Cody®

Cody®

Cody®

Cody Davis

Portfolio

LinkedIn Profile

Cody Davis

Portfolio

LinkedIn Profile

Cody Davis

Portfolio

LinkedIn Profile

About Me

I am a senior Mechanical Engineering student at the University of Central Florida interested in themed entertainment engineering, ride design, and animatronics. I blend creative design with CAD, simulation, and prototyping.

SolidWorks CAD Design Associate (CSWA)

About Me

I am a senior Mechanical Engineering student at the University of Central Florida interested in themed entertainment engineering, ride design, and animatronics. I blend creative design with CAD, simulation, and prototyping.

SolidWorks CAD Design Associate (CSWA)

About Me

I am a senior Mechanical Engineering student at the University of Central Florida interested in themed entertainment engineering, ride design, and animatronics. I blend creative design with CAD, simulation, and prototyping.

SolidWorks CAD Design Associate (CSWA)

ROAR Quadruped Animatronic

Team lead for ROAR, a senior design project creating a small-scale quadrupedal animatronic inspired by a triceratops. Responsible for system design, motor analysis, programming, and gait simulation.

Software: SolidWorks, Arduino, 3D Printing
PDF: System Overview (placeholder)

ROAR Quadruped Animatronic

Team lead for ROAR, a senior design project creating a small-scale quadrupedal animatronic inspired by a triceratops. Responsible for system design, motor analysis, programming, and gait simulation.

Software: SolidWorks, Arduino, 3D Printing
PDF: System Overview (placeholder)

ROAR Quadruped Animatronic

Team lead for ROAR, a senior design project creating a small-scale quadrupedal animatronic inspired by a triceratops. Responsible for system design, motor analysis, programming, and gait simulation.

Software: SolidWorks, Arduino, 3D Printing
PDF: System Overview (placeholder)

Flying Monkey Animatronic Frame

Designed and analyzed a custom animatronic frame inspired by the Flying Monkeys. Performed SolidWorks FEA to evaluate load-carrying capacity in a suspended flight configuration, and created animation tests in Maya.

Software: SolidWorks, FEA, Maya
PDF: View FEA Report

Flying Monkey Animatronic Frame

Designed and analyzed a custom animatronic frame inspired by the Flying Monkeys. Performed SolidWorks FEA to evaluate load-carrying capacity in a suspended flight configuration, and created animation tests in Maya.

Software: SolidWorks, FEA, Maya
PDF: View FEA Report

Flying Monkey Animatronic Frame

Designed and analyzed a custom animatronic frame inspired by the Flying Monkeys. Performed SolidWorks FEA to evaluate load-carrying capacity in a suspended flight configuration, and created animation tests in Maya.

Software: SolidWorks, FEA, Maya
PDF: View FEA Report

STEEL Drop Tower Design Competition

Participated in UCF’s STEEL Club design competition. Contributed to a themed drop tower concept; built scale models and tested motion, seat movement, and base mechanics. Two demo videos: ‘tower spin base demo’ and ‘working seat v1’

Software: Fusion 360, NoLimits 2, Prototyping

STEEL Drop Tower Design Competition

Participated in UCF’s STEEL Club design competition. Contributed to a themed drop tower concept; built scale models and tested motion, seat movement, and base mechanics. Two demo videos: ‘tower spin base demo’ and ‘working seat v1’

Software: Fusion 360, NoLimits 2, Prototyping

STEEL Drop Tower Design Competition

Participated in UCF’s STEEL Club design competition. Contributed to a themed drop tower concept; built scale models and tested motion, seat movement, and base mechanics. Two demo videos: ‘tower spin base demo’ and ‘working seat v1’

Software: Fusion 360, NoLimits 2, Prototyping

Obstacle-Avoiding Robot (Arduino)

Final project for UCF’s Robotics course. Built a small autonomous robot using ultrasonic sensing and Arduino to detect and avoid obstacles in real time. Designed, programmed, and tested system performance for reliability and responsiveness.

Software: Arduino, Prototyping

Obstacle-Avoiding Robot (Arduino)

Final project for UCF’s Robotics course. Built a small autonomous robot using ultrasonic sensing and Arduino to detect and avoid obstacles in real time. Designed, programmed, and tested system performance for reliability and responsiveness.

Software: Arduino, Prototyping

Obstacle-Avoiding Robot (Arduino)

Final project for UCF’s Robotics course. Built a small autonomous robot using ultrasonic sensing and Arduino to detect and avoid obstacles in real time. Designed, programmed, and tested system performance for reliability and responsiveness.

Software: Arduino, Prototyping

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Cody Davis

© 2025

Cody Davis

© 2025

Cody Davis

© 2025

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