The structural design and engineering of steel balustrades and glazing involves detailed analysis of the structural integrity of the system to support the lateral loading in a high pedestrian traffic area and withstand environmental factors.
Our engineering plans and specifications outline dimensions, materials, finishes, and anchoring methods for the balustrades and glazing to ensure they meet safety standards and complement the overall architectural design of the building.
Opened in 2020, the beautifully designed and engineered building is a public museum and a symbol of innovation and excellence.
Ross Engineers were entrusted with the task of harmonizing Norsken Kollektive’s architectural vision with the construction expertise of McGarry Constructions. The challenges encountered during this project included:
Preserving the time-honoured masonry charm while incorporating expansive rear windows.
To achieve this, we introduced a blend of new masonry and a network of structural steel components. This innovative approach allowed us to create a framework that seamlessly accommodates extensive glazing, meeting contemporary engineering standards while staying true to the exposed masonry aesthetics that harmonize with the surrounding architectural landscape.
Throughout the construction phase, our experienced team had the opportunity to closely examine the existing ground conditions and the original structure. This insight enabled us to refine and tailor our designs to align seamlessly with the prevailing conditions, ultimately providing a cleaner and more cost-effective pathway for the project’s progression.
Rectifying damp issues with the existing retaining wall.
Due to the sloping nature of St Johns Road, the lower floor was found to be bounded by an existing stone retaining wall to the east. The porous nature of the wall, combined with the property being the highest in a row of attached terrace houses, led to significant damp and moisture ingress.
Following site inspections and consultations with McGarry Constructions, a specially designed network of shotcrete wall finishing, drainage channels, and subfloor drainage pipes were installed – keeping the internal face of the wall dry while minimising the intrusion into the existing narrow corridor.
Framing the first-floor level, 14-foot-high master bedroom ceilings.
For the Master Bedroom, the architectural plans called for a raked ceiling reaching up to 14 feet high over the first-floor level. Concealed locations were identified and used to ensure structural bracing was provided to meet modern design standards. Structural design modelling techniques, both in two and three dimensions, were used to ensure the roof structure and associated walls were structurally adequate, while maintaining profiles as slender as practical to maximise the master bedroom space.
Terraces in Glebe are well known for their beautiful heritage and Victorian aesthetics, and not usually renowned for modern sustainable design practises. However, this unique project has successfully bridged that divide with an innovative architectural design, complimented with efficient structural design solutions to create a sustainable green roof that provides thermal insulation and an urban oasis for the owners.
Key engineering considerations included additional load bearing calculations for structural integrity, efficient drainage and stormwater design to prevent water ingress and water accumulation.
The internal structural design embraced the existence of a natural water channel, with the design of an elevated mezzanine steel structure. The steel portal frame and beam layout allowed for an open plan design creating a sense of volume and grandeur.
The scaffold has been designed to be built off the ground from level 4 upwards. The needle beam is being used as a support for the cantilevered scaffold.
The aim of the design is to be able to build scaffolds that start off the ground.
Our role as scaffold engineers involves site inspections and consultation with builders, design of appropriate temporary and scaffold structures to ensure the safety of construction workers and the public. Perimeter protection scaffold is designed to prevent falls and protects individuals from potential hazards such as falling debris.
Ross Engineers were involved in the stormwater engineering for this inner-city Sydney home designed by Bastian Architecture. Stormwater design involves the planning and implementation of systems to manage the rainwater runoff in urban areas.
To preserve the minimalist architectural intent, our structural engineers designed discreet guttering and box gutter systems, while still ensuring compliance with Inner West Council On-Site Detention (OSD) and rainwater systems.
The sculpture is located outside Dulwich Hill Public School in the inner west suburb of Dulwich Hill. The artist was inspired to create the moon man as a sentinel or guardian for the site, who serves as a beacon to soothe, protect and inspire those who pass by.
The scaffold has been designed to provide access for pedestrians with 10 kPa overhead protection deck while also being used to support the site shed for the proposed new apartment projects.
The scaffold has been designed to be the back-propping for the suspended slab with additional load from 39m high access scaffold above.
The aim of the design is to transfer the additional load from the 39m high access scaffold into the car-park slab on the ground thru the back-propping scaffold.
The scaffold has been designed to provide support for 10 kPa overhead protection decks. The overhead protection supporting structure is a combination of scaffolds, DU-AL Aluminium beams, and MK II Soldier Beams.
The aim of the design is to provide access for shoppers into the shopping centre with a 10 kPa overhead protection structure during refurbishment works.
The structural design and documentation of this boutique multilevel apartment block in the Lower North Shore Sydney suburb of Cremorne proved to be an interesting and challenging project for Ross Engineers. The full concrete structure required excavation for the underground parking facilities which involved the design of large shoring and retaining structures.
In order to achieve the architectural intent of expansive and seamless open plan living, our engineering team utilized specialised structural modelling and analysis design software, to deliver unique structural design solutions.
Rear alterations and additions to a corner terrace in a locally heritage listed row of single storey terraces. The existing 2-bedroom, one bathroom home now comfortably accommodates 3 bedrooms a bathroom, two ensuites and a study.
The scaffold has been designed to withstand the high coastal winds along the North Head Heritage Trail.
As the building is heritage listed, the push tie has been designed to minimize impact onto the existing structure.
This contemporary new family home is designed to capitalize on natural light, passive solar design, access to views spanning from city skyline to open ocean.
Floor-to-ceiling, bi-fold windows and doors open to a spectacular al fresco terrace with ocean views. Inside, the restaurant falls into several defined spaces, including a light-flooded dining room, an open kitchen featuring a sushi bar and counter seating, and an informal bar area.
In addition, a succession of four private dining rooms, each seating six guests, are divided from each other by identical moongates – traditional circular openings found in Japanese architecture – with timber dowel sliding screens that can be closed to section off each room or raised to join pairs of rooms and create larger spaces.
The scaffold has been designed to provide access for ceiling cladding works with 23m high top working platform. The challenge of the design is to suspend/bridge some legs due to the glass features and tight space of the existing building.
The scaffold has been designed to support the needle beams for swing stages. It is a combination of aluminium scaffold and a steel scaffold system to minimize the self-weight on the existing roof. The counterweight is utilized to support the suspended structures.
The scaffold has been designed to provide access for ceiling/roof refurbishment works inside the West Point Shopping Centre. The scaffold is being supported with Layher lattice beams and with a trolley system for mobility to cover all the proposed works area.
