Jack’s Landing
Jack’s Landing Development | Waikato
Located in the central suburb of Hamilton Lake, Jack’s Landing is uniquely placed for unparalleled access to both work and recreation. Jack’s Landing is a 109 lot residential subdivision that covers 46,980m² in what was once undeveloped and underutilised land.
BCD provided Civil, Structural, Draughting, Fire, Geotechnical, Surveying, Traffic & Transport and Planning & Resource Management associated with this project.
Disciplines involved:
-
This brownfield site started with remnants of its past, such as existing infrastructure to contend with. The civil team were responsible for the new subdivision infrastructure, storm water, waste water and roading designs. Whilst working to overcome downstream council reticulation restraints, flooding and high-ground water issues as well as peat soils.
-
Were responsible for road safety, vehicle calming, vehicle manoeuvring checks, road speed determinations in collaboration with our Civil Design Engineers.
-
Completed all cadastral surveying including topographical surveys, drone imagery, site set outs supported by the expert team to navigate the legal requirements for the sites.
-
Creating accurate two-and-three-dimensional representations of the project that acted as guides for all involved throughout the project.
-
In addition to the raft structure the team designed footbridges and retaining walls across the site.
-
Worked alongside the developer and other key stakeholders to prepare and deliver the numerous Resource Consents for both stages of the project in an efficient manner to avoid project delays.
-
To overcome the ground condition challenges the team completed extensive geotechnical works such as foundation designs, dewatering designs, settlement monitoring, engineering fill, retaining walls and liquefaction mitigation.
The geotechnical and structural engineering teams collaboratively designed an out of the box foundation solution of a raft on top of piles that can be jacked up to mitigate liquifiable ground issues in seismic events.
