Mechanical Engineering

Renis Qibini

**** ******** ****** **** #**, Jacksonville, FL 32257

Cell: 248-***-****

E-mail: *******@*****.***

Education:

University of Michigan-Dearborn Dearborn, MI

B.S.E in Mechanical Engineering Class of Fall 2017

Experience:

Inacomp Technical Services Group Southfield, MI (August 2015-June 2017)

Computer Services Technician

Provided computer maintenance/technological support services for educational institutes

and other public sectors.

ZF Group Livonia, MI (October 2017-December 2017)

Brakes Development Engineer Co-Op

Assisted product development and friction material engineers with new and current designs of brake pads, rotors, calipers, drums, and hubs. Assigned projects include 3D scans/thermal studies of components to evaluate deformations in surface flatness, measuring noise & vibration effects to verify product suitability, and issuing/approving reports for lab testing of brake assembly parts.

Skills:

Technical skills in computer imaging, troubleshooting, hardware configurations, hard drive replacements, and computer installations.

3D Scanning, Strong Collaboration, Develop and Test Prototypes, Detail oriented, identify potential design improvements, Product Validation, Problem Solving, Read and interpret Drawings and Specifications.

Programs: Star-CCM+, LabVIEW, ANSYS, PSpice, CATIA V5, MATLAB, SolidWorks, PULSE LabShop, GOM Inspect 2016, Microsoft Office & Outlook.

Strong interpersonal skills as a Project supervisor.

Languages: Albanian (fluent), Spanish (intermediate).

Engineering Projects:

Helical Gear Shaft Analyses

Performed external and internal load analyses to determine if the shaft is adequate to use in an analogous design consisting of a mechanical clutch along with two bearings and a spur gear.

Lift and Drag of an NACA 6412 airfoil using CFD software

Applied ANSYS to simulate the airfoil as a plane at 25,000 feet to compute lift and drag effects.

CFD analysis of a hydraulic control circuit

Utilized Star-CCM+ to create a colored 3D representation depicting varying pressure and velocity distributions of oil flow inside the component.

High discharge static pressure Centrifugal Fan

Created a 12-blade centrifugal fan with SolidWorks for use as a ventilation system in an industrial building by implementing principles of turbomachinery design.

Thermal power plant generation system

Developed a schematic of a power plant generation system for a utility company that could deliver 400+ megawatts of power to a local community.

Snow/Ice Melting LED Traffic Light

Built a prototype of a traffic light that could supply enough heat and power to melt an accumulation of ice or snow covering the lamps of the traffic light to prevent obstruction of drivers views in hazardous weather conditions.

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