Engineering Design

Andrew D. Moore

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

Cell: 815-***-****

Permanent Address:

***** ******* **.

Huntley, Il 60142

OBJECTIVE To obtain employment in aerospace engineering or related field.

EDUCATION EMBRY-RIDDLE AERONAUTICAL UNIVERSITY (ERAU) Daytona Beach, FL

Bachelor of Science, Aerospace Engineering August 2008 – June 2013

Area of Concentration: Astronautics Riddle GPA:2.8/4.0

77/129 Credits Cumulative

GPA: 3.0/4.0

Minor in Computer Science 17/17 Credits

Introduction to Engineering-Rocket Design: Was group leader of five people. It involved calculations that

included designing the thrusters, aspects of the fuel supply, and supports for the launch pad. Catia

drawings were added without being required.

Introduction of Engineering-Satellite Design: Was group leader of three people. There were calculations

involving the design of electric circuiting, an optics system, solar panels, and a battery storage

system. Catia drawings were added without being required.

Software Engineering – Program for Commercial Airplane Flights: Was team manager. There

was an extensive GUI, with organized weekly meetings, and functionality beyond what was

expected. The weekly meetings were recorded and we would use the time to do group work and

distribute assignments. The functionality included setters and getters, use of java API, convenient

use of constructors, and effective relationships between classes. There was long scale software

development that included requirements analysis and software specification, software design,

coding, inspections, and testing.

Preliminary Design-Flexible Launch Vehicle: Was team leader for Preliminary Design of the

Zenit rocket. Was analyzing slosh, launch parameters, dampening, heat transfer, thrust over the time

of the launch, vibrations, and getting a conceptual understanding of the vehicle. We completed a

Nastran analysis of the forces acting on the vehicle.

Detailed Design – Custom Rocket: The rocket had an actuator, batteries, motors, an ardu mega, an

ardu pilot, a telemetry kit, and a barometer. All the parts needed to have electricity supplied to them,

in the appropriate amount. They also required wiring which would allow the parts to communicate

information and relay the necessary information back to the ground. We completed a Nastran

analysis of the forces acting on the vehicle. There was subsystem design, analysis, modeling,

manufacture and testing which gave actual experience in detail design.

COMPUTER Engineering Software: Professional Engineer (CAD), MATLAB, Microsoft Word, Microsoft

SKILLS Programming in C, Programming in java

Office Software: Microsoft Word, Microsoft Excel, Microsoft Power Point

WORK Embry-Riddle Aeronautical University Daytona Beach, FL

EXPERIENCE Math and Physics Tutor August 2008 – October 2010

Tasks included the following:

• Helped with 100 to 200 level engineering courses

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