Sales Manager

Eduardo Nacianceno

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

Telephone: 832-***-****

Education

Lamar University, Beaumont, TX

Major: B.S. Mechanical Engineering

Graduated May 2019

Work Experience

AB Communications – Pasadena, TX – Retail Sales Associate

August 2013 – January 2014

Key Duties and Responsibilities Included:

Provided customers with technological assistance to help pay phones bills as well as activate phone lines from different mobile providers.

Repaired LCD shattered screens, and performed microphone, and speaker replacements.

Managed the store’s operations during the weekends.

Assisted the manager with Spanish translation.

Produced cash balance sheets and recorded sales made throughout the day.

Academic Projects

Senior Design Project – Shell Eco-marathon – Team Member

August 2018 – May 2019

Key Duties and Responsibilities:

Assisted in using Fusion360 to design a proper frame for the team car.

Designed and created a door latch mechanism to have the car’s doors locked manually.

Created several concept hand sketches of the car’s shell.

Manufactured fiberglass fenders out of fiberglass cloth and resin.

Assisted in the wiring of the lighting for the team car.

Mounted carbon fiber mirrors on the team car.

Fluid Mechanics Final Project – Analysis of Pipe Flow in a System – Team Leader

November 2017 – December 2017

Key Duties and Responsibilities Included:

Responsible for creating a project idea that would apply the knowledge obtained in the Fluid Mechanics course.

Conducted a study to convey the effects of pipe diameter change regarding pipe flow rate and pressure drop.

Calculated the power required to pump water from a lake into a container given a flow rate and using Bernoulli’s Equation.

Analyzed important factors such as pipe material and roughness to reduce power consumption.

Thermal System Design Final Project – Analysis of a Closed-Cycle OTEC System – Team Leader

November 2018 – December 2018

Key Duties and Responsibilities Included:

Analyzed an Ocean Thermal Energy Conversion system consisting of pipes, heat exchanger, condenser, pump, turbine and a generator.

Calculated the flow rate of propane as the working fluid inside the pipes of the OTEC system.

Using the evaporator and condenser surface areas, calculated the warm and cold-water flow rates to find overall thermal efficiency.

Designed a proper shell and tube heat exchanger for the Closed-Cycle OTEC System using fluid properties for warm water and propane.

Skills

Personal: Bilingual (Spanish) - Fluent

Technical: Word, Excel, PowerPoint, SOLIDWORKS, Autodesk Fusion 360

Relevant Licenses

TWIC Card (June 2019 – June 2024)

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