Taught Modules: Sports biomechanics, Mechanics of biofluids, Specialization of biomechanics and sports engineering.Support in administration of biomechanics laboratories: development of equipment use internal application, search for equipment, budget management, contact with suppliers, initiating the purchasing process, management of measurement equipment (strength, balance, motion capture, EMG, sensors inertial).

Research project: Measuring the motion of the human spine in acrobatics sports athletes. Supervisors: Dr. Rogelio Bustamante y Dr. Marcos Moya.

Motion capture protocol design for specific sports disciplines, physical evaluation of athletes. Software development for wearable sensor data analysis and report creation.

Design and testing of a Hyperthermic intraperitoneal chemotherapy (HIPEC) device. Visit the operating room to learn about the equipment and process requirements.

Design, manufacturing and installation of a landing system for helicopters. Waterproof testing Successful installation in two ships

I was responsible for teaching Linear algebra, Electricity and magnetism, Sensors and signal processing, and Differential equations.

Project: Implications in the design of sports bras and sports clothes. The main objective was to quantify and describe the movement of soft tissue in several sports activities. Led by Dr. Mattew Pain.Capture area and equipment preparation, motion capture with Vicon, treadmill operation, participant explanation and instruction.

Mi objetivo principal como coach era asegurar que el cliente tuviera una increible y divertida experiencia durante su estancia. Para lograrlo supervisaba el seguimiento de las reglas, para permitir a los clientes divertirse seguramente. Me encargaba de introducir al cliente a los espacios interactivos, aclarar dudas, y organizar actividades para su entretenimiento.

Mechanical design from the concept until a TRL level 5 prototype, considering client needs and including structural analysis and material selection. Constant communication with all involved areas of the project. Successful projects include a laparoscopic surgery trainer, a controlled security camera system, and a home automation system.

Project for Nissan.Automation of the transportation of skies from the end to the beginning of the manufacturing plant. Moter inverters programming.Connexion and wiring of the control panel.

Mechanical and electronic prototyping.Microcontroller programming.Server set-up and programming for internal project management and inventory.

Client support, maintenance and update of the clinical history in government hospitals.Client support and maintenance of internal network services.