Tomás Sánchez Villaluenga

• I lead the development of company applications from scratch, partnering directly with business teams to define requirements, owning end-to-end delivery and supporting AI adoption across business workflows.
• I reduced document review and update workload by ~90% through AI-driven automation, reducing data mismatches and critical client-facing errors.
• I build, develop and maintain computer vision solutions for automation and warehousing robotics.

The ~90% reduction in document review and update workload comes from the Agentic Document Inspector.

I built two AI platforms at Moffett, both in production and used inside the company:

• HR & Workforce Management Platform, used daily by 150+ employees. I worked on it alone and coordinated the IT teams to deploy it; it is being rolled out gradually to the factories where company staff work.
• Agentic Document Inspector & Orchestrator, whose configurable validation rules I defined with the sales, engineering and finance teams.

My third production system, the AI-Powered Real Estate Automation Platform, is a freelance project I built on my own for HG Viajes Agency, not Moffett work.

This role ran in parallel with the MSc at UPM (until June 2025), the Oxford programme (June to August 2025), Dronomy (October 2025 to January 2026) and Moffett Automation (from February 2026).

It was part-time consulting, outside my main working hours.

• Streamlined AI-assisted translation workflows, reducing turnaround from ~4 months to ~2 weeks and costs by ~90%.
• Supported the automation of curriculum adaptation, reducing processing time by ~50% and costs by ~95% while bringing delivery in-house.
• Prepared editorial content for AI-assisted processing and retrieval.
• Advised and trained editorial teams on adopting generative AI and workflow automation.

• Developed UAV perception and autonomy in GNSS-denied environments, including collision avoidance and precision landing.

• Grade: A+ for the whole programme, in Deep Unsupervised Learning and Computer Vision.
• Topics: Deep Unsupervised Learning, Generative AI, Computer Vision, Natural Language Processing.

• Grade: 8.2/10.
• Focus: Computer Vision, Artificial Intelligence and Robot Navigation.
• Master's thesis carried out at Technische Universität Dortmund. The thesis is a thesis, not a paper. See Event-Based Prediction Model for Multiple Objects and 3D Annotations in Logistics Scenario.

Computer Vision, Robot Guidance and Navigation, Optimal and Adaptative Control, Artificial Intelligence, Machine Learning, Deep Learning, Nonlinear Systems, Domotics, Advanced Automation.

My MSc thesis, "Event-Based Prediction Model for Multiple Objects and 3D Annotations in Logistics Scenario", for the UPM Master's in Robotics and Automation, carried out at Technische Universität Dortmund: event-based object prediction and 3D annotations for logistics. It is a thesis, not a paper.

Research and development of software for aerial robotics.

The role overlapped with the last months of the BSc (until June 2023) and the first months of the MSc (from September 2023).

• Verified and validated Airbus MRTT safety-critical software under DAL-A requirements, and assessed changes and requirements for reliability, traceability and compliance.

It began with an electronic systems engineering internship, with complete training in embedded systems: FPGA-based avionics design, development and verification of microelectronic systems in VHDL, electronic lab systems for aeronautics and space, real-time systems and aerospace certification standards.

A co-op position: I developed IoT solutions for new-material sensors and managed the sensor data.

My Bachelor's thesis at Universidad Politécnica de Madrid: "Geolocation and support electronical device for the humanitarian-military field".

• Patent P202331053, granted, arose from my BSc thesis. See Communicated system for detecting impacts and the status of an individual.
• Two papers in microelectronics and low-power electronics, both published in Frontiers. See Wi-Fi/LoRa communication systems for fire, seismic-risk mitigation and health monitoring.
• Member of the Robotics Club and the Sports Club.

I founded and ran an independent e-commerce business selling 3D-printed baking and pastry products. I built the online store from scratch, automated order management, purchase notifications and customer messages, and owned the product from 3D design and manufacturing to marketing, sales and fulfilment.