This modern residential development integrates sophisticated smart-building technology with high-performance engineering to deliver a premier inner-city lifestyle.

Description

The Boulcott Street Apartments project is a landmark addition to Wellington’s skyline, transforming a prime central site into a hub of contemporary urban living. As the building services engineers for this development, our team was responsible for the design and integration of advanced mechanical, hydraulic, and fire protection systems. We prioritized sustainable, future-ready infrastructure, incorporating smart utility monitoring systems that allow residents to optimize energy consumption and reduce costs. Our hydraulic engineering featured high-efficiency water management and modern bathroom services designed to meet the rigorous standards of premium city apartments. The fire protection strategy was carefully engineered to provide maximum safety within the high-density residential footprint, utilizing state-of-the-art detection and suppression technologies.

We also specialized in the communications and security design, ensuring every unit is equipped with dedicated fiber and smart-access capabilities. The mechanical systems were designed to capitalize on the building's concrete construction, enhancing thermal insulation and acoustic performance for a quiet, comfortable living environment. Large floor-to-ceiling windows were supported by precise HVAC zoning to manage natural light and heat gain effectively.

This project focuses on eco-friendly living without compromising on style, providing a diverse range of one and two-bedroom spaces. By delivering resilient and highly technical building services, we helped ID Property create a development that is as functional as it is aesthetic. This project stands as a testament to our ability to integrate complex technology into high-end residential architecture.

Services Offered

  • Mechanical design
  • Electrical design
  • Communications & security design
  • Hydraulics design
  • Fire engineering design
  • Fire protection design
  • BIM