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27 September 2021 | Story André Damons | Photo Supplied
Dr Jacques Maritz, a lecturer at the UFS Department of Engineering Sciences (EnSci), recently hosted and chaired a mini-symposium on the role of UFS Grid Related Research.

During 2020 the University of the Free State (UFS) Qwaqwa campus experienced a loss of electricity supply for 10% of the year which led to emergency generation costs reaching R1.2-million. 

This is one of the problems Dr Jacques Maritz, a lecturer at the UFS Department of Engineering Sciences (EnSci), and the UFS Grid Related Research group are looking to address with their research on green and sustainable digital transformation efforts of local campus power grids.

Dr Maritz recently hosted and chaired a mini-symposium on the role of UFS Grid Related Research during which research strategies, visions and missions were shared by different research groups. These groups included the UFS Grid Related Research Group (presented by Dr Maritz), the UFS Initiative for Digital Futures (presented by Mr Herkulaas Combrink and Prof Katinka de Wet, both interim directors) and the Block Chain Research Group (presented by Mr Riaan Bezuidenhout, a PhD student at the Department of Computer Science and Informatics).  

Dr More Manda, on behalf of merSETA strategy and research, presented its strategic priorities for the next couple of years, which included the observation to drive the development of Digital and Green Skills. Mr Nicolaas Esterhuysen, from UFS Department of University Estates, also presented a live demonstration of the current state of the UFS smart grid. Industry partners presented a synopsis of their efforts and products pertaining to the evolution of digital and green campus grids. 

The symposium highlighted the existing synergies and visions

The symposium boasted an international keynote by Dr Veselin Skendzic (locally supported by Mr Deon Joubert, SEL), a principal research engineer with Schweitzer Engineering Laboratories  Inc (SEL), on the detection of power grid faults using the phenomena of travelling waves.

“The symposium highlighted the existing synergies and visions shared between UFS research groups, our industry partners and funders. An innovative model of industry engagement via shared case studies and technical papers, with emphasis on local campus grids, was explored and discussed. 

“The UFS Initiative for Digital Futures placed emphasis on the value-add of multidisciplinary research teams when attempting to solve the most critical social problems, especially in the South African digital paradigm. One of the notable successes of this symposium was that it provided a platform for several research groups within the paradigms of science, engineering and social sciences to synchronise with industry and showcase their expertise towards the effort of creating green and sustainable campus grids,” says Dr Martiz.
Mr Nicolaas Esterhuysen, from UFS Department of University Estates, also presented a live demonstration
of the current state of the UFS smart grid. (Photo:Supplied)

According to him, the critical discussions observed during the symposium aim towards future efforts that include working more closely with industry partners and leveraging internal collaborations in order to advance the digitalisation, optimisation, reliability and research-readiness associated with campus grids. The latter is also part of the mandate of the UFS Grid Related Research Group to build local research instruments that will serve a wider community of scientist and engineers. 

Additional benefit

An additional benefit of a fully digitally twinned campus grid is the value-add of the corresponding data lake, an entity that will serve the establishment of new frontiers in digital R&D exchanges, governed by the appropriate digital ethics, says Dr Maritz.

He continues: “The UFS is in a unique position to compete in the Digital Futures paradigm, with emphasis on its ability to generate innovative digital backbones to serve multidisciplinary research interactions between internal research groups and industry, with unique contributions generated in the field of digital training. The UFS Grid Related Research Group has also been receiving valuable support, training, and guidance from the Emerging Scholars Accelerator Programme (ESAP), led by Dr Henriëtte Van Den Berg, including mentorship by Prof Pieter Meintjes, senior professor at the Department of Physics, UFS. 

“This symposium was part of the engagement efforts by the UFS Grid Related Research Group as the main driver of the merSETA funded UFS project for Digital and Data Engineering, which is closely affiliated with the initiative for Digital Futures.”

News Archive

Anchen Froneman selected for NY post-grad programme
2015-04-29

Anchen Froneman

Anchen Froneman, PhD-student at the UFS Odeion School of Music (OSM), has been accepted into the Modular Certification Programme in Laban Movement Studies at the Laban/Bartenieff Institute of Movement Studies (LIMS), in New York (USA). 

This programme is a postgraduate certificate that is considered the equivalent of a master’s degree programme. Successful completion earns the title of Certified Movement Analyst (CMA).  Anchen’s attendance at the first module of the programme from 1 to 17 June 2015 has been made possible by a Postgraduate Scholarship granted by the Oppenheimer Memorial Trust.

Participation in the CMA Programme stems from her multidisciplinary doctoral research project as well as a personal interest in the ways that body movement contributes to a holistic musical performance.  In her research project, she investigates the application of Laban Movement Studies to obtaining embodied, integrative piano performances.  Laban Movement Studies is an approach whereby both the quantitative and qualitative aspects of body movement is analysed, codified, and developed, using specific considerations. This somatic approach uses a framework based on the personal uniqueness and complexity embedded in human movement, explaining and developing the organisation of the body, the position and relation of the body to itself, space, and other objects as well as the dynamic range of body movement. 

CMAs contribute to various areas of human development, including leadership development, cross-cultural communications and management, interpersonal skills and conflict management, team development, self-awareness and performance improvement, performing arts as well  as movement therapies.

Anchen uses the foundation of the Laban approach in her hypothesis that the development of both functional and expressive movement will enhance musical performance.  She also centres this on the literature findings on body movement in the disciplines of music performance, neuroscience, psychology, and physiology. With this project, she aims to make a scholarly contribution towards raising awareness of the importance of integrating functional and expressive movements in performance.

Anchen completed her previous music qualifications at the OSM.

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