Launched a company that develops and sells electromobility and robotic solutions. Now with two models of electric cars, one for the streets (patented) and one for the golf course, ANSSATZ implements the pinacle of electric technology, in addition to research-focused robotics, of which Tecnológico de Monterrey university is customer.

Achieved the operational stability of a luxury jewelry business and trademark focused on the artisan work of Mexican locals, now successfully operating online at the Mercado Libre platform. I lead the brand image.

I Imparted Automatic Control and Industrial Electronics laboratories for senior year undergraduates of Tecnológico de Monterrey university. Academic achievements of these classes included the creation of a wireless robotic arm prototype with the students as part of a new educational model, which also yielded a publication.

I developed and prototyped a robotic hand orthosis to assist Amyotrophic Lateral Sclerosis patients. The device reads both the brain and muscle signals of the user to provide mechanical assistance while not being invasive for the patient. The project prototype encompasses electronic design, programming, signal analysis, 3D printing and medical research to achieve a functional end product.

I modernized a water monitoring and control device in a month-long project. This device operates at city-wide drinking water tanks that distribute the water service to Mexico City households. The modernization implemented new wireless communications and optimizations through the inclusion of microcontroller and telecommunications innovations that later yielded significant consumption savings and efficient operation.

Researched innovative machine learning methods and artificial intelligence for electric vehicles, which produced multiple functional prototypes, published scientific papers and collaborations with Massachusetts Institute of Technology, Robert Gordon University and multiple campuses of Tecnológico de Monterrey university.