Setareh Vanak Commercial and Office Building

Setareh Vanak Building is a prominent commercial and administrative project, located in a prime location between Vanak Street and Kurdistan Highway. The building comprises 10 floors with a total built-up area of approximately 6,000 square meters, housing a combination of luxury office spaces, a restaurant, a rooftop garden, and retail stores on the ground floor.

A key feature of this project is the integration of functionality and distinctive design. The building not only fulfills the practical needs of its users but also stands out with its two main façades and interior design details, creating a unique architectural identity. Careful attention was given to interior layout, maximizing space efficiency, creating inspiring work and retail environments, and ensuring seamless circulation between floors.

ANIN served as the client’s advisor and partner throughout all phases of the project, from Phase 1 and Phase 2 design to interior design and final execution. Close collaboration with the client, detailed review of execution elements, and alignment with real user requirements ensured the creation of a highly functional and visually compelling commercial and administrative space.

This project stands as a clear example of ANIN’s expertise in designing and delivering large-scale commercial and administrative buildings, combining modern architectural standards, efficiency, and aesthetics while effectively reflecting the client’s brand identity.

Scope of Services and Responsibilities of Anin Engineering Company

As the General Contractor (GC – Designer & Builder) of the project, Anin Engineering Company is responsible for the design, detailed engineering, and full implementation of all critical infrastructure systems. The key technical domains of the project include:

1. Infrastructure for Advanced Cancer Treatment Technologies

• Designing an integrated platform for medical AI systems, including image processing, Clinical Decision Support, and smart patient monitoring systems
• Incorporating engineering requirements for targeted therapies, immunotherapy, and minimally invasive treatment methods
• Developing specialized infrastructure for Precision Medicine, including genomic laboratories and health data repositories

2. Digital Infrastructure and Smart Hospital Systems

• Designing and implementing network infrastructure, data centers, fiber-optic systems, and communication equipment capable of supporting high-volume imaging and AI data
• Defining mechanical and electrical requirements for Hospital Information Systems (HIS), medical IoT, and hospital Digital Twin platforms
• Establishing end-to-end infrastructure for Telemedicine, Teleradiology, and Remote Monitoring services

3. Mechanical Systems and Technical Requirements of Specialized Departments

• Designing HVAC and contamination-control systems compliant with cleanroom standards, positive/negative pressure rooms, and radiotherapy units
• Engineering and supplying systems for medical gases, central vacuum, technical fire-suppression systems, and critical hospital utilities
• Providing mechanical and shielding infrastructure for MRI, CT, PET/CT, linear accelerators, brachytherapy, and other heavy imaging equipment
• Designing full redundancy configurations (N+1 / N+2) to ensure uninterrupted operation of all critical departments

4. Architecture and Construction Based on Future-Driven Models

• Implementing Lean Healthcare Design principles to optimize patient flow and operational efficiency
• Separating clean and contaminated pathways and defining independent flows for patients, staff, and equipment in accordance with cancer-hospital standards
• Utilizing 3D modeling and BIM Level 2/3 to achieve precise coordination among architecture, structure, MEP, and medical systems

5. Standards and Quality Requirements

• Ensuring full compliance with international standards for cancer hospitals
• Implementing construction quality assurance using Inspection & Test Plans (ITP) dedicated to oncology departments
• Managing the project according to PMBOK methodologies and advanced EPC project-control systems

The Kerman Comprehensive Cancer Hospital stands as a distinguished example of advanced engineering in the healthcare sector. Through the integration of specialized design, cutting-edge technologies, and precise execution, Anin Engineering Company is delivering infrastructure aligned with the next generation of cancer treatment centers.