Academic Portafolio

Sailing into Adventure: Building a Stunning Scale Sailboat with Creativity and Precision

Designed and developed a scale sailboat for 4 months
Used Creo Parametric modeling software for the project
Meticulously considered every structural detail, including ribs, keel beams, and outer plating
Selected balsa wood as the primary material for its strength, workability, and lightness
Created a stunning masterpiece that sailed beautifully
Demonstrated the power of creativity, ingenuity, and engineering expertise

Created a gym and scraper for cats using Conceptual Design principles
Considered the physical characteristics and needs of cats for the design
Used top-of-the-line materials including Medium-density fibreboard (MDF), Pita cord, and plush textile
Dedicated four months to fine-tuning every detail with Creo Parametric modeling software
Demonstrated passion and dedication to the project
Resulted in an innovative and exciting gym and scraper for cats

Developed a 1:8 scale model of the aerobatic monoplane Extra EA300
Utilized 3D SolidWorks modeling software to design the model and cut MDF wood ribs, beams, and lateral panels using a Laser Cutting Machine
Balsa wood was chosen for the main panels due to its lightweight and strong properties
The project spanned a period of 5 months, demonstrating a deep commitment to the development and refinement of the design
The resulting scale model showcases a blend of precision engineering and creativity that is sure to impress aviation enthusiasts and engineering professionals alike

Designed and built a unique motorcycle trike using a Watt kinematic chain
Selected the most appropriate geometry and steel type for the structure using solid mechanics and static calculations
Installed a 150cc motorcycle engine and estimated the proper gear relation for optimal speed
Calculated caster and camber to achieve desired turning angles
Created by a team of eight mechanical engineering students from Colombia and France
Attention to detail and careful calculations ensured a safe and functional final product
Combining both technical and creative skills, this project showcases the potential of engineering innovation.

Designed and built a dynamometer specifically for testing the torque and speed of motorcycles.
Utilized Power VI programming to display results graphically, providing a clear and easy-to-read output for analysis.
Incorporated principles of solid mechanics, heat transfer, and static computations to ensure the safe and accurate operation of the dynamometer.
Developed with precision and care to ensure accurate measurements and repeatability for reliable data.
The dynamometer can be used for testing a wide range of motorcycles, making it a versatile tool for both professionals and enthusiasts in the field.

Precision engineering at its best: designing a monolithic platform for surgical and nano-manufacturing applications
Bringing flexibility to the forefront: creating an acrylic sheet platform that enables precise movements
Mastering the art of simulation: using SolidWorks and FEM computations to simulate the normal operation of the flexible body
A new level of control: utilizing an XY compliant parallel manipulator (CPM) to enhance precision
Innovative design: the monolithic platform is composed of Watt linkage flexure modules defined by three bars for optimal performance
Pushing the boundaries of engineering: taking on the challenge of creating a monolithic platform for highly sensitive applications.

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