Audi A0

This project explores the development of a self-driving vehicle system designed to navigate urban environments. The core innovation lies in drawing inspiration from the way birds communicate and coordinate during flocking behavior. Birds, through subtle signals and cooperative decision-making, achieve highly efficient and safe movement even in complex environments. Similarly, our self-driving vehicle employs a decentralized communication model to achieve coordinated, adaptive, and intelligent navigation.

Toyota 3rd Extremity

Ferran worked on an assigned project called "Compact Cars Shape Up" part of the long term project Shape Studies Research Project 2012/2013. The work consisted in researching and create a visionary concept that would explore extremily different way of thinking. A concept that would appeal to young and new customers based on the ever changing needs of mobility and future social issues.

Toyota 3rd Extremity

Ferran worked on an assigned project called "Compact Cars Shape Up" part of the long term project Shape Studies Research Project 2012/2013. The work consisted in researching and create a visionary concept that would explore extremily different way of thinking. A concept that would appeal to young and new customers based on the ever changing needs of mobility and future social issues.

Toyota 3rd Extremity

Ferran worked on an assigned project called "Compact Cars Shape Up" part of the long term project Shape Studies Research Project 2012/2013. The work consisted in researching and create a visionary concept that would explore extremily different way of thinking. A concept that would appeal to young and new customers based on the ever changing needs of mobility and future social issues.

Design ideas for Toyota

Some sketch ideation proposals during my internship in Toyota.

Montesa Impala 3rd generation

The Montesa Impala Third Generation is a modern reimagining of a classic Spanish motorcycle, built on the proven Honda 500 CBF platform. Combining the iconic style and heritage of the Montesa Impala with the reliability and performance of Honda's engineering, this third-generation motorcycle merges nostalgia with cutting-edge technology, offering a versatile ride for both urban commuters and motorcycle enthusiasts.

Grove Hydrogen Automotive

The Grove Hydrogen Automotive SUV is a state-of-the-art vehicle designed for seamless commuting between cities and rugged off-road exploration. Powered by hydrogen fuel cell technology, this SUV combines eco-friendliness, robust performance, and advanced design to meet the demands of diverse terrains and long-distance travel.

H2X Global Snowy

The H2X Global Hydrogen SUV Snowy is a state-of-the-art vehicle designed for seamless commuting between cities and rugged off-road exploration. Powered by hydrogen fuel cell technology, this SUV combines eco-friendliness, robust performance, and advanced design to meet the demands of diverse terrains and long-distance travel.

Macbor Montana XR1 & Rockster 125

The Montana XR1 and Rockster design project for Macbor represents an exciting leap into the world of off-road and adventure motorcycles, combining rugged performance with innovative design. Aimed at enthusiasts seeking thrilling experiences on both urban roads and rough terrains, these two models cater to riders who demand versatility, durability, and cutting-edge technology in their motorcycles.

Feuerbach GTL

The Feuerbach GTL is a next-generation hypercar, combining breathtaking design, cutting-edge performance, and advanced technology. Developed by Feuerbach Automotive, the GTL (Gran Turismo Lightweight) redefines the hypercar category with a relentless focus on speed, agility, and driver engagement, while incorporating sustainable engineering principles.

Duesenberg Midnight Ghost

The Duesenberg Midnight Ghost EV is a pinnacle of luxury and performance, blending timeless elegance with cutting-edge electric vehicle technology. Designed by Duesenberg Technologies, this car reimagines the grandeur of classic luxury vehicles for the modern era, delivering a silent yet powerful driving experience.

Dusenberg Torpedo

The Duesenberg Torpedo EV is a pinnacle of luxury and performance, blending timeless elegance with cutting-edge electric vehicle technology. Designed by Duesenberg Technologies, this car reimagines the grandeur of classic luxury vehicles for the modern era, delivering a silent yet powerful driving experience.

H2X Global Darling van

The H2X Global Hydrogen Darling van redefines sustainable transportation, offering a perfect blend of performance, efficiency, and eco-consciousness for modern drivers.

H2X Global Warrego pick up & off road

The H2X Global Hydrogen SUV & pick up redefines sustainable transportation, offering a perfect blend of performance, efficiency, and eco-consciousness for modern drivers.

H2X Global SUV

The H2X Global Hydrogen SUV is a state-of-the-art vehicle designed for seamless commuting between cities and rugged off-road exploration. Powered by hydrogen fuel cell technology, this SUV combines eco-friendliness, robust performance, and advanced design to meet the demands of diverse terrains and long-distance travel.

Google Car

The Google Vertical Pod is a groundbreaking self-driving car designed to optimize space usage in crowded city environments by adopting a vertical seating arrangement. This innovative vehicle reimagines urban mobility, focusing on efficiency, safety, and sustainability.

Virgin Spaceship

The Virgin Spaceship is a revolutionary spacecraft designed to explore the solar system while addressing Earth's environmental challenges. It combines cutting-edge space exploration technology with sustainable systems to clean the oceans and refresh the atmosphere. Inspired in aquatic animals

H2X Global hydrogen self-driving truck

Hydrogen self-driving truck. Designing a vehicle for operation in maritime ports, especially under demanding conditions like extreme heat, requires attention to durability, maneuverability, and cargo-handling efficiency. Operates in maritime ports for cargo transportation, container stacking, and ship loading/unloading.

Mitsubishi H0

Designing a vehicle for extreme heat conditions.

Lexus Sensei

Lexus Sensei in collaboration with Dyson + Mizuno + Preferred Networks Part I - Ideation In 2038, racing has become a sophisticated blend of human skill and advanced automation. To train future racing pilots, an innovative program has been developed using self-driving racing cars. This program takes place at the cutting-edge Global Racing Academy (GRA) located in the California Desert, a premier facility equipped with the latest in racing technology and AI systems. The Training Cars: Autonomous Racers. Power Source: Advanced electric powertrains utilizing HYDROGEN. Propulsion: Electric motors delivering instant torque and precision control, capable of speeds up to 400 km/h. Plus air propulsion turbo system developed by Dyson. Material: Carbon fiber and advanced composites make the cars lightweight yet extremely durable. AI Systems: State-of-the-art AI capable of driving at the limits of performance, learning from each lap and adapting to different track conditions. Features: Sensor Suite: Lidar, radar, and high-resolution cameras provide 360-degree awareness and precise mapping of the track. Telemetry & Feedback: Real-time data on car performance, track conditions, and driver inputs, fed directly to the driver and instructors. Adaptive Learning: AI algorithms that continuously learn from both the car’s performance and the driver’s actions to optimize lap times and efficiency.