The Mix Blender is a home appliance concept that explores how product design can respond to the evolving demands of everyday life. Designed for both domestic and professional contexts, the project brings together technology, functionality, and a minimalist visual language, placing user experience at the center.

The proposal is based on a compact and versatile blender, featuring automatic programs, mobile app integration, voice control, and nutritional tracking functionalities. Attention to ergonomics, ease of cleaning, and safety, combined with the use of durable materials, results in an object designed for frequent use and adaptable to different user profiles.

The product design was developed by us, with a focus on integrating technology, functionality, and user experience. This approach enabled the creation of a coherent proposal in which innovation and design anticipate the role of small appliances in the future of the kitchen.

The sustainable drone is a conceptual product design project that explores the use of natural nettle fiber as an alternative to conventional materials. The proposal investigates the relationship between material, structure, and sustainability in technological products.

The project focuses on defining the product concept and integrating principles of ecodesign and material innovation, exploring the potential of natural materials in the development of technological solutions.

In this project, we developed the product concept and design, resulting in a conceptual proposal that reflects new possibilities for the application of natural materials in technological structures.

The Autonomous Vending Machine Vehicle is an urban mobility concept that explores an autonomous service platform designed to operate in urban environments, integrating technology, sustainability, and efficiency within the context of smart cities.

The project focused on the development of the concept and platform design, exploring the integration of technologies such as radar, GPS, cameras, and 3D mapping, alongside principles of energy efficiency and sustainability.

Developed internally as part of Pragmatic’s research, the project anticipates autonomous solutions adaptable to different urban contexts and user profiles.

Have you ever imagined moving through the city in a silent, electric vessel with a view over the river? This project proposes a 100% electric urban vessel concept that rethinks fluvial mobility in contemporary cities, combining innovation, comfort, and sustainability.

Designed for efficiency, accessibility, and user experience, the vessel accommodates up to 30 passengers, includes space for bicycles and wheelchairs, panoramic windows, and fast side-access boarding. The technology features silent electric propulsion, solar panels, and real-time monitoring, ensuring energy efficiency and safety.

We supported the definition and communication of the concept, translating a technical solution into a clear proposal oriented toward the future of urban fluvial mobility. This project reflects an integrated vision in which sustainability, technology, and design converge to address the real needs of riverfront cities.

The LH4Auto project aims to develop innovative and multifunctional automotive components in a thermoplastic matrix, with lighting and heating capabilities. The design approach incorporates new technologies, including the functionalization of polymeric substrates through multi-layer coating for lighting and the integration of fibrous materials with energy conduction capabilities for the functionalization of the component.

In this project, we were involved from start to finish, from market analysis and concept studies to prototyping and the final demonstrator product, where we showcase the technology developed by the University of Minho and Simoldes.

Protech mask was a project aimed at developing protective masks that can effectively address the filtration needs of particles and biological agents at the nanoscale while also degrading these agents to maximize user protection in environments with varying levels of risk. Our involvement in this project included sketching, conceptualization, 3D modeling, and rendering of the mask, always keeping usability and user protection in mind.

Enel Global Infrastructure and Networks (EGI & N) was looking for a new sustainable design for single-phase and three-phase residential smart meters, incorporating innovative and technological features both in design and materials, and following the principles of circular economy and sustainability. In this context, we developed these meters designed for the future, which not only meet sustainability criteria but were also carefully conceived with a special focus on design. Each meter is not only a functional solution but a decorative piece that seamlessly integrates into residential environments.

Due to the sale of the rights to this project, we cannot show it publicly on our website. However, we couldn’t help but talk about this project, of which we are proud.

The Mirpuri Foundation developed a research and development program that created an alternative to modify the way plastic packaging is mass-produced. We investigated, conducted studies, and developed based on bio-inspiration and biomimicry and conceived the solution “The Good Bottle”, a product with a futuristic vision that did not yet exist in the market.

The MOP-UP arises under reflection of the pandemic global context, Covid-19, and the way it affected the mobility sector. We have developed equipment capable of responding to health and wellbeing requirements, in order to make the user responsible as a public health agent, and to combat the spread of biological agents.

AuxDefense, founded by the National Ministry of Defense, aims to develop advanced personal protective equipment with high performance in impact, cutting, puncturing, and resistance, as well as military equipment components (composites) with excellent impact resistance. In this context, we take pride in having developed the advanced ballistic helmet for the Portuguese Army. This project is not only a remarkable technical achievement but also reflects our deep commitment to providing cutting-edge solutions for the needs of our clients