"Washington State University buy a fake ged diploma【Buyfakeid.net】✔️💯 2748.html"

The University of Technology Sydney (UTS) is located in the heart of Sydney. In February 2015 the Faculty of Science and Graduate School of Health Building opened its door to its first cohort of students. Built as a 5 Star Green Star building, it provides a range of spaces for collaborative learning and research. SAS150 was specified across the new state of the art research labs and SAS205 for the corridors of the University.

APPLICATION: 52mm Drainage Cell.PROJECT LOCATION: Silkstone Qld.PROJECT DETAILS: Parking Bays at the Silkstone Primary School.PROJECT COMPLETION: Sep 2013.Atlantis system saves big old tree.At Silkstone State school Qld. a contentious issue arose. The school required car parking and a sealed one at that. But, in the proposed car park was a huge old tree. The tree could be cut down and the roots dug out or the tree couldbe left, with open soil above the root system to allow for infiltration to keep the tree healthy; but this would lose atleast six car spaces. What was to be done?The answer turned out to be simple – keep the tree, but surround the tree with Atlantis® Gravel Cell™ 52mm cells.Hence while the rest of the car park was sealed, the areaaround the tree was prepared and the 52mm cells werelaid and clipped together there and filled with 10mmgravel. This area was of sufficient size to provide 3 carplaces on each side of the tree and a driveway in frontof the tree, while at the same time allowing rainfall toinfiltrate through the gravel into the root system.Thus we had a win-win situation. Not only was the treesaved, and money saved on not having to remove it, butthe root system of the tree was protected by the GravelCell™ system, and six extra car spaces were created.

This massive project took two years of construction to complete, and Rondo’s technical services team were able to provide design solutions for challenging areas in the project. This included a heavy gauge 150mm Steel Stud Wall Framing System which required alignment with and concealment of the structural frame of the building, and a 6 metre high internal dividing wall that was subjected to higher internal pressures due to the louvres installed.

When entering the new Segerstedthuset building at the Uppsala University in Sweden – guests, students and employees alike are cheerfully greeted by a colourful revolving door. This unique door is an art installation by renowned American artist Spencer Finch and is aptly named ‘The Colour Wheel’. The artist is best known for installations that visualise his experience of the nature of light, colour, memory. The Uppsala University is the oldest university research university in the Nordic area and this large facility is located in Uppsala, Sweden - educating 45000 students. The new Segerstedthuset building, designed by 3XN is a multi-purpose extension to the university and was conceptualised and constructed as a modern workplace for researchers, university administration and management. Boon Edam Sweden was approached to supply Spencer Finch with two Tourniket revolving doors. The doors measure a diameter of 3000 mm and a total height of 2400 mm and the 6 glass door panels provide the canvas for the light installation artist to work his magic on. Colour film is fitted between the glass which creates a truly remarkable and memorable entry experience into this urban, communal space. The Segerstedthuset building was built as a sustainable building and proved to meet high environmental standards such as efficient energy use, sound material choices and a silent indoor environment. The building is environmentally certified according to the Sweden Green Building Council at the silver level.

The PL-5700 is designed to work effectively with the interior louvre blades to provide unparalleled air intake and water protection performance. This model louvre was specified for the University of Sydney FAAS Building

The NSW SES used Acrovyn by Design, where the walls were all white and needed some visualisation.

A new multi-purpose sports and social centre at University of South Australia has utilised Alspec aluminium framing products in its eye-catching angular design.

With its glass walls, transparent façade and LED lighting, the Victor J. Koningsberger building, in the suburb of Uithof in Utrecht, cannot help but capture the eyes of all passers-by. The Viktor J. Koningsbergergebouw is dedicated to the faculties of Geosciences, Science and Medicine was designed by the renowned Rotterdam-based Ector Hoogstad Architects. This latest building addition to the University of Utrecht opted for a revolving door at their main entrance. The 3-winged Tourniket revolving door was custom-made and has been constructed almost entirely of glass. Director and project architect Joost Ector said, "The entrance had to be functional and recognisable, but also belong to the story of the building." The three central themes in the design of this iconic building are lightness, openness and transparency. All of these properties can be clearly seen in the building’s façade and play an important role at the main entrance. This bespoke revolving door towers at an impressive nine meters height. However, at this height issues such as rotating parts stand in the way, so a different solution needed to be chosen. Watch the video below to see which route architect Joost Ector selected and why.

Faced with an increasing number of students and staff cycling to campus everyday, FDC Construction was tasked with finding a solution to increase bike parking capacity within the limited parking areas available at Macquarie University latest building project. Using Cora Bike Rack’s fully dynamic E3DT-GT double-tier system, FDC was able to increase the number of secure AS2890.3-compliant bike parking spaces by 120%.

Swinburne University of Technology located in Hawthorn, Victoria required a new flooring solution for its Department of Architectural and Industrial Design workshop space. To find a solution that was both durable and decorative, Flowcrete Australia was consulted.600 m2 of Flowfresh SR in a custom Ultramarine Blue was installed at the Swinburne University Hawthorn campus thanks to its robust nature and ability to be specified in a bespoke colour.The workshop, locker area and classrooms provide students with a creative space to formulate, plan and create their visions, and the custom colour was chosen to help inspire and keep the creative juices flowing!As well as being extremely hard-wearing, the polyurethane system Flowfresh SR is also chemical resistant, meaning that it could withstand spills of drinks, paints or other substances that could harm lesser floors.Although Flowfresh SR has a positively textured surface with non-slip aggregates, the flooring system is also very easy to clean, meaning that spills or dirt could easily be wiped away, maintaining a safe space for staff and students.Prior to the application of Flowfresh SR, substantial remediation works were required including the removal of timber parquetry and the filling of over 100 lineal metres of 50mm deep service trenches.

How does it work?ECOPact uses alternative materials to reduce the environmental footprint of the concrete mix.ECOPact alone reduces embodied carbon emissions by 30-60% without the use of offsetsSimilar technical qualities of conventional concreteECOPact zero goes one step further buy offsetting the residual emissions of ECOPact concrete to achieve 100 emissions reduction.The issueThe built environment is responsible for 39% of global energy-related emissions. Over a quarter of these emissions arise from running existing buildings, whilst 11% is attributable to the embodied emissions from the construction of new buildings. Did you know – concrete is the most widely used building material in the world? The production of concrete is highly energy intensive and generates significant emissions.Business GrowthAs we continue to grow and expand our store footprint nationally, in 2022 we are building a new home for Universal Store. Our objective is to accelerate our journey to a sustainable future, so we have made it a priority to integrate environmentally sustainable features in the design of this exciting new project. This also entails considering the climate impacts of this project. EcoPact - Zero ConcreteWe will need tons of concrete and other materials for the structure of our new Universal Store home. But the good news is that some pioneers are investing in research and development to deliver carbon neutral concrete.We are working closely with our construction partners - developer TradeCoast Central, and builder McNab to deliver a sustainable building. The Universal Store new purpose-built facility will make use of carbon neutral concrete supplied locally by Holcim. Their EcoPact concrete can be made carbon neutral by compensating for residual carbon emissions. In fact this product is so much better for the planet, it has just won the Best of the Best 2021 Sustainability Awards from Architecture and Design.We chose this product to achieve the following benefits:·Conserve natural resources - the product uses alternative materials (fly ash, blast furnace slag or silica fume) instead of virgin raw materials (mainly limestone and silica). ·Reduce the carbon footprint of the project - this product achieves a reduction of 30-100% of embodied emissions related to concrete usage in comparison to standard concrete. ·Use our influence and leadership to support the transition to a low carbon economy·Demonstrate that a sustainable future is within reach.

Faced with an increasing number of students and staff cycling to campus everyday, Curtin University reached out to Cora Bike Rack for a solution to increase bike parking capacity within the limited parking areas available. Using the E3DT-GT fully dynamic double tier system, Cora was able to increase the number of secure AS2890.3 compliant bike parking spaces by 120%.

Macquarie University’s Incubator building represents education, technology and innovation. This building may not be the tallest or largest mass timber structure in Australia, but should be equally celebrated for its total commitment to prefabricated timber. The Macquarie University Incubator was a collaboration between Lipman, Architectus, Strongbuild, Taylor Thompson Whitting, Arup and Against the Grain. The design required a prefabricated structure, to enable future dismantle, relocation and reassembly. Through the unique collaboration of the entire team the building was erected in just 37 days and the entire project completed within 6 months.

Monash University’s Clayton campus was recently awarded three major architecture awards by the Australian Institute of Architects for the second year running.The precinct consists of four new residential buildings with associated retail and informal learning spaces, with each of the buildings having its own individual architectural style.The project includes designs from four different architects including Hayball, Jackson Clements Burrows Architects (JCB), Richard Middleton Architects and McBride Charles Ryan, with master planning from MGS Architects and partners.Central to the design are the powder coated aluminium elements featured across each of the buildings, ranging from sharp blacks and silvers on one building through to bright and exuberant colours on another, driving home the individuality of each designer.Among the award winning designs, the Logan Hall residency, designed by McBride Charles Ryan was recognised by the judges for its excellence in architectural skill and merit of design. Interpon Black Ink was used for the shading devices and window frames, with Interpon Eternal Silver Satin specified for the weather panels above the ground floor retail.“As we were conscious of long term maintenance as well as creating an ongoing pleasing presence, the products used on the project were chosen for their intrinsic beauty and longevity,” says Debbie Ryan of McBride Charles Ryan.“The pattern is intentionally complex. We have used honest and time proven Interpon products which have all come together in a really joyful way through composition.”Having previously worked on the colourful The Icon apartment complex in St Kilda designed by JCB, Interpon’s Specification Expert Gareth Connell understands the importance of tailored palette when vibrancy and colour are central to a project.“We knew the design brief called for a exuberant range of colours for a wide range of building elements and performance of this aesthetic. We knew we’d have a proven high performance finishing solution that would maintain the performance requirements for such a high profile project, which is why Interpon D2525 Super Durable polyester powder coat was specified.”In contrast to the more ‘simple’ colour scheme used for Logan Hall, the Turner Hall building, designed by JCB, is defined by its bright colours, using a rainbow of ten different colours from the Interpon colour palette to create a vibrant and refreshing appearance that has revitalised the University as a whole, traditionally known for its dull brown buildings.A coloured ‘hood’ at the window of each sole occupant studio glows at night, enhancing the colour spectrum. Custom colours from the Interpon Ultriva™ collection were used for aluminium elements including extrusions, sheets, flashings, cladding, trims and fins.The complexities of the ambitious project required careful consideration and planning between the architects and powder coating supplier. The vibrant design brief lent itself to Interpon’s unique small batching facilities in Sunshine, Melbourne, that cater for such striking colour schemes in a cost effective and timely manner.Throughout the project, specialists from Interpon Powder Coatings worked closely with the multiple architectural teams involved in the project to ensure the perfect colour palette was developed for the best results both in individual building design and the project as a whole.In specifying the Interpon D2525 series, the designers were ensured significantly higher gloss retention and resistance to colour change along with maximum film integrity guaranteeing long term cosmetic and functional protection. Interpon D2525 offers 25 year film integrity and gloss retention with 15 year colour retention and chalking resistance.The Interpon D2525 range exceeds American Architectural Manufacturers Association Standards for High Performance Organic Coatings on Aluminium Extrusions and Panels as well as exceeding the performance criteria of AS 3715 Metal finishing – Thermoset powder coating for architectural applications of aluminium

Built by Mossop Construction & Interiors, the $50m hall is located on campus at Hindley Street in Adelaide’s CBD. The Great Hall, dubbed as a ‘one-stop shop’, will not only benefit University students and staff, but also the local community as it features a sports complex and swimming pool. Rondo were approached to provide designs for full seismic requirements and worked with Ceiling & Wall Contractors Adelaide.

Being one of the largest public healthcare precincts in Australia at 160,000 m² and spread across 20 hectares of land at Birtinya north of Brisbane, we present the 750 bed Sunshine Coast University Hospital (SCUH). The SCUH has been designed for Queensland Health to be a world class health facility providing exceptional healthcare to its patients as part of Queensland Health’s vision for the future.Incorporated within this Hospital’s health precinct, this state-of-the-art facility offers numerous services for staff and patients. With all that the SCUH has to offer, it was vital that all the equipment and fittings that were required needed to be compliant, safe, practical and had an exceptional appearance. This is where the CS Group was able to provide a portfolio of products to the project that were both practical and aesthetically pleasing.All hospitals have high volumes of wheeled corridor traffic, these day-to-day movements are commonly encountered in a busy hospital. Due to this traffic, it is difficult to keep walls in their original pristine condition. To try to limit the damage that can be caused by wayward trolleys and gurneys, wall protection is put in place.Construction Specialties have supplied a portfolio of products to the SCUH to meet these needs. Starting with their corner protection for the gyprock walls, the CS Group’s VA 250N corner guard can be found throughout the Hospital in both 90 and 135 degree configurations protecting salient corners from damage. Protecting the walls from damage is CS Model SCR-48N crash rail, a 152 mm wide x 32 mm deep Acrovyn crash rail that is installed in the Hospital in both single and double runs for maximum protection. CS Model HRB-4CN Acrovyn handrail, which also acts as a high-level bump rail, completes the wall protection package.Posing a separate challenge to designers were the two Isolation Wards. Both are located within the Hospital in such a way that neither has access to an external window. Rather than have patients stare at blank walls during their stay, CS were asked if we had a solution to the problem. Our graphic imaging product, Acrovyn by Design was suggested as a possible solution and was accepted. Both wards now have a full height wall mural of a relaxing beach scene to look at rather than a typical blank white hospital wall alongside their beds.With such large footprints, each floor of the Hospital required extensive use of expansion joint covers. Construction Specialties were called on to help with the design and specification of expansion joint covers for the project. The CS Group’s SGR Model expansion joint cover was selected for the project as it is available in various widths, the Hospital being 5 floors, as well as allowing a flush mounted finish. The SGR was also chosen for its ability to accommodate wheeled traffic and meet the stringent requirements of infection control associated with a hospital project.Beautiful and practical are two words that can be used to describe the Sunshine Coast University Hospital. An amazing project featuring various CS products throughout the Hospital.

The University is open every day to thousands of people and its bathrooms in particular have an extremely high footfall. Paper towels, in combination with a few hand dryers, led to considerable unwanted mess and complaints, which in turn also incurred a high, ongoing cost to supply hand towels to all campus bathrooms. Ferguson Architects, who were tasked to refurbish the UWA upgrade suggested the Dyson Airblade Tap hand dryers as the preferred product to install across the 60 bathrooms, due to its combined water tap and hand dryer capabilities. Architect: Ferguson Architects.

The University of Melbourne’s (UoM) Biosciences building is the perfect example of how to match a consistent timber throughout an entire space. And not just any timber. Australian Oak Engineered Flooring, cleverly partnered with GoodWood Victorian ash and IronAsh. To coincide with one of HASSELL’s philosophies to ‘continuously improve environmental performance and energy efficiencies as well as create healthier working environments’, the UoM building demonstrates an accurate representation of sustainable design and the connection of nature to increase productivity.

COLLABORATIONArchitect: ThomsonAdsett in collaboration with nettletontribeBuilder: L.U.SimonDeveloper: Deakin UniversityBRIEFThe Waterfront campus for Deakin University at Geelong celebrates the “individual” student through the prominent white precast concrete. The client on this project wanted to ensure that over time the white concrete stayed pristine – looking as good as new – without expensive cleaning and maintenance costs.MATERIAL & APPLICATIONECOCLEAN Porosity SealerECOCLEAN Self-Cleaning CoatingOUTCOMEOur ECOCLEAN Self-Cleaning system has been applied to the concrete to preserve the appearance of this building’s prominent facade. This significantly reduces cleaning and maintenance costs making this a cost-effective and net positive environmental solution.

APPLICATION: 52mm Turf CellPROJECT LOCATION: North Ryde NSWPROJECT DETAILS: Macquarie University Permeable Overflow Car ParkPROJECT COMPLETION: March 2017Established in 1964, Macquarie University began as a bold experiment in higher education. Built to break from traditions: to be distinctive, progressive, and to be transformational. Today its pioneering history continues to be a source of inspiration as they celebrate their place among the best and brightest minds.When Macquarie University’s existing cark park became too small for the amount of cars now using it, it was decided to construct an overflow car park. However, not just any car park, but in keeping with their innovative thinking, an environmentally friendly permeable car park. Of course the Atlantis® Turf CellTM system was chosen, so that turf covered parking spaces could be provided.The project required 9,843sq. m of Atlantis® Turf CellTM system, which is constructed from 480mm x 260mm x 52mm panels and has a rigid interlocking clipping system and is made from high quality recycled polypropylene. The project was undertaken by J & G Excavations and Asphalting (NSW) Pty Ltd.The Turf CellTM cells were laid on a bed of permeable soil, and filled with sandy soil and turf was then placed on top of the linked Atlantis® Turf CellTM cells and rolled with a heavy roller to press the roots into the soil in the cells, where they were protected from compaction and could grow freely both horizontally and vertically.The Turf CellTM system is another Atlantis invention, and is specifically suited for car parks, access roads, aircraft taxiways and helicopter landing pads as it has the following features:a high load bearing of approximately 4000t/sq. M;protects the root system of grass from compaction, while allow for vigorous horizontal and vertical root growth;permits surface water absorption and infiltration;has a long use life; andaesthetically, the system allows the grass to fill in completely, creating a lush lawn with an invisible reinforcement structure.

The University of Sydney Queen Mary Building features the following RBA products:B2890 – Jumbo Toilet Roll HolderB2111 – Vertical Soap DispenserB2112 – Horizontal Soap DispenserB262 – Paper Towel DispenserB1658 1639 – Accessible Compliant MirrorRBA4090-301 – 90° RH + 300 Straight Grab Rail SetRBA4000-090 – 900mm Straight Grab RailRBA4177-161 – Aluminium Shower Curtain TrackRBA4177-999-002 – Taffeta Shower CurtainRBA4090-450 – 90° Ambulant Grab RailRBA4000-060 – 600mm Straight Grab RailB819687 – Folding Shower SeatB683 x 24 – Stainless Steel ShelfB295 x 14 – Accessible Compliant Shelf

Part of a vast regeneration programme to improve student amenities, the UoB invested £60m in a state-of-the-art academic library. The project aimed to celebrate the wider campus architectural styles and improve access to new resources like e-journals and wireless charging stations. Associated Architects chose SAS International to provide the high acoustic and finishing touches to the academic interior fit-out. In order to create an effective library environment, acoustic performance must also be carefully considered. With the aim to create a space suited for thousands of scholars, bespoke acoustic metal wall panels were supplied to the library. Depending on the location of each tile, the panels were finished in white and black-grey PPC or anodised in regency gold. Specified with a 23% or 50% open area, the panels act as acoustic absorbers with an oblong perforation. Each panel is fitted with a black, fleece-wrapped acoustic pad for high performance. The architects specified three additional acoustic treatments for open soffit areas over computer clusters and lounge spaces. SAS500 baffles and bespoke ring shaped and circular rafts were created by SAS International to fulfil this requirement. The discs and raft-halos are an SAS150 hybrid designed to fulfil acoustic and service requirements while contributing to the contemporary look. Consisting of multiple panels, the concealed grid system creates a smooth finish enclosed using a steel perimeter trim. Long 3m baffles were also installed in a continuous sequence along walkways and group study areas. These options provide durable acoustic solution, minimising maintenance and improving access to the soffit and services.

Project Gallery

The safety product Invisi-Maxx has been used in a practical, creative manner and turned into a striking design feature.

Designed by Silver Thomas Hanley (STH) Architects, the structural additions provide four extra levels of useable space above the existing emergency department. As a construction-managed project, the design and construction teams were able to work in concert to ensure all specifications were correct and appropriate at every stage of the work. Having considered the project challenges, including site constraints, access and speed in which the project needed to be completed, CW175 was chosen for its flexibility, engineering and structural integrity.

It was even necessary to design bulkhead framing with a staggered stud configuration to meet acoustic requirements. Similarly, many of these designs also had to incorporate Square Hollow Section (SHS) posts to meet structural requirements. Rondo Technical Representative Max Dessmann worked closely with the contractor Interior Works and Rondo’s Technical Services Team to develop the required design solutions.

Contractor: Superior Group, NWCI Pty Ltd, Mewcastle Pty,Ltd. TAF Group Location: Gold Coast, Queensland Project Value: $1.76 billion

Contractors Precision Interior Walls and Ceilings (PIWC) primary responsibility was the installation of the specialist linings on curved feature ceilings. PIWC Construction Manager, Ashley O’Connor mentions working closely with Rondo, and using CAD drawings to create a ceiling system before the panels were even made. “We designed and ensured the ceiling systems project’s specific design criteria were met”, said Ashley.

The new Student Center at Columbia College Chicago, located at 754 South Wabash Avenue in Chicago, opened its doors in the fall of 2019. This brand-new building offers five spectacular stories of spaces for students including music and film-screening rooms, dining options, a fitness centre, a reflection room for meditation and prayer, and event spaces for meetings, performances, and receptions. Columbia College Chicago has a closed campus. In order to enter any building on campus students and staff must have a Columbia ID or visitors must have a valid appointment. The main entrance at the Student Centre is the Tourniket manual revolving door that leads to a public foyer that includes a coffee shop and lounge. Since the speed gates are just past the security desk at the boundary of this area, they serve as a visual and physical indicator of where the public area terminates. Next to the Speedlane Open speed gates, which are notable because they do not have any closing barriers, guards watch as people pass through them to ensure that everyone is scanning their IDs and that the IDs are valid, in which case the speed gate shows a green light. In a situation where a red light shows and the gate alarms, the guard will check the person’s credentials and can try to troubleshoot the ID card. “The decision was really about what creates the least barrier to those entering and exiting the building,” said Dutil. “We don't really want our students to feel like they are overly policed or that our buildings are not accessible to them. So the design of the Open speed gates provided the best solution in terms of controlling access without being obtrusive." Swift Passage While Maintaining Accountability Before the Student Center was built, students entering any campus building would just show their ID to the security officer as they walked past. The administration realised that while this does provide some level of security, it is not foolproof – particularly when many people are entering at the same time for a class. The College’s head of security made the suggestion to install a system that would allow for swift passage of authorised people while maintaining accountability around who enters and exits the building. As anticipated, there was a brief learning curve for the students using the new system. “This was the first system like this on our campus,” said Dutil. “And the first few days that the new Centre was open were also the first few days of school. There were a lot of people new to the campus who required a bit of coaching from guards and our student staff in terms of where to place your card, and to not walk through before you place your card.” Coming Out Ahead of Swinging Doors Dutil confirms that the access systems placed at Boon Edam speed gates are actually outperforming those placed at swing doors across the campus for convenience and adoption. Across the campus, there is a card reader at every swing door entrance of a building where you present your card and a light turns red or green. But oftentimes the card reader is missed, or depending on the placement of the lights and placement of the guard, it can be kind of hit or miss with students walking right by it. “But with the Open speed gates, they're very visible and although they're not a total barrier to entry, they are something that's right in front of you. Because it's very noticable and not easily overlooked, the students have learned pretty quickly to get their ID out. In fact, this was meant to be a test run for the campus to ensure it would be viable and worthwhile for other buildings as well.” Advanced Features Add Value and Flexibility The speed gates have delivered additional benefits beyond basic campus security, according to Dutil. “One of the nice things about a system like this is that we can count visitors to the Student Centre because we get the data of everybody that scans in. So on a busy day for us it's about 2500 people throughout the day. That can range depending on what's going on and what time of year it is. On weekends we're very slow, since there are no classes – maybe 900 to 1200.” “We are a rental venue as well, so we have times where the building is open to non-Columbia College Chicago people for events or other functions. There's a really convenient touch panel right at the security desk called the BoonTouch, where the officer can turn off the turnstiles during those times and then attendees can move through freely without any alarms going off at all.” A New Revolving Door Adds Comfort and Peace of Mind Finally, the Tourniket manual revolving door delivers one additional benefit to the Student Centre, located in a city known for harsh weather. “Revolving doors are always preferred at a building like this that gets a lot of traffic going in and out. We have cold, drafty weather that blows right into our main space at that first floor entry. The revolving door helps to keep the building warm and saves energy and utility costs as well,” said Dutil. “Students feel safe and comfortable entering the building at night,” he concludes. “Our building has a lot of nooks and crannies, and someone can end up alone in a space. And so I think knowing that the only people that are in that building are the ones that are supposed to be there is helpful. Overall, our students appreciate the effort to try to keep them safer.”

Hayward Field has always held a special place in the history and traditions of the University of Oregon, as well as for generations of athletes and fans in the state of Oregon and around the world. As the host site for the 2021 US Olympic Trials and the 2021 Track and Field World Championships, Hayward Field was primed for a 21st century “reimagining” on an epic scale.Understanding that the project’s aesthetic should extend to all areas of the venue, including the restrooms, the design team challenged ASI Group for a solution that aligned with the arena’s sophisticated design. They wanted the restrooms to offer athletes and fans the facilities necessary to maximize their experience, with an added focus on total privacy.ASI rose to the challenge, delivering 144 Alpaco™ Classic Overhead Braced Partitions, along with 36 urinal screens. A perfect blend of simplicity and function, ASI’s exclusive Ultimate Privacy™ offers zero sightline doors and pilasters that meet in a flush finish, with routed, overlapping closures to guarantee total privacy. ASI partitions are offered in a range of standard and custom colors, with crisp design lines, bold hardware options, and superior functionality that’s perfect for high-profile settings like Hayward Field. The self-closing feature of the Alpaco™ doors delivered a sleek, uniform appearance whether the facilities are in use or not.

The stadium’s innovative design – a collaboration between HASSELL, Cox and HKS – feels distinctly local, with architecture and landscaping that reflect the state’s proud sporting, cultural and Aboriginal heritage. Wrapping the stadium with a bronze facade made of anodised aluminium to reflect State’s unique geology, and intertwining it with LED lighting to show the home-team colours, is a testament to the engineering ingenuity. The façade colours reflects WA’s unique geology, with the browns and ochres representing the colours of the North West of Australia – the Kimberley region.

Builder: Baulderstone Contractor: Brighton Australia Location: Sydney University Project Value: $110 million

The Uni of Queensland Emmanual College features the following RBA products:The 2011 Brisbane floods initiated the refurbishment of parts of University of Queensland’s Emmanuel College and created an opportunity to upgrade student amenities. The Facilities Managers decided to control water usage by using RBA’s Time-Trol shower controller. At the same time, they chose to replace out-dated twin element ‘boiler’ water heaters with instantaneous gas. The results were astonishing. “The university estimates it is now saving $60-$70K per year in water and energy savings.”The Time-Trol Shower unit allows maintenance staff to nominate run-time and lock-out parameters. These can be selected from, and changed to, any one of 12 options. No special coding required, just the flick of a dial by staff. It was ultimately decided to offer students a 5 minutes shower with a 30 second lockout. According to university staff ‘…the students have adapted to the usage restrictions seamlessly. There hasn’t been a complaint uttered…’

GWA Bathrooms & Kitchens supplied a stylish collection of products to this project, boasting state of the art technologies and features that maximise efficiency by limiting unnecessary water wastage. Consequently, this collection has contributed significantly to the building’s superior green credentials.

The Deakin Uni LC Building features the following RBA products:RBA2733-032 – Compact Water Cooler Stainless Steel ShroudRBA2732-001 – Push Button Bottle Filler Stainless SteelDeakin University holds multiple campuses across multiple Melbourne suburbs. The University houses four main faculties, arts & education, business & law, health, and science, engineering & built environment. Deakin Uni is also renowned for its world-leading online tertiary education program, innovating modern education. Located to the west of the heart of Melbourne, the Burwood Campus holds the newly-unveiled LC Building, designed in an innovative way, holding multiple levels of formal and informal learning areas, health and wellbeing services and a premium staff working space for the Law School. The building aims for sustainability, sporting solar panels, native flora in its Wellness Garden and indoor greenery. The contemporary “green” design had to include RBA, as we share the same goal of sustainability. Furthermore, by providing to the ever-innovative Deakin University, we are improving the learning experience of the education sector.Pictured below, RBA’s ‘Compact’ Water Cooler, or the RBA2733-032, flows 30L of water per hour. RBA categorises the unit as ‘heavy duty’, meaning it maintains to be strong and long-lasting. Made of Stainless Steel with a Satin Finish, it has an Anti-microbial flexible bubbler with self-closing push button and non-squirt features (stainless steel bubbler options available upon request). Included is an integral perforated drain for hygiene & ease of cleaning. The Water Cooler exhibits a smooth radiused design that eliminates sharp corners thus minimising catch. All pipework is concealed within the Stainless Steel Shroud and contains the option of a Bottle Filler.Deakin University LC Building decided to pair the Water Cooler with a Push Button Bottle Filler, or the RBA2732-001. Users hold their bottle in the recess provided and press the button to activate the flow of water. Flow stops upon releasing the button. Spillage is directed onto the deck of the Water Cooler mounted underneath. Thus, students have a sustainable alternative for hydrating.

John Holland recently built the largest private Hospital in South Australia, adding to its already suburb health care facilities. Rondo worked alongside Contractor Brighton Australia and Architect STH Architects, to deliver this state-of-the-art facility. Rondo supported the $400m build with a range of products and systems.