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Michael Leander Roque

BSMS Manufacturing Engineering and Management Graduate

Philippines

ABOUT ME

I am a graduate of Bachelor's of Science and Master's of Science in Manufacturing Engineering and Management from De La Salle University, wherein I learned many skills, including: Mechanical Design, Material and Finite Element Analysis, Kinematics, and Programming. Although I am more inclined towards mechanical design, I consider myself a lifelong learner, always curious and wanting to gain more knowledge and skills that I can use towards creating a better future.

PROJECTS
CONTACT
RESUME
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Buster Sword Fusion 360

Created a model of Final Fantasy 7's Buster Sword using Fusion 360 Computer Aided Design software.

Mechanical DesignComputer-Aided Design
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Computer Fan

Created a mock-up design of a computer fan for personal computer

Mechanical DesignComputer Aided Design
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RGB Sequential Lights

Created a group project demonstrating the RGB sequential lights, inspired by gaming and computer apparel.

ArduinoTinkerCadMicrocontroller Design
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Cat and Mouse Automaton

Created a Cat and Mouse Automaton for a group project.

Computer-Aided DesignComputer-Aided Engineering
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Motor Housing Material Analysis

Used Ansys to determine the best material from structural steel, aluminum, and copper for a motor housing.

AnsysMaterial AnalysisFinite Element AnalysisComputer-Aided Engineering
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AI Vision-based Software for Single Camera Systems: Mapping Human Heat Density

Created a single camera system in order to map human heat density, while also counting the number of people in a frame using AI.

PythonHuman DetectionHeat Map Creation
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Table Design for Brazilian Jiu-Jitsu and Grappling Organization

Created a table design from scratch for the annual recruitment week of the university.

Fusion360Computer-Aided Design
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Design And Analysis of Hip and Knee Mechanisms for Natural Lower Limb Movement Replication

Designed and analyzed hip and knee mechanisms for a bed-type rehabilitation robot for better lower limb movement replication.

Material AnalysisComputer-Aided DesignFinite Element AnalysisComputer-Aided Engineering
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Comparative Material Analysis of Exoskeletons for Durability Testing

Evaluated three different materials in 6 distinct categories, namely: directional deformation, total deformation, equivalent stress, equivalent strain, principal stress, and principal strain.

AnsysMaterial AnalysisFinite Element Analysis