Juan Luis Villanueva Montoto Link
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 software has gained recognition beyond personal use; it is included in the reference sections of formal academic theses and engineering papers.
: Constructing the logic behind operations using push-buttons, timers, thermal relays, and contactors.
From its humble beginnings as a free, lightweight program, CADe SIMU has grown into a versatile software solution, currently in version 4.2, that is recommended by universities globally for teaching in the fields of industrial electricity and automation. Its core mission has always been to provide a safe, cost-effective, and highly functional virtual environment where the principles of electrical circuits and automated systems can be learned without the need for expensive physical components or the risk of real-world electrical hazards.
Because public reviews for individuals are often limited unless they are high-profile public figures or business owners, here is a breakdown based on the professional presence found: Software and Tech Profile Directories such as Software Informer list him in relation to software updates and reviews. juan luis villanueva montoto
In the turbulent intersection of high-stakes corporate law, media power, and political influence, few figures in Spain operate with as much quiet authority as . While not a household name for the general public, his signature appears on some of the most consequential contracts, acquisitions, and legal strategies that have shaped the modern audiovisual landscape of the country.
: His approach typically aligns with modern Spanish architectural trends—balancing traditional masonry or concrete elements with open, light-filled interiors. Professional Contributions
: Circuit design and simulation for automation, including PLCs, motors, and logic controls.
CADe_SIMU is an electro-technical simulation program that allows users to create power schemes and control circuits, observing their behavior in real-time. Villanueva Montoto's creation has gained international acclaim for several key reasons: is a Spanish engineer, educator, and software developer
For students of media law, he represents the ideal of the secretario no ejecutivo (non-executive secretary)—a figure who ensures that power is exercised within the lines drawn by legislation.
Overseeing the rapid expansion of CUPRA in Spain, making it one of the fastest-growing automotive brands in Europe.
While specific private data should not be shared, public records in Spain often associate the surname Montoto with:
Best for establishing authority in the engineering community. Why Simulation is the Backbone of Smart Engineering 💡 The Vision Behind CADe SIMU Villanueva Montoto’s software
He is a frequent speaker at automotive summits (e.g., Faconauto, ANFAC) discussing the future of the Spanish car market.
He famously banned the word "reestructuración" (restructuring) from his press releases unless accompanied by a specific, quantifiable human and financial cost. For him, vague language was a form of deception.
While the exact release dates vary across repositories, versions of CADe Simu (including v1.0 and v3.0) appear in academic bibliographies and software listings dating between 2013 and 2019. A software package titled "S7-200" (likely referring to Siemens S7-200 PLC programming software) also appears under his name on the Softpaz free software directory, released on July 25, 2013.
is notably associated with software development and technology updates in various online directories.
: His software allows students and professionals to design professional-level electrical diagrams and simulate the behavior of automated systems, such as motor starters and control circuits.