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Monday, 06 February 2017 16:14

Yvonne Bruinette wins the University of Pretoria regional Corobrik Architectural Student of the Year award.

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Yvonne Bruinette is the University of Pretoria’s regional winner of the Corobrik Architectural Student of the Year award.  She is pictured holding her certificate with her model of the Heritage Portal proposed at Westfort, Pretoria. Yvonne Bruinette is the University of Pretoria’s regional winner of the Corobrik Architectural Student of the Year award. She is pictured holding her certificate with her model of the Heritage Portal proposed at Westfort, Pretoria.

Corobrik believe that social complexities of a developing country cannot be ignored when blending all the ingredients that go towards achieving world class architectural design that has a sense of place and is relevant to its environment. In innovation is essential for modern architects as they employ their technical skills to create aesthetically appealing and functional built structures that will endure in the future.

Corobrik Commercial Director Musa Shangase says that in the Corobrik Architectural Student of the Year regional events that Corobrik expects new and distinctive ideas from students.  In addition, a high standard of technical skills, creative flair, a good grasp of sustainability issues and a clear understanding of the role a built structure is expected to fulfil in its environment.

Yvonne Bruinette of the University of Pretoria, was named the regional winner and received a prize of R8 500, Ryan Taylor won second prize of R6 500, while Abigail Barnard received the third prize of R4 500. A R4 500 prize for the best use of clay masonry was also presented to Michelle Whitaker

Yvonne Bruinette’s   winning thesis is entitled. ‘The Heritage Portal: an Experiential Narrative’ based at Westfort in Pretoria.

Yvonne Bruinette said, “It is my belief that the greater purpose of architecture is to design for the human experience. Yet, one of the biggest challenges perhaps, is to accommodates change.”

With an interest in how architecture adapts over time, her dissertation is a response to the on-going process of ruination and isolation within highly contested continuums of change.

The site, Westfort is situated in the western outskirts of Pretoria.  Just before the outbreak of WW2, the fort was dismantled, stripped for its steel and fell into ruin. The site also includes the former Westfort Leper Institution which since its closure in 1997, has been illegally occupied by informal settlers. Today, it still functions as a segregated community and together with the Fort, illustrates the consequences of ruination and isolation over time.

Since its closure in 1997, informal settlers illegally occupied the buildings and adapted the site to accommodate their needs. It functions as a self-sustaining village and together with the Fort, illustrates the consequences of ruination and isolation over time.

Bruinette proposes a Heritage Portal that will act as the mediator in celebrating the continuity of a collective and continuous South African heritage. The intention of the project is to protect the heritage significance of the Westfort precinct, secure its future value, and introduce continuity through experiential architecture.

In second place Ryan Taylor’s thesis is entitled ‘Celebrating the unseen’ - A sustainable thesis at Hartbeespoort Dam.

Abigail Barnard received third place for her entry. ‘The Scientist’, which is a knowledge centre at the Cradle of Humankind.

Best use of clay masonry is awarded to Michelle Whitaker for ‘Re-Imagining Primary Healthcare Provision in South Africa’ situated in Moreleta Park, Pretoria East.

This dissertation highlights the disparities that between public and private healthcare delivery sectors in South Africa. It proposes an alternative approach to primary healthcare provision,  which considers a preventative take on healthcare provision as opposed to a curative approach and explores the potential of architecture in assisting in the healing process.

The use of brick as the main construction material was considered for its affordability, durability and haptic and tactile qualities in the mental and emotional wellbeing of the users of the facility.

Musa Shangase said that clay brick masonry brought a myriad of benefits to a building project including low maintenance, durability, long-term life performance and energy efficiency, reducing the heating and cooling costs of buildings, along with providing a healthy and comfortable living environment.

He said that another major advantage of clay brick was its capacity for both recycling and reuse which was the case during the rejuvenation of an Amafa heritage site, where a combination of bricks from the demolished sections were used along with carefully selected new Corobrik bricks to blend the old and new buildings seamlessly.

“Clay brick’s versatility and aesthetic qualities make it ideal to enhance and harmonise with any environment for ultra-modern projects as well as the sensitive renovations of landmark period buildings,” concluded Shangase

Additional Info

  • Email: This email address is being protected from spambots. You need JavaScript enabled to view it.
  • Landline: 031 560 3111
  • Website: www.corobrik.co.za
Read 353 times Last modified on Monday, 06 February 2017 16:23
Corobrik

Clay bricks and paving bricks have been produced by Corobrik in South Africa for more than 100 years, making it the sub-continent’s foremost masonry and paving design company.

Corobrik supplies local and international clientele, bringing brick designs to life all over the world. An extensive range of face bricks,  pavers and landscaping products in a variety of shades and textures, enables architects to create a myriad of stylish brick and paving designs.

Product development, coordinated through Corobrik’s ISO-IEC 17025 accredited central laboratory, aims for continuous enhancement of quality and performance in line with changing design trends and innovative new applications.

Corobrik has regional offices across South Africa and a national network of accredited dealers.

Production facilities operate in accordance with international best practice and quality assurance, ensuring that all products comply with industry standards and the classification against which they are manufactured and sold.

Five Corobrik factories have ISO 9001:2000 accreditation; another 10 are working towards this goal. All adhere to the Minerals and Mine, Health and Safety Acts and manufacturing processes are based on sound environmental practices.

Corobrik is committed to BEE and the upliftment and economic empowerment of previously disadvantaged communities.

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    Great architectural design is sustainable design. It is design which ensures that the built environment complies with the principles of social, economic and ecological sustainability. It requires skill and sensitivity on the part of the architect. This was evident in full measure during the regional rounds of the 30th Corobrik Architectural Student of the Year Awards, according to Dirk Meyer, managing director of Corobrik.

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    Liza Corgne, Corobrik’s Key Accounts Manager – Architects, presented prizes to architectural students of Tshwane University of Technology at the Pretoria campus. The regional winner of R8 500 was Kim Geldenhuys, with Micah Strydom receiving the R6 500 second prize and Jason Alexander and Lidderd Grobler sharing the third prize of R4 500. The prize of R4 500 for the best use of clay masonry was won by Riaan Steenkamp.

    Kim Geldenhuys’ community food production facility investigates the potential of architecture to be an instrument of knowledge and skills transfer. The user is placed at the centre of the design exploration and becomes the main design generator and informant of the architectural investigation. With its vibrant street life, strong sense of community and complex informal urban fabric, Alexandra Township in Johannesburg faces many socio-economic challenges and infrastructural shortcomings. This design investigation addresses concerns of food-security and lack of communal, open space in Alexandra due to high population densities.

    The needs of the user inform the creation of a place for the farming, distribution and consumption of fruits and vegetables. Based on community involvement, the architectural response aims to encourage ownership, adaptability and mutual skills exchange.

    Riaan Steenkamp’s entry, the design of an Autism learning centre in Attridgeville, identified a need for a project of this scope in the poorly serviced west of Tshwane.

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    Steenkamp said his project incorporates a combination of hyposensitive and hypersensitive spaces. The materials used needed to be dynamic enough to be used in many ways, creating a legible, coherent environment for these different sensitivities. Clay brick has been used extensively in many forms to aid in wayfinding and characterisation. For example, a technique called filigree was used to create patterns within the brickwork. This animates the façade, inspires movement and demonstrates focal points as well as aiding in spatial organisation.

    “We expect the architectural students to be conscious of the big picture and the global environment in which they operate,” said Corgne. “This includes the concept of sustainable building and an awareness that life cycle impacts are critical to the design of environmentally responsible buildings. It was clear that this was the case with the winning students this year.”

    Green building materials

    The correct choice of building materials was a factor in ensuring environmentally friendly construction practices, Corgne said, and it was hard to ignore the sustainable properties of clay masonry in this regard.

    “Energy efficiency is an increasingly important consideration in reducing environmental impact and it here that face brick comes into its own because of its thermal efficiency, helping to keep the interior of buildings cool in the hotter months and warm in winter, a benefit which is of particular importance in South Africa with its extremes in temperature. Superior thermal efficiency also means lower energy costs throughout the life cycle of a building and peace of mind knowing that the first cost is essentially the last cost.”

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    “The architectural and building sector are increasingly receptive to the idea that, when considering the life cycle costs of a project, eco-friendly buildings cost less to operate and have excellent energy performance. Thus, we are seeing architects creating designs for environmentally sound buildings, a trend that was manifested in the projects submitted by this year’s students and one which bodes well for the furtherance of world class architectural design in this country.”

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  • SketchUp 2016 released

    What’s new in SketchUp 2016? Feast your feature hungry eyes on this section.

    SketchUp, Connected

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    Arc/circle: SketchUp will now easily inference circle and arc center-points. While we were at it, we improved SketchUp’s ability to inference arc segment endpoints. Another bonus, you can now change the number of segments using new modifier keys (check out the status bar right after you’ve drawn an arc/circle).

    Axes tool flexibility: A small but useful change: when selecting new axes, you can now toggle through the exact axes you’d like to pick first using the Alt (PC)/Command (Mac) modifier.

    Inference hidden section planes: SketchUp will now recognize intersection points with hidden section planes. This functionality extends to snapping to elements of a SketchUp model in LayOut too; you’ll notice a big improvement when dimensioning models with section planes..

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    Welcome Dialog Refresh

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    Support for El Capitan and Windows 10

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