Quinten Acchione

Quinten Acchione

I am Quinten Acchione, an Aerospace Engineering student at Embry-Riddle Aeronautical University with a 4.0 GPA, focused on applying rigorous engineering principles to real-world aerospace systems. My experience spans autonomous UAS design, CubeSat payload integration, and AI-driven interplanetary trajectory optimization. I am driven by building high-impact flight and space technologies at the intersection of systems engineering, computation, and hands-on development.

Resume

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Experience

Research, Internships, and Projects

ProjectAug 2023 - Dec 2023

Design Optimization of a Multi-Component Assembly

CATIA V5 Design Project

This project involved the 3D modeling and redesign of a complex Batmobile assembly in CATIA V5, consisting of 20 unique pieces.

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  • Designed custom rear aileron to improve aerodynamic characteristics
  • Redesigned tires to enhance realism and mechanical robustness
  • Added windshield to improve vehicle safety while maintaining design integrity
CATIA V53D ModelingReverse EngineeringComponent IntegrationDesign Optimization
ProjectAug 2023 - Dec 2024

Water Distribution Tank Design for El Tunel, Nicaragua

Engineers Without Borders - ERAU Chapter

Actively involved in a research and design project aimed at developing a working water distribution system for the community of El Tunel, Nicaragua.

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  • Designed water tank and support platform using SolidWorks CAD software
  • Conducted comprehensive stress analysis testing to ensure structural integrity
  • Contributed to sustainable water infrastructure for underserved community
SolidWorksStress AnalysisCAD DesignStructural EngineeringCommunity Development
ProjectSummer 2024

Custom FPV 5-Inch Drone Build & Flight System Integration

Personal Engineering Project

Designed, assembled, and calibrated a custom 5-inch FPV racing drone, integrating electrical components and optimizing flight performance through BetaFlight configuration.

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  • Soldered and integrated electrical components including flight controller, ESCs, and transmitter
  • Assembled complete airframe with motors, propellers, and structural components
  • Implemented testing and calibration procedures using BetaFlight for optimal performance
BetaFlightSolderingFlight Control SystemsElectronics IntegrationSystems Testing
ResearchMay 2025 - Present

AI-Driven Trajectory Optimization Research

Embry-Riddle XD Lab - Daytona Beach, FL

Implementing genetic algorithms and reinforcement learning AI agents in Python for comprehensive global optimization of interplanetary and halo-orbit transfer trajectories.

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  • Developed genetic algorithms for multi-objective trajectory optimization
  • Implemented reinforcement learning agents for autonomous trajectory planning
  • Optimized interplanetary and halo-orbit transfer trajectories using advanced AI techniques
PythonGenetic AlgorithmsReinforcement LearningMachine LearningOrbital MechanicsTrajectory Optimization
InternshipMay 2025 - Aug 2025

Lead Drone Developmental Engineer Intern

Phemotron Systems - Daytona Beach, FL

Overseeing the design and manufacturing of custom Unmanned Aerial Systems (UAS) tailored for surveillance, mapping, delivery, and autonomous flight operations while supporting CubeSat payload integration.

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  • Led design and manufacturing of custom UAS for surveillance, mapping, and delivery applications
  • Supported payload subsystem integration for AI-MotherBox-1 CubeSat mission
  • Integrated multispectral optical imager into CubeSat payload architecture
UAS DesignAutonomous Flight SystemsCubeSat EngineeringPayload IntegrationMultispectral ImagingSystems Engineering
ResearchSep 2025 - Present

Supercritical CO₂ Heat Transfer Research

Embry-Riddle Thermal Sciences Lab - Daytona Beach, FL

Investigating the influence of surface roughness on heat transfer and pressure drop in supercritical CO₂ gas coolers using Python-based numerical modeling.

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  • Developed Python-based numerical model for supercritical CO₂ heat transfer analysis
  • Simulated tube-in-tube counterflow heat exchanger performance under varying conditions
  • Investigated surface roughness effects on heat transfer and pressure drop characteristics
PythonNumerical ModelingHeat Transfer AnalysisThermodynamicsSupercritical FluidsCFD

Achievements & Recognition

Milestones, awards, and accomplishments throughout my academic and professional journey

🏆
Academic
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Dean's List Recognition

Embry-Riddle Aeronautical University

Fall 2025

Maintained 4.0 GPA while pursuing Aerospace Engineering degree

🚀
Award
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NASA JPL-ERAU Academic Student Exchange Program

NASA Jet Propulsion Laboratory

May 2025

Selected from competitive applicant pool to network with leading engineers and researchers at NASA JPL

✈️
Leadership
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GE Aerospace L.I.F.T. Summit

GE Aerospace

July 2025

Selected for competitive, invitation-only program recognizing high-achieving engineering students

Academic
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Student Research Symposium Presenter

Embry-Riddle Aeronautical University

2025

Presented research poster at ERAU's premier campus-wide showcase of student research

Technical
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AIAA SciTech Forum Publication - XD Lab

XD Lab Research

2025

Co-authored peer-reviewed research paper accepted at AIAA SciTech Forum

🔬
Technical
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AIAA SciTech Forum Publication - Thermal Sciences

Thermal Sciences Laboratory

2025

Research on supercritical CO₂ heat transfer accepted at AIAA SciTech Forum

4.0
Cumulative GPA

Skills & Technologies

Technical Expertise & Professional Capabilities

Technical Skills

🔧CATIASoftware
📐SolidWorksSoftware
🎨Autodesk Fusion 360Software
📊Microsoft OfficeSoftware
📋VisioSoftware
🛰️STKSoftware
📏AutoCADSoftware
🔗NexusSoftware
🛸BetaFlightSoftware
🌊CFDSoftware
📹ViconHardware
📈MATLABProgramming
🐍PythonProgramming
💻C++Programming
JavaScriptProgramming
🖨️3D PrintingManufacturing
🔥SolderingManufacturing

Interpersonal Skills

👑Leadership
⏱️Time Management
🤝Teamwork
🧩Problem-Solving
💡Emotional Intelligence
🔄Adaptable
👁️Attentive
💪Resilient
⚙️Strong Work Ethic
📅Project Management
💬Communication
🎤Presentation Skills
Software
Hardware
Programming
Manufacturing
Interpersonal

Let's Connect

I'm always open to discussing new opportunities, collaborations, or just connecting with fellow aerospace enthusiasts.

Looking forward to hearing from you!