"Design an architectural visualization for a state-of-the-art higher education training center with a total area exceeding 2,500 m², based on the following detailed layout: Ground Floor: Welcoming Area: A reception and access control area prominently located at the building’s front, serving as the primary entry point for students and visitors. Adjacent administrative offices and a meeting room to facilitate public engagement and internal management. A large parking lot for staff and visitors, conveniently placed next to the main entrance. Landscaped green areas integrated into the entry zone, designed as welcoming spaces or waiting areas. Large-Scale Technical Workshops: An automotive workshop positioned at one end of the building, with large rolling doors and direct exterior access for vehicles. A civil construction workshop located next to the automotive workshop, with easy access to outdoor practice patios for hands-on activities. A refrigeration and climate control workshop, strategically situated near the larger workshops to share technical infrastructure. Restrooms: A general restroom block located centrally to ensure easy access for users in workshops and common areas. Upper Floor: Academic Area: Grouped theoretical classrooms designed for optimal acoustics and equipped with modern teaching technology. Computer laboratories located in the same block, featuring controlled access to protect high-value equipment. Specialized workshops for skills development in electricity, textiles, gastronomy, and aesthetics, each tailored to their respective training requirements. Common Area: A central library and reading space with modern furnishings, ample natural lighting, and connections to digital resources. A cafeteria located nearby, designed with terrace views of surrounding green areas for relaxation and informal gatherings. An auditorium/conference room designed to accommodate up to 200 people, accessible from both floors through stairs and elevators, for lectures, seminars, and cultural events. Restrooms: An additional restroom block strategically placed close to classrooms and laboratories. Connectivity: Wide hallways and corridors designed to support high foot traffic and ensure smooth circulation. Ramps and elevators meeting universal accessibility standards, ensuring inclusivity for all users. Outdoor connections from workshops and the cafeteria to landscaped gardens and patios, encouraging interaction with nature. General Layout Overview: Front Area: Reception, administrative offices, and parking. Ground-Level Lateral Wings: Large-scale technical workshops (automotive, civil construction, refrigeration). Upper-Level Central Core: Classrooms, computer labs, specialized workshops, and a central library. Common Areas: Auditorium, cafeteria, and green spaces integrated for both functionality and aesthetics. This center should combine modern architectural principles, advanced functionality, and accessibility to support diverse technical and academic activities for students, faculty, and staff."**