JSBC Consulting delivered the structural engineering for this landmark Gosford development. This now completed project features two striking twin towers over a shared podium. We engineered a robust raft slab on piles to overcome a high water table and resulting hydrostatic pressures. Addtionally we used adavaced engineering software to design the transfer slab.
Delivering structural excellence at scale, JSBC engineered this massive four-tower, 22-storey mixed-use precinct. Our standout achievement? Designing an iconic, multi-storey structural tripod to support an entire high-rise tower. Discover how our team solved complex load transfers and delivered end-to-end engineering for this 680-apartment development.
Engineering a “city within a city.” JSBC delivered the complex structural design for this 62,800 square metre masterplanned precinct. We integrated a 42-storey tower, a 22-storey residential tower with sweeping cantilevered balconies, and a twelve storey hotel with a rooftop pool, all supported over a colonnaded podium and a five level deep basement.
Delivering high-density structural excellence. JSBC engineered the framework for this major residential precinct featuring 360 apartments across twin 25-storey towers. Discover how our team designed optimized lateral stability systems and engineered a massive, high-strength podium to support the project’s expansive, elevated landscaped “urban oasis.”
Winner of a 2019 Award of Excellence for Best Tall Building. JSBC engineered this highly diverse, 345-apartment precinct across three unique buildings. Discover how our team solved complex load transfers for a double-height sky garden, engineered angled “chopstick” columns, and designed a deep 3-level basement in challenging Waterloo ground conditions.
A milestone in JSBC Consulting’s history, Vivacity Stage 2 features 584 apartments across six towers (up to thirty storeys) and a seven level commercial building. Discover how we engineered complex load transfers, massive shared podiums, and strategic Permanent Movement Joints (P.M.J.’s) to manage building movement across this monumental precinct.
