You are tasked with designing a high-rise concrete building located in a seismic

You are tasked with designing a high-rise concrete building located in a seismic zone with significant ground acceleration potential. The structure must withstand both lateral forces due to seismic activity and vertical loads efficiently while ensuring occupant safety and comfort. Additionally, the building is intended to have an iconic architectural design, featuring large cantilevers and irregular geometries.
1. Describe the detailed design approach you would adopt to optimize the structural integrity and performance of the building under seismic loads, considering factors such as material selection, reinforcement strategies, and structural configuration.
2. How would you address the challenges posed by the irregular geometries and large cantilevers in terms of structural stability and load distribution? Discuss any innovative structural solutions or technologies you might employ.
3. Given the desire for an iconic architectural design, how would you balance the aesthetic aspirations with structural feasibility and safety requirements? Provide examples of previous projects or design principles that inspire your approach.
4. Discuss the importance of incorporating sustainability principles into the design and construction process of the concrete structure. How would you integrate sustainable materials and practices while maintaining structural performance and durability?
5. In the context of project management, outline a comprehensive plan for overseeing the construction phase, including quality control measures, testing protocols, and collaboration with contractors and stakeholders to ensure adherence to design specifications and safety standards.