Vertical Rocket Erector

Engineering Mechanics Design Project

AutoCAD Structural Analysis Fabrication Engineering Design Static Analysis

Project Media

Project Overview

As part of UCF's Engineering Mechanics course, I designed and developed a vertical rocket erector system, combining theoretical knowledge with practical engineering applications. This project demonstrated the practical application of engineering mechanics principles in a real-world aerospace context.

Key Achievements

Engineering Analysis

Performed comprehensive static reaction calculations to ensure structural integrity and operational safety of the erector system.

Design & Modeling

Created detailed AutoCAD models incorporating mechanical design principles and structural considerations.

Fabrication

Utilized UCF's innovation lab resources, including CO2 laser cutters, for precise component fabrication and assembly.

Design Process

Initial Design Phase

  • Requirements analysis and specification development
  • Preliminary sketches and concept development
  • Material selection and structural considerations

Engineering Analysis

  • Static load calculations
  • Stress and strain analysis
  • Safety factor determination
  • Stability calculations

CAD Modeling

  • Detailed AutoCAD drawings
  • Component specifications
  • Assembly planning
  • Technical documentation

Fabrication & Assembly

  • CO2 laser cutting of components
  • Precision assembly techniques
  • Quality control checks
  • Functional testing

Technical Implementation

Design Specifications

  • Structural integrity for vertical rocket positioning
  • Precise mechanical movement control
  • Safety mechanisms and fail-safes
  • Material optimization for weight and strength

Engineering Considerations

  • Load distribution and balance
  • Friction and wear analysis
  • Assembly tolerances
  • Safety factor implementation

Project Outcomes

  • Successfully designed and fabricated a functional vertical rocket erector
  • Applied theoretical mechanics principles to practical engineering challenges
  • Gained hands-on experience with professional design tools and fabrication equipment
  • Developed technical documentation and engineering drawings
  • Enhanced understanding of structural analysis and mechanical design