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Hi, I'm Kenneth Morales. A Mechanical Engineer and Designer, and a Simulation Specialist.
Hi, I'm Kenneth Morales. A Mechanical Engineer and Designer, and a Simulation Specialist.
I am a mechanical engineer motivated by solving problems by engineering efficient and effective solutions. I am perceptive and observant. Forward thinking and goal oriented. A quick and eager learner. Sociable and pleasant. Proficient in design software (Solidworks, Autodesk Fusion), simulation software (ANSYS, SimScale, COMSOL, WRF), and analysis (OriginLab, Microsoft Excel) software. Adept in programming in C++ and familiar with C#, Python, and Java. Recently learning to integrate Language Models and Deep-Learning models into discrete applications. Adept in metalworking, machining, woodworking, and composite materials fabrication.
This e-Portfolio presents my recent education, work history, and projects.
Skills: Analytical and Critical Thinking, Reverse Engineering, Systems Architecture and Design, Creative Problem Sover, Numerical Modeling, Intermediate-Level Programming and Scripting, Project Management, Time Management, Data Management and Analysis, Microsoft Suite (Excel, Word, PowerPoint), Composite Materials Fabrication, light machining, metalworking, & woodworking, Interpersonal Relations and Collaboration, Communication Skills.
Skills: Analytical and Critical Thinking, Reverse Engineering, Systems Architecture and Design, Creative Problem Sover, Numerical Modeling, Intermediate-Level Programming and Scripting, Project Management, Time Management, Data Management and Analysis, Microsoft Suite (Excel, Word, PowerPoint), Composite Materials Fabrication, light machining, metalworking, & woodworking, Interpersonal Relations and Collaboration, Communication Skills.
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Bachelor's of Science in Mechanical Engineering - 2021
Bachelor's of Science in Mechanical Engineering - 2021
Project Study: Full-Scale Design and Simulation of a Horizontal-Axis Tidal Turbine (HATT) Blade for Tropical Site Conditions using Reynolds-Averaged Navier Stokes - Blade Element Momentum Theory (RANS-BEMT): A Hydrodynamic Study
Objective: Design and simulate a blade geometry for low tidal current velocities.
Procedure: The geometry was modeled in Solidworks and the Simulation was done in ANSYS Fluent.
Results: A tidal turbine with a rated speed of 0.6 m/s was designed able to produce 32 MWh a year was produced.
Master of Engineering in Mechanical Engineering - 2025
Master of Engineering in Mechanical Engineering - 2025
Project Study: Wind Energy Resource Evaluation at a Geographically Disadvantaged Area (GIDA) in Mindanao, Philippines using the Weather Research and Forecasting (WRF) Model
Objective: Provide a wind resource map at a remote community in Mindanao, Philippines.
Procedure: Input parameters were sourced from online databases. Wind simulation was done in WRF in Ubuntu 20.04.
Results: Daily, monthly, and yearly wind strength is too varied and small producing only 5.47 GWh a year using the Vestas V90 turbine.
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