Bachelor of Science in Mechanical Engineering (bsme) gpa: 3

YOUR NAME

yname4@gatech.edu • www.linkedin.com/in/yourname • 404.555.3049

Education

Georgia Institute of Technology Atlanta, GA

Bachelor of Science in Mechanical Engineering (BSME) GPA: 3.3 January 2013 - May 2016

• 
  Graduated with Honors Spring 2016 GPA (major): 3.3
  
• 
  Awarded HOPE Scholarship and Pell Grant to fullest extent
  

Experience

Lockheed Martin Corporation Houston, TX

Technical Intern May - August 2014

Structural analysis and design support for the Orion Landing and Recovery Systems team in its work to develop the parachute compartment for NASA's next-generation exploratory spacecraft, the Orion Program

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  Presented project developments to the integrated design teams developing the parachute compartment
  
• 
  Created Finite Element Model of components and integrated into crew module assembly with FEMAP software
  
• 
  Performed modal analysis of Finite Element Model with NASTRAN software
  
• 
  Composed stress analysis summaries for all structural components based on flight and parachute-induced loads
  
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  Implemented design changes of piece parts with PTC ProE and CREO 3 CAD software
  
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  Created intuitive technical procedures for the assembly of the Parachute Test Vehicle
  

Georgia Institute of Technology Atlanta, GA

Undergraduate Research Assistant May 2015 - May 2016

Assisted the Shock Tube and Advanced Mixing Laboratory (STAML) team in researching shock-driven instability of a gas-gas interface for fusion energy and SCRAM jet applications

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  Designed and fabricated mock test-section to explore new initial conditions for future experimentation
  
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  Utilized SolidWorks to design motorized linear traverse to greatly improve accessibility to hardware components
  
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  Developed working knowledge of optics and laser systems, pressurized fluid systems, and machining practices
  
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  Extensively used various tools in MATLAB to process and analyze experimental results
  
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  Attained Machine Shop certification and performed extensive fabrication with water-jet, laser-cutter, mill, lathe
  
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  Conducted intricate, time-sensitive experiments with the shock tube and its supporting laser and pressure systems
  

Projects

Georgia Institute of Technology / Abaco Systems Atlanta, GA

Senior Design Project; Lead Designer January - May 2016

Designed and fabricated a prototype cooling chassis with feedback-control, reducing user input and improving efficiency in both research and development and product validation

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  Communicated project planning and design decisions biweekly with the customer, Abaco Systems
  
• 
  Performed iterative design and analysis using SolidWorks and SW Flow Simulation (CFD)
  
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  Designed internal flow assemblies comprised of custom and existing piece-parts
  
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  Programmed Arduino microcontroller to adjust fan speed based on anemometer feedback
  
• 
  Conducted in-depth preliminary and critical design reviews with practicing engineers
  

Skills

Design

Design for Assembly (DFA), Design for Manufacture (DFM), Geometric Dimensioning and Tolerancing (GD&T), Design Thinking Methodology, Ideation, Concept Generation

Analysis

Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), Stress Analysis, Machine Design, Heat and Energy Transfer, Von Mises Stress, Buckling, Thin-walled Structures, Pressure Vessels,

Software

SolidWorks, PTC Pro-E, PTC Creo, AutoCAD, Autodesk Inventor, MATLAB, LabView, Microsoft Office, FEMAP, NASTRAN

CAD

Conditional Constraints, 2D and 3D Modeling and Assemblies, Dimensioning and Tolerancing, Drawing Generation

Instrumentation

Water-jet, Laser Cutter, Lathe, Mill, 3D Printer, Drill Press, Horizontal and Vertical Band Saw, Shock Tube, Strain Gauge, Soldering Iron, Multimeter, Oscilloscope, NI MyDAQ

Communication

Project Planning, Gantt Charts, Technical Presentations, Technical Reports, Preliminary Design Reviews (PDR), Critical Design Reviews (CDR)
Leadership

ASME Georgia Tech Chapter, president January 2013 - Present

American Institute of Aeronautics and Astronautics, vice president December 2013 - Present

Society of Automotive Engineers, member December 2013 - Present

Directory: classes
classes -> Ch. 1 Competing with Operations. 2, 3, 4 on p27-28
classes -> 1Introduction
classes -> Unit 1: Exploration and Colonization
classes -> Ap united States History Course Description
classes -> Industrial Revolution
classes -> 1–xx. The Redevelopment of a Warm Core Structure in Erin: a case of Inland Tropical Storm Formation
classes -> Unit 7 Notes Organizer: C. Increasing Influences and Challenges); D. Challenges at Home & Abroad The United States in a Changing World (wwi)
classes -> Unit 1: Colonial America (Twelve Days) Standard 1-2 Unit 2: Revolution (Ten Days)
classes -> Review of Chapters 1-3, 8, and the appendix
classes -> Seasonal Influences upon and Long-Term Trends in the Length of the Atlantic Hurricane Season