Some product design concepts and ideas that I designed over the years
Proposal for Enhancing Innovation and Development for Improved Quality of Life of Mobile Disability Product Users
Project Objective: The primary goal of this project is to generate innovative solutions to improve the quality of life of wheelchair users by facilitating the propulsion system and minimizing physical effort. Additionally, this project aims to improve the comfort of foldable wheelchairs, incorporate an efficient and aesthetically pleasing lighting system, and propose the use of new materials to decrease the weight of the object and enhance mobility.
The proposed project aims to address the needs of mobile disability product users through innovative and practical solutions that not only enhance the user experience but also make the products more efficient and easier to use. The use of new materials and technology can help reduce physical strain, making the product more accessible and user-friendly. The incorporation of an efficient lighting system can improve safety, while also enhancing the overall aesthetic of the product.
Overall, this project has the potential to significantly improve the quality of life of mobile disability product users, making their day-to-day experiences more comfortable, efficient, and enjoyable.
3D modelling, 3D rendering and animation for prosthetics, implants and orthopaedic plates within medical industry.
Skills: 3D Design · 3D Modelling · Keyshot · 3D Animation · Autodesk 3ds Max · Rhino
Sensobichos
Multisensory toys can play a vital role in a child's development, particularly in enhancing their motor skills and providing therapy for sensory stimulation. These toys engage multiple senses such as tactile, auditory, and visual senses, making them an effective tool for sensory development. With the help of multisensory toys, children can learn to explore the world around them and develop their cognitive abilities while having fun.
Gadget for visually impaired writing.
Introducing a revolutionary gadget designed to help visually impaired individuals with their writing needs. With this innovative tool, users can utilize the braille system to enter voice notes, write texts, and scan documents. Additionally, the gadget can translate these texts into braille, making it easier for visually impaired individuals to read and comprehend. With this advanced technology, visually impaired individuals can now enjoy greater independence and accessibility in their daily lives.
Flying Robot Automaton
Also known as an unmanned aerial vehicle (UAV) or drone, is a type of robotic device designed to fly without a human pilot on board. We drew inspiration from FESTO research projects involving objects and hot air balloons with bionic concepts. Our focus has been on developing an aerostatic robot filled with helium. The robot is designed to equate its weight with that of the surrounding fluid to achieve flotation. By using fins/wings, we can generate the necessary disturbances in the fluid environment to obtain positive or upward impulses, rotations, and displacements in all directions. We programmed the robot using free software (Arduino) and a compatible board (Robotgroup V.01), allowing it to carry out predetermined actions based on sensor data. The robot has the autonomy to execute basic or complex programming in the future.
