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22 December 2023 | Story Leonie Bolleurs | Photo Supplied
3D-Printed Sculptural Artefact
The 3D-printed sculptural artefact entered by a group of third-years from the UFS.

A group of third-year students from the UFS Department of Architecture exhibited their work at the 2023 Venice Biennale, an international architecture exhibition showcasing ground-breaking architectural work from various countries around the world.

The contributions of world-class architects, researchers, and institutions in architecture are exhibited at this exhibition. “To be featured in this exhibition means that we are recognised by the international community as one of the leading architectural learning sites in South Africa and the work being produced at the institution deserves international acclaim,” says Phadi Mabe, Lecturer in the department.

The students representing the university with Mabe and participating in this event are Anya Strydom, Yamkelwa Simelane, Jan Truter, and Khalipha Radebe.

Mabe says the artefact produced from this project is a 3D-printed sculptural device that shows the translation between sound and object and illustrates the sound data through 3D-printed forms. “The sound structures of South Africa’s languages are mapped three-dimensionally to create a visual and spatial record of language. This unique artefact demonstrates that there are uncharted terrains in architecture, suggesting alternative dimensions that can be extrapolated to show that architecture can represent the intangible” he explains.

The UFS artefact was one of six design artefacts selected for the 18th International Architecture Exhibition – La Biennale di Venezia, which opened to the public in May and closes on 26 November 2023.

Hosted by the Department of Sport, Arts and Culture, the competition involved an emphasis on students incorporating African traditional architecture into their design models.

News Archive

Stochastic Modelling for Reliability from Russia
2013-12-20

 

 Prof Maxim (MS) Finkelstein’s
The Russian professor first visited our university in 1993 and loved the environment. For the last 15 years we were fortunate to have had a man of Prof Maxim (MS) Finkelstein’s (65) stature as part of our Department of Mathematical Statistics.

“I like the atmosphere, the environment and the people of the UFS,” says Prof Finkelstein. “The UFS is a real campus, not part of the city as a lot of other universities in South Africa.”

Prof Finkelstein completed his MSc in Mathematical Physics from the Leningrad State University in the USSR in 1971. Maths and Physics have been a passion of his since a young age. In 1979, Prof Finkelstein completed his PhD in Mathematical Theory of Reliability at Leningrad Elektropribor Institute. Before his career at our university, Prof Finkelstein was a Senior Researcher at St. Petersburg Elektropribor Institute and an Associate Professor at Leningrad Technological Institute.

His long list of publications includes over 170 papers and five books. His monograph Failure Rate Modelling for Reliability and Risk was published by Springer in 2008. More recently another monograph – which was co-authored with JH Cha – was published by Springer in April 2013 and is called Stochastic Modelling for Reliability: Shocks, Burn-in, and Heterogeneous Populations.

Prof Finkelstein’s research interests include mathematical theory of reliability, survival analysis, risk and safety modelling, stochastic processes and stochastics in demography. When asked about leisure and life outside of research, the devoted academic’s response was as follows…

“To have publications, you have to work all the time. I work half of Saturdays and most of Sundays,” Prof Finkelstein says. “I spend three months a year in Russia and Germany – mostly during the European summer – for my research.”
“But apart from that, I like reading – classical Russian authors mostly. I swim in the UFS’s swimming pool almost every day and I play tennis as well.”

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