Eduardo Fuentevilla Blanco

Own technology and product strategy, defining vision, roadmap, and go-to-market strategy including pricing. Architect enterprise AI solutions and cloud/AI infrastructure, partnering with leadership to translate market insights into PRDs.

Co-founded and led mechatronics and project work, owning technical roadmap, product lifecycle, and pricing across product, services, and consulting lines. Built an agentic AI-driven OS application and launched multiple AI/robotics and VR initiatives, including an LLM chatbot on a microprocessor and a robotic dog product line.

Supervised drone development for nuclear radiation dismantling and supported delivery of nuclear-measurement and dismantling-focused robotic systems. Developed autonomous robotics and automation solutions, including an autonomous LIDAR climbing robot and an automated X-ray bunker for fuel rods.

Designed and engineered custom mechatronics systems and automation solutions for clients, including inspection-focused drones and automated camera crane systems. Built real-time devices to measure/optimize training metrics and performance.

Supervised and inspected ICSS, SCADA, and RTU control systems for Kuwait Oil Company. Supported control-system inspection work using leadership and strategic planning skills.

Taught “Dynamics and Motion Control” after achieving a top 3% mark in the course. Delivered instruction focused on dynamics and motion control concepts.

Developed Hyperloop control algorithms and digital twins, ranking among the top 50 global concepts. Contributed to control-system modeling and simulation work for a Hyperloop project.

Designed EV electronics for a formula car and contributed to a project that won the Mercedes-AMG High Voltage Powertrain award. Focused on high-voltage EV electronics design.

Designed security products and custom solutions and provided consulting for manufacturing, installation, and electromechanical product aspects. Delivered bespoke mechanical designs based on customer requirements.

Designed products for automation of the production chain at Tata Steel. Coordinated with suppliers to obtain prices and delivery times and supported electromechanical product development.

Grade: Top 5% of class; award for most efficient autonomous vehicle design out of 15 solutions

Activities and societies: Awarded for most efficient autonomous vehicle design out of 15 solutions. Thesis: Quadcopter stabilization on inclined walls.

Master in Mechatronics at KTH Royal Institute of Technology. Thesis focused on quadcopter stabilization on inclined walls, and he graduated in the top 5% of the class.

Grade: 1st in electro-energetics; top 8% of degree

Activities and societies: Thesis: Designed a chrome plating plant with concepts implemented in a real facility.

Industrial Engineering degree at the University of Cantabria, specializing in electro-energetics. He graduated 1st in the field, and his thesis covered the design of a chrome plating plant implemented in a real facility.