CAD & Product Design

Designing caravans begins with analysing client briefs, technical requirements and regulatory constraints. I work closely with clients and internal teams to translate functional, aesthetic and manufacturing needs into viable products, developing complete design systems: layout planning, parametric 3D modelling, engineering documentation and production-ready files. I manage the full development cycle, from concept and prototyping to detailed CAD drawings, nesting and CNC programming. Professional work in Australia for Majestic Caravans (2023–2025) and Sunland Caravans (2025–2026).

• Parametric 3D models

  Parametric CAD models that allow fast revisions and keep accuracy across the whole design, for consistent manufacturing and documentation.

• Master plans and layouts

  Project requirements translated into master plans and layouts that optimise space, functionality, ergonomics and build feasibility.

• Nesting and CNC programming

  Production-ready nesting layouts and CNC files that optimise material usage and reduce manufacturing errors.

• Interior design

  Interior furniture and finishes that balance aesthetics and practicality, considering materials, usability and manufacturing constraints.

• Chassis and elevations

  Chassis coordination for structural and packaging requirements, and technical elevations that communicate dimensions and construction details to the workshop.

Developed for the Colombian Government in collaboration with Universidad El Bosque, this project created 3D-printed anatomy models to support education nationwide. Pop art and art toys became the visual language: human anatomy redesigned into engaging, tactile learning pieces that balance clarity, durability and educational value.

• Interactive medical kit

  Modular, hands-on kits that organise multiple anatomical components for classroom use, covering 3D modelling, part integration and fabrication preparation.

• Anatomy art toys

  3D-printed anatomy models inspired by art toys that make complex concepts easy and engaging for children.

• Materials and finishing

  Mixed-material workflows that combine 3D-printed parts with silicone for realistic textures and a better tactile feel.

• Abdominal surgery training simulator

  A training rig that recreates a realistic abdominal surface with access ports, for practising instrument handling and positioning.

• Expo and stakeholder review

  Final prototypes presented to doctors, clinical educators and healthcare managers to gather professional feedback before a broader rollout.

A small selection of sketching work from different projects. These sketches capture early ideas, proportions and design intent, turning concepts into clear directions before 3D modelling and detailed development.

• Footwear concept sketch

  Marker-rendered concept exploring silhouette, panel breaks, material contrast and branding details.

• Automotive rendering

  High-detail marker rendering focused on reflections, surfaces and proportions.

• Vehicle and product line sketches

  Fast pencil sketches exploring structure, stance and functional components.

• Ideation studies

  Loose sketches focused on speed and iteration, testing proportions, curves and key features.

• Character and mecha concepts

  Illustrative concepts combining mechanical forms with visual style for themed and entertainment projects.

Through Tiny Mobility Lab I explore compact mobility systems and connected physical products, from early concept and CAD through prototyping and fabrication. Project material is still to be published.