CAD Modeling and Structural Analysis in SolidWorks
Andrew Connor
OVERVIEW
Completed a series of multi-part component and assembly designs in SolidWorks, emphasizing parametric modeling, design intent, and manufacturability. Projects included fully constrained assemblies, motion relationships, and tolerance-aware part design.
Structural performance was evaluated using SolidWorks Simulation to assess stress distribution, factor of safety, and deformation under applied loading conditions. The work focused on translating engineering drawings and design requirements into robust 3D models and validating structural integrity through FEA.
HighlightS
- Developed fully defined parametric part models
- Created multi-component assemblies with mates and motion constraints
- Applied static loading conditions and realistic boundary constraints
- Evaluated stress concentrations and failure regions
SKILLS
SolidWorks Part ModelingAssembly DesignDesign for ManufacturabilityGeometric Dimensioning and TolerancingStatic Structural FEAStress AnalysisFactor of Safety EvaluationEngineering Drawing InterpretationParametric ModelingTechnical Visualization
ADDITIONAL CONTENTS
Andrew Connor
Aerospace Engineering Student at University of Central Florida
I am an Aerospace Engineering student at UCF with experience applying engineering fundamentals to real-world systems through manufacturing and quality engineering internships at Conti Federal Services and Adjuvo Technologies. My work has required detailed interpretation of engineering drawings, configuration control, and technical documentation within complex, regulated environments.
I am particularly interested in Guidance, Navigation, and Control, propulsion, and R&D-focused roles where analytical modeling and system-level thinking are critical. I have experience using MATLAB for dynamic system analysis, SolidWorks for CAD and basic FEA, and applying thermodynamics and fluid mechanics principles to engineering problems. Through leadership experience and managing teams, I have developed the ability to translate engineering requirements into executable technical solutions while maintaining precision and accountability.
(Note: All figures and technical materials shown are my own work)
I am an Aerospace Engineering student at UCF with experience applying engineering fundamentals to real-world systems through manufacturing and quality engineering internships at Conti Federal Services and Adjuvo Technologies. My work has required detailed interpretation of engineering drawings, configuration control, and technical documentation within complex, regulated environments.
I am particularly interested in Guidance, Navigation, and Control, propulsion, and R&D-focused roles where analytical modeling and system-level thinking are critical. I have experience using MATLAB for dynamic system analysis, SolidWorks for CAD and basic FEA, and applying thermodynamics and fluid mechanics principles to engineering problems. Through leadership experience and managing teams, I have developed the ability to translate engineering requirements into executable technical solutions while maintaining precision and accountability.
(Note: All figures and technical materials shown are my own work)