University Industrial Projects
Ramon Llull University
SKILLS:
Sketching, 2D & 3D modeling, structural analysis, manufacturing, CAE/multiphysics engineering simulation, processes, problem-solving, conceptual design.
TOOLS:
AutoCAD, SolidWorks, Ansys, machinery testing, 3D printing, manual and CNC machining equipment.
Description
This collection of projects showcases part of the knowledge gained during university studies in industrial engineering. It shows the steps involved in industrial product ideation and creation. Starting with conceptual design and sketching, to 2D & 3D modeling, structural analysis, physical testing, and manufacturing processes. Each project integrates technical skills and methodologies to solve complex industrial challenges.
Sketching
Description:
This stage involves developing initial concepts and visualizing designs through freehand and technical sketches. Sketching forms the foundation of the design process, enabling rapid exploration of ideas, forms, and functions before transitioning to digital tools. It facilitates brainstorming and refinement of the core concept, ensuring alignment with project goals. In addition to product ideation, sketching is also utilized for representing systems of all kinds, such as forces, accelerations, or other physics-related problems.
Key Focus:
Creativity, brainstorming, proportion accuracy, functional representation, system representation.
Example Output:
Conceptual drawings and industrial sketches for machinery or product designs.
2D - Computer aided design
Description:
Transitioning from hand-drawn sketches to precise 2D digital drafts, this stage employs computer-aided design (CAD) tools. It focuses on creating detailed orthographic projections, technical drawings, and schematics that comply with engineering standards. These outputs serve as blueprints for further development stages.
Key Focus:
Accuracy in dimensions, tolerances, and technical specifications.
Tools:
AutoCAD, SolidWorks
3D - Computer aided design
Description:
This stage builds on the 2D CAD models by adding depth and detail through 3D modeling. It allows for comprehensive visualization, precise geometry, and the ability to detect design flaws early. Designers create digital prototypes to represent the product in its actual form and scale.
Key Focus:
Realism, assembly testing, and compatibility checks.
Tools:
SolidWorks
Computer aided & multiphysicsengineering simulation
Description:
Leveraging advanced simulation tools, this phase evaluates the performance, durability, and efficiency of the design under various conditions. Multiphysics simulations encompass aspects like structural integrity, fluid dynamics, and thermal stresses, enabling virtual testing without physical prototypes.
Key Focus:
Stress analysis, optimization, mobility, and design validation.
Tools:
SolidWorks, Ansys
Physical testing
Description:
Once prototypes are developed, this phase involves physical experimentation to validate the simulation results. Real-world conditions are recreated to test properties such as strength, deformation, and functionality. The outcomes ensure the design meets safety and performance standards.
Key Focus:
Material and product properties and characteristics in various environments.
Tests:
Tensile & deformation tests and product material's analysis using lab equipment. Eddy currents, Rheometry, Force measurements...
Manufacturing
Description:
In this phase, the design is brought to life through manufacturing processes. It includes the production of components using techniques like CNC machining, casting, welding and machine tooling. This stage ensures product accuracy, as well as cost efficiency and scalability.
Key Focus:
Process selection, process optimization, and assembly.
Tools:
CNC machining, casting, welding and machine tooling
Product
Description:
The final stage involves delivering a complete, functional product. This includes refining aesthetics, ensuring compliance with industry standards, and preparing documentation for market release. The end result is a tangible, validated product ready for its intended application.
Key Focus:
Usability, aesthetics, and performance validation.
Example Outputs:
Finished product prototypes, product manuals, and marketing-ready visuals.
