********@*****.***

MECHANICAL ENGINEER

Financial Stewardship Financial Management Project Controllership

Elite mechanical engineer with expertise in all facets of mechanical engineering and project management within high-profile corporations, seeking a position as an entry level Mechanical Engineer in any field that requires complex mechanical design. Skilled in collaborating with all members of the organization to achieve business and financial objectives. Instrumental in streamlining and improving processes, enhancing productivity, and implementing technology solutions.

Professional Experience

Charter Communications, Coppell, TX June 2015 – Present

Hybrid Fiber/Copper Designer

Actively provisioned Hybrid Fiber/Copper networks through mitigating design errors (Concept errors & software related errors).

Carried out daily project audits which required deep attention to details and constant correlation with various technical operations departments.

Provided technical feedback to our design vendors.

Strategically regulated HFC network projects from design to construction.

Liaised with vendors guaranteeing they meet up with quality assurance standards for our company’s deliverables while regulating Service Level Agreement.

Assisted Project Managers with production reports and updates on installation initiation dates.

Effectively worked alongside construction to provide solutions to network related problems such as missing node profiles, inaccurate surveys, fiber optics patch-panel field audits, equipment swaps, billing addresses and other field related issues.

Advanced 1, Waco, TX January 2015 – Jun 2015

Broadband distribution CAD Drafter

Acquired strong knowledge of outside plant design principles, infrastructure plans (highways & bridges), Radio Frequency and Power design and various telecommunications outside plant engineering concepts, such as copper cable, fiber optic cable and coax cable (aerial and underground).

Sound work ethics defined in the maintenance of a high level of production rates.

Harnessed my ability define problems, collect data, establish facts, and draw feasible conclusions

Developed an average of 120+ drafts and designs employing Bentley Comms software and further quality checks were performed using Time Warner Cable QC tool software.

Supported productivity with the preparation of As-Builts as construction is completed (Post construction As-Builts) and preparation of bill of materials (BOM).

Professional Project: Design of a Non-Pneumatic Tire January 2014 – June 2014

Senior Project Engineer

Principal design engineer in the investigation of the behavior of pneumatic tires through a series of research and lab experiments in order to come up with a unique design that would eliminate the need of pressurized air in conventional tires.

Efficiently constructed a test rig that is compatible with tensile/compression machines.

Implemented a comprehensive design for an experiment to support the team in reaching the expected stiffness values of conventional pneumatic tires.

Simulated 3D (SolidWorks) linear tire models to ascertain stress analysis and utilized data acquired to build an actual non-pneumatic tire prototype.

Ensured manufacturing and assembly of Glass Fiber Mold were according to QA standards.

Marafeq Qatar, Doha Qatar. June 2013 – August 2013

Intern

Proactively carried out technical assignments which collaborated the Design, construction, and operation of utility services such as Gas distribution, Pneumatic waste collection, and District cooling.

Education & Credentials

B.Sc. Mechanical Engineering (GPA: 3.49/4) Qatar University, 2014

Course Work

Cooling system specifications design. Some coursework in HVAC.

Design of Heat Exchangers according to required operating temperatures.

Mechanical Power system analysis and design (Ex: Turbines).

2+ years design experience using 2D/3D Engineering Software (Engineering solver for thermal applications, SolidWorks 2013/2014, ANSYS, AutoCAD 2013/2014).

Pump design: head analysis, efficiency, and size selection according to operation requirements (Fluid Engineering).

Thermal systems optimization (solution iteration) and efficiency analysis.

Heat Engines performance analysis and design.

Advanced course work in Thermodynamics, Fluid Mechanics (specifically Turbo Machinery), and Heat Transfer.

Structural analysis (Beams and columns).

Mechanical fittings stress analysis.

Pressure vessels design (Submarine Hull).

Fire sprinkler systems design.

Accreditations

ABET Accredited

NCEES Evaluated and Verified

Computer Skills

AutoCAD SolidWorks Microstation GAMBIT ANSYS MATLAB MS Office

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