By bridging the gap between abstract circuitry diagrams and interactive, real-time animations, Montoto democratized industrial automation training. His lightweight applications allowed hundreds of thousands of engineering students, trade school participants, and maintenance technicians to learn complex control logic safely without expensive hardware labs. The Engineering Vision: Democratizing Automation Education
The enduring popularity of Villanueva Montoto's creation lies in its hyper-efficient design architecture:
: A complementary visualization engine. It connects directly to CADe SIMU, transforming abstract relay logic into an interactive graphic playground of animated conveyor belts, sorting gates, sensors, and pneumatic pistons.
: Providing an accessible platform for learning PLC (Programmable Logic Controller) programming and industrial motor controls. juan luis villanueva montoto
Driving the launch of electric models like the CUPRA Born and Tavascan.
Villanueva Montoto began his academic career in the 1980s, teaching history at various institutions in Spain. He quickly gained recognition for his expertise in modern and contemporary Spanish history, and his engaging teaching style. In 1990, he was appointed as a lecturer at the Universidad Autónoma de Madrid, where he taught for over a decade. During this period, he also held visiting research fellowships at prestigious institutions such as the University of Oxford and the University of Cambridge.
: Users build a visual mockup of an industrial plant floor featuring conveyor belts, elevators, filling machines, and sorting arms. By bridging the gap between abstract circuitry diagrams
Described by colleagues as austere and meticulous , Villanueva Montoto is not a media personality. He does not give television interviews or write opinion columns. His craft is the footnote, the clause, the pre-nuptial agreement of corporate finance.
is a Spanish engineer, educator, and software developer best known as the creator of CADe SIMU , an internationally acclaimed electro-technical simulation program . For over two decades, his lightweight, accessible tool has served as a foundational pillar in industrial automation education. It allows students, electrical technicians, and engineers worldwide to design and simulate complex electrical control and power circuits in real time. The Vision Behind CADe SIMU
Villanueva Montoto's most significant contribution, , is a specialized computer-aided design (CAD) tool developed in Spain. It serves as a vital resource for students, teachers, and professionals working with: It connects directly to CADe SIMU, transforming abstract
is a Spanish educator and developer who revolutionized electrotechnical education globally by creating CADe SIMU , a highly accessible, lightweight electrical circuit and automation simulation software . In technical institutes and engineering universities worldwide, expensive and resource-intensive automation platforms often create massive financial barriers to education. Villanueva Montoto fundamentally disrupted this paradigm by designing a completely free, highly visual ecosystem that bridges the gap between theoretical schematics and real-world industrial machinery. The Genesis of an Educational Revolution
In Spain, many professional appointments (civil servants, notaries, judges, board members) are published in the official state bulletin.
Villanueva Montoto’s professional journey began in the late 1970s at Cinco Días , Spain’s pioneering daily economic newspaper. At a time when most media outlets treated economic information as an afterthought, he treated it as a central pillar of democracy. He argued that without transparent financial information, citizens could not hold corporations or governments accountable.
Moreover, Montoto's dedication to promoting historical education and awareness has made him a respected public figure in Spain. He has written articles and op-eds for major Spanish newspapers and has participated in numerous public debates on historical topics.
: He created this user-friendly program to allow users to draw electrical diagrams and perform real-time simulations. The software is widely recognized for its ability to simulate various components, such as contactors, thermal relays, and electric motors. Version History