Electricity and Control January 2024

CONTROL SYSTEMS + AUTOMATION

of existing computer-based systems, programs and equipment ƒ Researching and advising on computer-based equip ment and software ƒ Planning and designing computer-based communi cations networks based on wired, fibre optical and wireless communications media and ultra-high-speed data networks ƒ System analysis, designing and developing complex computer-based systems and implementing these through appropriate choice of hardware and manag ing the development of the necessary software ƒ Determining manufacturing methods for computer based systems as well as the maintenance and repair of existing computer-based systems, networks and equipment ƒ Designing usable and fit-for-purpose products ƒ Identifying and involving all stakeholders in the de sign process. In a separate presentation, Greeff introduced the MESA Global Education programme. He said that MESA, as an organisation, has evolved with the technological changes in manufacturing and across industry. In this respect, it has recently released a new dynamic smart manufacturing model that embraces the interaction between business objectives, business process lifecycles, cross-lifecycle threads and enabling technologies, to support the realisation of smart mining, manufacturing and processing. This model serves also as the framework for its education programme. Through the online education programme participating members can learn from their colleagues and others who have travelled the smart manufacturing journey or are navigating the transition led by fast-changing technologies and gain insights into best practice in different industry sectors. Greeff is Chairperson of the MESA Africa Advisory Committee, guiding MESA Africa’s strategic direction and shaping its initiatives. With over 25 years of experience in the field of industrial automation and a commitment to driving excellence, in this position Greeff shares his expertise and industry insight. He has been a part of the MESA organisation in South Africa since 2007. It provides a platform and network to share knowledge and lessons learned industrywide. □

“Our choice in cell phones is a good example,” Ramsunder said. “It is often based on how easy the phone is to use; we don’t want to waste our time relearning simple tasks. Furthermore, the phone should also meet our individual aesthetic preferences and provide us with the required functionality to make our lives easier.” In his presentation, Ramsunder also focused on the evolving relationship between man and machine and its impact in the workplace. “In our personal lives we tend to embrace technologies quickly, but in the workplace, we’re often reluctant to adopt new systems, which again boils down to perception. Technology should be used to work alongside people to make their lives easier.” Ramsunder went on to say, “Interestingly, we underes timate the constant state of change in our lives, assuming everything remains static. However, we are in a continuous state of change, although this doesn’t have to be monu mental.” Addressing change in the workplace, he said: “Initiat ing small-scale implementations, fostering open commu nication, embracing failures as opportunities to learn, and adapting quickly are key principles that should be maxim ised in the workplace. By applying these principles, work places can unlock the potential for swift and effective in novation. “Change has always been a constant in our work lives. Embracing and adapting to these shifts is an integral part of our professional journey,” Ramsunder said.

Computer engineering as defined engineering work

In his presentation on Computer engineering as defined engineering work, Iritron’s Gerhard Greeff explained the range of competencies – as set out in the national regulations in the IDoEW (Identification of Engineering Work, gazetted in March 2021) – that the practice encompasses. These include: ƒ Conducting research and developing new or improv ing theories and methods related to computer and software engineering

Gerhard Greeff, Divisional Manager at Iritron, outlined the competencies involved in Computer engineering as defined engineering work.

ƒ Advising on and designing computer-based systems or components, systems equipment, software and distribution centres ƒ Specifying production or installation methods, mate rials, quality and safety standards and directing pro duction or installation work of computer-based prod ucts, software and systems ƒ Supervising, controlling, developing and monitoring the operation and maintenance of computer-based systems, software, networks and equipment ƒ Organising and directing maintenance and repair

For more information visit www.mesa-africa.org

As a Special Interest Group of the global non-profit organisation MESA International, MESA Africa is dedicated to driving the adoption and implementation of smart mining, manufacturing and Industry 4.0 technologies in Africa. With a strong focus on collaboration, knowledge sharing and thought leadership, MESA Africa plays a valuable role in advancing manufacturing excellence across the continent.

JANUARY 2024 Electricity + Control

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